213: High Resolution Data from Space Helps Farmers Plan for Climate Change

Employees who are regularly trained and educated report higher levels of motivation, performance, company loyalty, and more. Yet, almost 52% of employees in the food and beverage industry only receive training when they join their organization. Of those that do receive regular training, only 4.5% receive training about their company’s mission and values (TalentLMS, 2019). Welcome to Marketing Tip Monday with SIP Certified. We know customers are looking for wines labeled as sustainable. While our longer-form episodes help you learn about the latest science and research for the wine industry, these twice-monthly micro podcasts will help you share your dedication to sustainable winegrowing so you can show your customers that you share their values. In this Throwback Thursday Marketing Tip, we’re revisiting the most downloaded Marketing Tip Monday episode of 2023: #178: The Training Your Tasting Room Staff Needs. Why Education Matters If you aren't regularly providing training and education for your staff, especially on your company's mission and values, you're missing out on opportunities to create a stronger, more dedicated team! One way tasting room managers can educate their staff on the company's mission and values is to have continual conversations about what your brand is up to behind the scenes, i.e., your sustainability efforts. Tips from an Insider The hospitality team at Center of Effort can tell you all about the brand’s commitment to sustainability. In recurring staff meetings, the team talk about what’s going on in the winery and in the vineyard, plus what the brand is doing to improve their sustainability. John Gayley, Hospitality Team Member at Center of Effort says there are three big benefits to these conversations about sustainability: Staff know their input matters. The business improves its sustainability. Guests get a richer, more meaningful tasting experience. “Education really enforces the importance of each of our roles in helping Center of Effort stay up on its sustainability efforts,” John shares. “Hospitality staff reinforce the brand. We can highlight our commitment to sustainability more if we understand what we are doing both fundamentally, and the new and exciting things we’re doing to improve. These conversations keep everyone engaged and ready to come up with new ideas.” John often takes guests on vineyard tours. He says that people are “fascinated by what goes on in the vineyard, and by the thought that goes into the sustainable approach.” Visitors love learning about cover crops, irrigation, owl boxes, and more. “When guests talk with a well-informed team member, this helps all of us in our mission of sustainability.” We are here to help you tell your customers how your brand protects natural and human resources with the Sustainable Story program. This simple yet powerful free tool helps you tell your own personal sustainable message. And it just got better with a new online course.  Go to the show notes, click the link titled Tell Your Sustainable Story to sign up, and start writing yours today!       Until next time, this is Sustainable Winegrowing with the Vineyard Team. Resources: *** Tell Your Sustainable Story Online Course *** Apply for SIP Certified Wine Marketing Tips eNewsletter Sustainable Story | Print Sustainable Story | Electronic What's your Sustainable Story? Vineyard Team Programs: Juan Nevarez Memorial Scholarship - Donate SIP Certified – Show your care for the people and planet   Sustainable Ag Expo – The premiere winegrowing event of the year Sustainable Winegrowing On-Demand (Western SARE) – Learn at your own pace Vineyard Team – Become a Member

An antiquated California law makes the use of autonomous equipment in the vineyard challenging. Michael Miiller, Director of Government Relations at the California Association of Winegrape Growers (CAWG) explains that workplace safety standards developed in the 1970s based on 1940s equipment state that self-driven tractors must have an operator onboard. To update this law, CAWG is working closely with manufacturers and countries that allow autonomous equipment to aggregate data on safety. Automation has many potential benefits to farm workers include developing transferable skills, upward mobility, precision agriculture, and increased safety. Learn about how the law works today and about funding opportunities to train staff. Resources:         117: Grapevine Mildew Control with UV Light 120: Autonomous Drone Vineyard Spraying 219: Intelligent Sprayers to Improve Fungicide Applications and Save Money California Association of Winegrape Growers (CAWG) Legislative Action Center California’s ongoing ban of autonomous tractors a major setback Department of Industrial Relations Regulation Title 8 Section 3441 Operation of Agricultural Equipment Electric, self-driving capable tractors roll into California North Coast vineyards. North Bay Business Journal. (Partial pay wall) Frequently Asked Questions Self-Propelled Agricultural Equipment (CAWG Member Login required) Vineyard Team Programs: Juan Nevarez Memorial Scholarship - Donate SIP Certified – Show your care for the people and planet   Sustainable Ag Expo – The premiere winegrowing event of the year Sustainable Winegrowing On-Demand (Western SARE) – Learn at your own pace Vineyard Team – Become a Member Get More Subscribe wherever you listen so you never miss an episode on the latest science and research with the Sustainable Winegrowing Podcast. Since 1994, Vineyard Team has been your resource for workshops and field demonstrations, research, and events dedicated to the stewardship of our natural resources. Learn more at www.vineyardteam.org.   Transcript Craig Macmillan  0:00  Our guest today is Michael Miiller. He is Director of Government Relations at the California association of wine grape growers. And thanks for being on the program.   Michael Miiller  0:09  Thank you for having me.   Craig Macmillan  0:11  The talk today is where we're at with autonomous tractors as they give a presentation, and you brought up some of the issues we were facing. And I know you've worked on this a lot as well, if you can tell us as of where we are here, end of February 2024. Are we going to get our detractors or not?   Michael Miiller  0:30  That's a really good question. And you can approach them in a whole bunch of different ways. One is we already have them, the technologies there. Now they're being used in many vineyards, across companies around the world. They're also being used in orchards and fields and other commodities. And the reasons for that are in that it's not just economics, it's also about availability of workforce. It's about precision, agriculture, precision, viticulture, making sure that we are good stewards of the land. And it's also about looking to the future, making sure that we have a sustainable industry to grow by grower sustainable vineyard is a huge investment in So on one hand, yes, we already have that. On the other hand, there are continued complications of California law with it. The law states that if you are using self driven tractors, and that's the language in the California workplace safety standards, self driven tractors, then that means that you're supposed to have a driver on board that equipment. So if you have an autonomous tractor that is self driven, meaning that it's programmed to operate without a driver on board, but through electronic means through technology, then you're supposed to have a driver on that board, no matter what. And that law obviously very antiquated. It was, you know, created in the 1970s is one of the very first workplace safety standards in California, is based on 1940s technology. And it's basically targeting for a guided tractors and seeding you mechanisms, as well as irrigation, those kinds of things. And that really targeting the tractors or technology we have today just wasn't even a fathem of possibility back in the 40s 50 60 70. So this is all new logic doesn't address that issue. So in that sense, we're not there yet. But we're getting there.   Craig Macmillan  2:24  Reading up on this topic. But first of all, I can see why it came about. Because I remember growing vegetable fields where people were laying irrigation pipe, and there was nobody in the trenches. And I thought, wow, and then also I thought that was really dangerous is someone who then has to jump up into the tractor to train the roads. So they're putting the wheels and things I can understand that. And yeah, nobody had any idea we'd be here today. So where's the resistance coming from this point from this code from Cal OSHA that coming from the legislature was we're, what's the book that we're reading from?   Michael Miiller  2:57  So it's a couple of things. One hand, while there is resistance for some talk about where where we have embraced, right, where we have people welcoming, you have to remember that the California is the place where agriculture and technology intersect, right? We're largest agricultural state in the nation with a home of great innovation technology. So for these things to come together in California, um, it isn't by happenstance, you know, it's because the technology is here that needs parties here. And people generally understand that this technology, you know, while it seems new, or there's something that is up and coming and in development, it is here already, and it is here to stay. So people do genuinely know that, you know, looking at regulators looking at politicians, they generally get that there is a need to get this right. Okay. So that's the good part of it. The resistance comes in a couple places. One, you have labor unions, who basically fundamentally think that they're gonna lose jobs, technology, right? That for every track that has being driven and remotely, yeah, that's one less tractor driver. And they see that as a job loss in this example. We don't see it that way. We fundamentally believe that in California, there are two tractor jobs for every one tractor driver, you know, we just don't have enough workers to do the job. So in that reality, we're not losing jobs. We're just not. That's just not the reality. And the other part of it, too, we also know that if you take the average person who was working on a tractor and say, Hey, would you rather ride that tractor all day long? Or would you rather operate that tractor remotely from a laptop computer with a skill that is transferable to other industries? I would say more than 99% of those drivers say, yeah, you take me off the tractor. If I can do it remotely? Absolutely. Why would I want to be on the tractor? We don't really see it as a job loss issue. We also see more as a job safety issue. And we know that with technology, the firm is much much safer. It just is because of how the machine is designed to be used. If you're spraying pesticide with it with a machine It is going to be more precise, where it is applied. And it's going to be lesser in amounts and how much is applied. So we think that that is increased worker safety, as well as the basic fact that there's nobody on that tractor, it's less likely that someone's going to get hurt by that tractor. So we really fundamentally believe that is actually as a increase worker safety, increased environmental safety, as well as no job loss. But that is really views are coming from they're fundamentally concerned about job loss, I would never speak for them, you should talk with them yourself. But that's what they testify to in public hearings, then you look at the other issue, the big the bigger public perspective, and the bigger political conversations that happen around it. And we talked about anything that is automated, as far as you know, equipment, vehicles driving around, the first place people go to as those taxis in San Francisco, and they look at it from that perspective, okay. You've got busy roads, you've got hills, you've got curves, you've got pedestrians, you have all of those factors. And then they look at the videos that are, you know, online and computer, you know, YouTube, whatever. And they see those occurrences which, frankly, are very infrequent and not the common occurrence, but they're an infrequent occurrence. But they see those infrequent occurrences and they see them as commonplace, even though they're not. And then they see them, as is something that, you know, applies to all autonomous equipment, all self driven equipment. And in reality, if you're looking at, you know, the tractor moving two and a half miles per hour through a vineyard, when nobody's there, you have a very different situation than, you know, 1000 pound, you know, semi truck going down the interstate for a taxi in downtown San Francisco, was a very different situations. And so we think that we really just look at ag equipment autonomously in a vineyard, because we represent winegraoe growers, that it should be a whole separate conversation from all of the other, you know, autonomous equipment conversations,   Craig Macmillan  7:03  There are autonomous tractors in other states, right, and other countries. So is it possible to bring in these races from these other places, and make an argument that would be persuasive?   Michael Miiller  7:17  That is exactly what we're doing. We believe, whenever you're writing, a workplace safety regulation, this should be based on data should be based on evidence should be based on facts. It shouldn't be based on hyperbolic concerns and discussions, right? Although there's always you know, the the element of people to be safe and where there are concerns. And those concerns or concerns are expressed broadly. Some people I think, take anecdotes and view them as facts or evidence, when in reality, an anecdote is not, you know, conclusive evidence. So we're looking at that evidence from not only other states, but other countries as well. You look over Europe, South America, Australia, New Zealand, I mean, this equipment is in use, and they have data of the manufacturers have. And they put that together, some of the labor unions have resisted that data, they think that if the worker isn't represented by a union, then the worker is afraid to file a complaint or speak up and therefore the data isn't reliable. And in California, you've got less than point 5% of our ag forces represented by a union. Most workers in California don't want to be in a union, they don't see any gain to their advantage in that. In that reality, then it's incumbent on us to come up with all that right data and all that right evidence. And that's what we're doing. We're working closely with those other countries, manufacturers, those countries and others. I recently met with the company from New Zealand, and they were had a very interesting presentation about how they have a robot that goes through the vineyard. And it scans in real time looking for viruses and diseases. If you think of for red blotch, for example, right, the robot will go through it a cup, and then the grower and your manager will get on their computer screen, an image of that vineyard with specific locations of where there's a problem and where it needs to be treated. So that grower can then take a robotic tractor, go into that vineyard the next day, and sprayed just those locations where there are problems. And they're doing that in New Zealand and heavy hills, all kinds of terrain, and they're doing it successfully in a very safe way. And that's evidence that we that we you know, gathering and putting together and we think that that's ultimately gonna be very helpful to us.   Craig Macmillan  9:37  You brought up an interesting point that is certainly talked about autonomous tractors and tractor are mentioned or equipments mentioned in either zero. This is Cal OSHA regulation?   Michael Miiller  9:47  Correct.   Craig Macmillan  9:48  Does this apply to things like automated robots?   Michael Miiller  9:51  Probably because remember, when you're talking about self driven agricultural equipment equipment.   Craig Macmillan  9:56  Yeah, then can be very broad. Interesting, interviewed a number of different posts for the podcast that are working on automated robots to do all kinds of stuff. And this exact problem had really occurred to me.   Michael Miiller  10:10  If you think about it from the perspective of some of the sprayers that are out there now, there's a sprayer that has like three different models. And there is no, you know, driver's seat, there's no steering wheel, there's no accelerator, brake, clutch, gear shift none of that. It's all operated remotely. So even if you wanted to put somebody on top of that sprayer and have it running through the vineyard, there's no place a person to be. It's just not physically possible. Right?   Craig Macmillan  10:39  Where are we have what's coming up next? We're in February 2024. And you had mentioned public hearings and testimony speaking in the Senate, what's the next phase on this topic?   Michael Miiller  10:49  So we're working closely with the manufacturers, we believe that the best way forward is mobile a couple of things. If your viewers are members of the California Association of wine grape growers, we put out a FAQ fact sheet that we think will help growers to use equipment under California law legally in California, in California, the key is that we using that equipment, it shouldn't be anybody else in the vendor, right? If the tractors going through doing his work, just make sure that there's nobody there. Because if you do that, then it is not really a workplace. Remember, the regulation is a workplace safety standard that applies to a workplace. So if there's nobody there is not a workplace, that law doesn't apply to that. And again, I'm not your lawyer. So I encourage you to read our FAQ sheet, but that also talk with your legal counsel and your HR professionals. Make sure that works for your specific situation. Very broadly speaking, if there's nobody in the in the vineyard, then it's not really work because it should be elaborative. But that means you should also keep the records of that, how do you how do you document that there's nobody there and keep your payroll records, make sure it's all detailed, keep time logs about when the machines that use or where it's in use, you make sure you've got all that documented for a minimum of six months. So that if there's ever a citation issue, if somebody files a complaint, you can then say, Okay, here's what you know, here's what we did, here's how we did it. And there's nobody there. Therefore, it's not a workplace, and therefore, there's no basis for the citation. So that's in the short term, because, again, I have visited a number of venues where the equipment is in use. And that is fundamentally how it's often used right now, with nobody around the equipment they the operative late at night, they operate on doing equipment that doesn't really require anybody to be in the vineyard. So it fits what's in practice today is to really look at that separate from a workplace safety standard, because it's not really a workplace. So that's the short term. And the long term, we really got to fix this regulation, we just have to the regulation is goes back to the disco age, for God's sake, right, music has changed. So it's technology. So and so was fashion, right? So yeah, I don't have any bell bottoms anymore. So so we need to think about, you know, how that regulation, you know, should read and how it should apply to just autonomous equipment and what that would look like. And part of that is going to have to come from the manufacturer, industry from the from that sector, because they're the engineers, they're the experts, they know how to do that, right? The agricultural end of it, we can bring all kinds of evidence to bear about why it's needed, and why it's appropriate, why it needs to be updated, the details of the equipment itself, what if defined with equipment is in a way this engineer and how its technology is used, then you have to look at how to operate that equipment safely and what that looks like and how that, you know, operates. And then you go look at where is equipment intended to be used and for what purpose. So you've got to put all that together in a regulation that your reflects the science, not only of today, but also where things are going. So because we have to keep going back and just as regulation of science, develops, technology grows over time, is gonna be a long, long continual investment process of the regulation. And we think it should be written in a way that reflects what's happening today, with also our appreciation of what's coming down the road, is we know that there's more coming. I mean, we're at the tip of the iceberg of what the technology can do right now.   Craig Macmillan  14:35  Oh, yeah, no, you're absolutely right. I the role of humans in this is always the tricky bit. It's kind of an aside, but I'm old enough to remember when laser cutters first came out. It was kind of a panic that you're gonna put an eye on you're gonna blind somebody with these, you're gonna and no, I don't want to shine in my eye but they're all over the place. I use them all the time and they're just they're not illegal. Don't put it in an airplane. Hopefully we can kind of get past some of it. So one of the reasons I say that is, again, I've talked to many guests, they're going full on in this area. And they've got federal funding, like you said, it's being it's being implemented in all over the world. And we need to catch up.   Michael Miiller  15:13  Frankly, if you're a grower in California, and you're not thinking about looking at precision agriculture, and how do you use this technology, you're making a mistake, because it really will benefit every part of the industry. I firmly believe that and it'll benefit our workforce, our communities, everybody involved. Well, another example perhaps for me too, is you mentioned laser printer. The other ones, I remember the 70s When I was a kid, the invention of scanning groceries, the barcodes at the cash register, right? That didn't exist before early 70s. Right. And one of the places where there was a lot of pushback on it was from cashiers, they thought you're going to replace my job with these machines are going to scan the groceries. And if you talk to the average grocery cashier today, they would not want that job otherwise, because it makes their job a lot easier.   Craig Macmillan  16:05  You still need cashiers.   Michael Miiller  16:07  Correct. Yeah.   Craig Macmillan  16:08  Yeah. I mean, that role didn't go away. You know, when I first met you, I saw you give a talk. And I asked you a question. I'm gonna answer this question here. That does a really interesting answer. We're definitely moving this technology direction. There's no doubt of it. When we're talking automation, we're talking robotics, we're talking electrical driven motors, on and on and on, this is going to take a pretty sophisticated workforce to not only operate, but also to maintain nationally or in California, are we bringing people into learn these topics in these areas?   Michael Miiller  16:46  That's a good question. It's a several layered answer. You know, one is one hand. Yes, we are. I mean, when you're looking at some of the manufacturers who are doing some of this product testing, they're making sure that there are people trained to operate their machines, and there's the training themselves as part of the package, when you buy the tractor, you're gonna get some assistance and training your employees to have a part of it as you have Fresno State university, UC Davis, Cal Poly, a lot of community colleges, who are already training in some of this work, they're they're making sure that where there is training of agriculture industry, that that training includes technology, right. They're training people, you know, for all of that, as well as for the marketing in the industry, product, all of it. So the training is already happening as well, or I mentioned earlier, where we know that there's some embrace of this issue, the governor just recently announced that there's going to be a $10 million program at the EDD employment training panel, where there's some money being provided for agricultural employers to train their employees and various things, not just technology, it can be all kinds of different issues. But the idea goes to make sure that we have a sustainable workforce of workers are getting trained in skills that will benefit them through upward mobility, transferable skills, and all of that. And that $10 million is for that purpose. So if you're the if you're the grower, who's wanting to make that change, and move, move from, you know, traditional tractors to self driven automation, whatever kind of equipment you're going towards, you know, it might be an option for that grower to, to apply for a grant for the ETP, to get some funding to train those people in that new skill. So there is a lot of recognition of the need to train workers and to make sure that that people have the skills necessary. One of the big ones you mentioned was how do you maintain these tractors, right, if you've got an electric tractor, you know, that's operating on the battery. And it's a whole different mechanism than if you have a tractor, that's diesel gasoline, you know that how you repair that equipment, how you service equipment, you maintain it, it's a bit of a different skill. So we need people who are trained in that as well as how to operate it. So there's a pretty substantial need for training people. And I think that that's kind of the appeal of it too. Because all those skills are transferable. When we look at our workforce, we see that the average ag worker is getting older and older. That's because we're not bringing in a lot of younger people, right? They don't want to do the ag work, they want to do something different, right? They're more interested and motivated to do other kinds of work. So if we can look at that reality for younger workers and say, how do we make this job more appealing to them? And we're applying these kinds of technologies and skills, they will come back because at work in the 70s is very different than ag work today with this technology. It's just an entirely different thing.   Craig Macmillan  19:46   If there was one thing that you would tell a great or on this topic, what would it be?   Michael Miiller  19:52  I'll start with this. I'm a Midwestern kid. I was born in Sioux Falls, South Dakota. I spent most of my childhood in Iowa and Wisconsin, my tie back to agriculture is from that Midwest experience, right. And my uncle has a farm outside of Mitchell, South Dakota. And I would go help them as farmers and I drive tractor and do whatever he had. He had hogs. He had some cattle, he grew soybeans, corn, alfalfa, all kinds of stuff. He was very diverse in what he did every year. You know, he relied on Mother Nature for rain in new irrigation back there, right? So I remember talking with him after I come out to California, just touching him, see how he's doing? And I asked him, so what's your most reliable crop right now? How are you doing with it? How was how's the industry has environment, it's my most reliable crop right now is a cell tower, that I lease on the corner of my land, that is guaranteed income every year, every year that's guaranteed income. With that in mind, if I talk to a grower today and say, what's, what's the one thing they should really think about, think about where your opportunities are to actually, you know, save money, invest in the future, reduce your cost, and actually create those reliable sources of income and sustainability, right. So if you're looking at things like carbon sequestration in the vineyard, you're looking at cover crops you're looking at, you know, all of that kind of stuff. You're looking at, you know, a technology that is down the road, you're looking at stuff that's coming, and I would pause, take a breath and look at all of that, because there are huge opportunities there is some growers laughed at my uncle for putting up this tower. He's like, Yeah, but this is cash income every month. And I'm good to go with it. Yeah. So yes, I say continue looking at the technology and see how it applies to your bottom line. Because you will be surprised at how much and how big of an advantage it is for growers to actually look at this technology and make that investment.   Craig Macmillan  21:55  I'm from the Midwest, myself. I'm from Iowa, Soux Falls Iowa.   Michael Miiller  21:58  I lived in Waterloo as a kid.   Craig Macmillan  22:00  You're kidding me.   Michael Miiller  22:01  No, Waterloo!   Craig Macmillan  22:02  We need to edit this part out! Well, then you can well, then you really can relate to this. You know, I was involved in farming, I was a city kid. But we had, you know, members of our church, or folks that we knew who had farms and side of town, they had to make some big decisions. Sometimes, you know, depending on the price of corn, they may have to store it, I may put it in a silo. Or maybe I should look at another crop or another type of livestock or something like that. Since that time, we now have farms with tractors that are running on GPS that have intelligent sprayers all programed. And a family can farm quite a bit of ground with again, a lot of safety, but they weren't big investments. They were risks. That's that's what I hear from around other crops. It's like Nope, that was a big jump. But once we did, it made tons of sense, it worked out great. I do want to kind of underline your idea that we should definitely be looking and thinking and doing the math. And then especially as technology becomes more adopted.   Michael Miiller  23:00  Everybody's got to make the decision as a grower by grower or video by vineyard basis. But in speaking in general terms, I think growers would be surprised actually beneficial it is to them.   Craig Macmillan  23:10  Where can people find out more about you in these topics?   Michael Miiller  23:13  You go to our website www cwg.org orgy my email simple Michael at cwg.org Send me a text anytime email I'm easy to get a hold of. The contact information is on the website. And there's some information on there as well mentioned our FAQs etc website and it gets available for our growers and viewers who aren't caught growers should be known I could help you with that as well.   Craig Macmillan  23:39  Okay, sounds good. This today was Michael Miiller. He's Director of Government Relations, California Association of wine grape growers. Thanks for being here.   Michael Miiller  23:46  Thank you so much. Enjoy yoru day.   Craig Macmillan  24:22  Waterloo, Iowa   Michael Miiller  24:24  Yeah! yeah, go cyclones.   Nearly perfect transcription by https://otter.ai

When asked to define the 3 P's of Sustainability (People, Planet, Prosperity), Prosperity is often the one gives people pause. But it's such an important leg of the stool! Sustainable businesses develop long-term plans and strategies to ensure they can thrive now and into the future. Welcome to Marketing Tip Monday with SIP Certified. We know customers are looking for wines labeled as sustainable. While our longer-form episodes help you learn about the latest science and research for the wine industry, these twice-monthly micro podcasts will help you share your dedication to sustainable winegrowing so you can show your customers that you share their values. Some of the ways businesses embody Prosperity are through: Creating and sticking to a budget. Keeping thorough records. Creating informed and effective marketing plans. A business can also extend their prosperity through collaborative efforts with like-minded groups. When this happens, both parties win. Organizations that partner over shared values benefit by: Pooling resources. Building relationships. Advancing awareness and support for their cause. For example, Cambria Estate Winery is a Business rooted in women’s leadership. Their team partners with organizations that share their dedication to uplifting and empowering women in an incredibly impactful way. Cultivating Female Empowerment Cambria Estate Winery is rooted women’s leadership. Their certified sustainable wines are even named after their proprietors – Barbara, Katherine, and Julia. Did you know that their dedication to recognizing the experiences and achievements of women goes even deeper? Uplifting and empowering women is core to their Business values, and they have a big way of showing it. Every March for Women’s History Month, Cambria selects an organization that aligns with their pillars of climate action and women’s leadership, and pledges $25k to support their efforts. Tamara Bingham, Cambria’s Brand Manager, gets to make the phone call to let the organization know they were selected – a task she says is “probably the most rewarding part of my job.” In 2024, she notified the lead of American Farmland Trust’s “Women for the Land” initiative to pledge their support. Right in line with Cambria’s own sustainable practices, this initiative supports women farmers and landowners in preserving their land and embracing conservatism. Other past years’ partnership organizations include Equity Now, Women’s Earth Alliance, SeaTrees, and Amazon Frontlines. Through these partnerships, Cambria demonstrates their dedication to using the power of their platform to help uplift and empower women everywhere. Their Business practices are founded on their belief that a commitment to sustainability is also a commitment to amplifying the messages of the many deserving organizations working towards a better future. We are here to help you tell your customers how your brand protects natural and human resources with the Sustainable Story program. This simple yet powerful free tool helps you tell your own personal sustainable message. And it just got better with a new online course.  Go to the show notes, click the link titled Tell Your Sustainable Story to sign up, and start writing yours today!       Until next time, this is Sustainable Winegrowing with the Vineyard Team. Resources: *** Tell Your Sustainable Story Online Course *** Apply for SIP Certified Wine Marketing Tips eNewsletter Sustainable Story | Print Sustainable Story | Electronic What's your Sustainable Story? Vineyard Team Programs: Juan Nevarez Memorial Scholarship - Donate SIP Certified – Show your care for the people and planet   Sustainable Ag Expo – The premiere winegrowing event of the year Sustainable Winegrowing On-Demand (Western SARE) – Learn at your own pace Vineyard Team – Become a Member

If irrigation efficiency is a goal of yours, a new predictive model may make scheduling easier in the future. José Manuel Mirás Avalos, Tenured Scientist at Misión Biológica de Galicia in the Spanish Nation Research Council (CSIC) (MBG-CSIC) in Santiago de Compostela (Spain) is working on a Decision Support System (DSS) prototype for irrigation and fertilization of winegrapes. This computer model accounts for multiple variables including weather, soil moisture, evapotranspiration, soil type, plant spacing, bud break, variety, and wine quality goals to help farmers make more informed irrigation decisions throughout the growing season. Resources:         191: CropManage: Improving the Precision of Water and Fertilizer Inputs 195: Hydrological Mapping: A Vital Component of Effective Water Conservation Plans 213: High Resolution Data from Space Helps Farmers Plan for Climate Change Decision Support System for Seasonal Irrigation and Nitrogen Fertilization Decision support system for selecting the rootstock, irrigation regime and nitrogen fertilization in winemaking vineyards: WANUGRAPE4.0 Effects of the Annual Nitrogen Fertilization Rate on Vine Performance and Grape Quality for Winemaking: Insights from a Meta-Analysis Fiabilidad de la monitorización del contenido de agua del suelo para determinar el estado hídrico de la vid. (“Reliability of monitoring soil water content to determine the water status of the vine”) -in Spanish José Manuel Mirás Avalos on ResearchGate: José Manuel Mirás Avalos On LinkedIn Vineyard Team Programs: Juan Nevarez Memorial Scholarship - Donate SIP Certified – Show your care for the people and planet   Sustainable Ag Expo – The premiere winegrowing event of the year Sustainable Winegrowing On-Demand (Western SARE) – Learn at your own pace Vineyard Team – Become a Member Get More Subscribe wherever you listen so you never miss an episode on the latest science and research with the Sustainable Winegrowing Podcast. Since 1994, Vineyard Team has been your resource for workshops and field demonstrations, research, and events dedicated to the stewardship of our natural resources. Learn more at www.vineyardteam.org.   Transcript Craig Macmillan  0:00  Our guest today is José Manuel Mirás Avalos. He is tenured scientists at the Misión Biológica de Galicia and the Center for Spanish Research Council. Thanks for being on the podcast.   José Manuel Mirás Avalos  0:10  Thank you very much for inviting me. It's a great pleasure for me.   Craig Macmillan  0:14  We were interested in talking to you because we saw that you've been working on a pretty interesting type of technology with it with a whole group of folks around the idea of decision support systems, particularly around irrigation, fertilization for grapes, possibly even root stock selection, when I read, first of all, for our audience, what exactly is a decision support system?   José Manuel Mirás Avalos  0:34  The idea behind that decision support system is to provide a within one package in this case is a computer platform in which we use different kinds of information coming from real data coming from models that that are implemented within this platform to provide the users the end users with information to make certain practices easier, or more rational. In the vineyard. In this case, we were centered in this particular case in irrigation and fertilization. And there was another it's not exactly a decision support system is more like decisions help decision making for the rootstock which is a independent from the, from the irrigation fertilization system.   Craig Macmillan  1:27  How does the grower use this kind of tool so I'm trying to make decisions about irrigating my vineyard and how did the tool play into it?   José Manuel Mirás Avalos  1:36  At the moment is just a prototype, the computer program or the DSS for being short? The DSS Decision Support System can give some information very easy to obtain such as the geographical coordinates the plant spacings location about the nearest weather station for instance, and that information and the algorithm which is inside this platform in the user will receive an information okay for this conditions over this growing season, you will have to use that much amount of irrigation to obtain given in this case, we use an indicator of grape vine water status the user can modulate within a wide array of values. So, you can decide okay, I want that, on average, my grapevines in this particular danger go between these and these values of of water potential. And then from this decision support system says okay, in that case, you must follow these instructions that is to get that much irrigation for obtaining full genes. Or you can use less irrigation in order to obtain a given quality parameter in that case was soluble sugars in the grapes.   Craig Macmillan  2:59  How's that algorithm developed? Your modeling is a predictive model, basically, you're saying. The vine is going to respond a certain way over time. How is how is that done?   José Manuel Mirás Avalos  3:10  We've capitalized on previous works from other research groups. And I said that that this work is not my work is I work for in collaboration with several research institutions in Spain with people that have a strong expertise, viticulture, in grapevine  physiology, we capitalize on that, on that knowledge in order to model soil water balance, and adapted to vineyards in this case by using a proxy of the grapevine architecture in order to model vegetative growth over the growing season. So with that, we modulate the evapotranspiration of the vineyard. And from that we calculate soil moisture, according to weather that and using data from experiments carried out here in Spain, with seven grapevine varieties located in different regions of the country, let's say correlate soil water content with a measure of grapevine water status in this case was a stem water potential, which is a measure which is considered here in Europe. Well, in the States, there are some kinds of schools that refer other other types of measuring grape vine water status but in this case here in Spain, A, we proved in a previous work that stem water potential is a modality of great buying water status indicator, which works best for irrigation purposes.   The work that you're basing this on the research that's been done, was it done specifically for developing this model? Are you able to take work that's been done for other purpose And then put it all together to get the algorithm that you want?   It was basically the second option that that you have mentioned, we have extensive experience working on irrigation in vineyard. So we have several, we participated in several experiments concerning different irrigation protocols within the vine. So we let's say capitalize those data from those experiments. And also perform it a couple of experiences during the course of the project, which led to the development of this decision support system.   Craig Macmillan  5:35  Obviously, there's a lot of variation placed to place region to region. And so how do you account for that?   José Manuel Mirás Avalos  5:41  This is a nice question, because it was the most difficult part.   Craig Macmillan  5:45  Yeah, I would imagine Yeah,   José Manuel Mirás Avalos  5:47  For developing this. For accounting this of course, we have weather records from different stations located in different regions of the country, which are close to the vineyards, we use for validating this this model. But we also took into account soil properties such as texture, organic matter, which also vary a lot from region to region, we added two different equations depending on if the soil is calcareous or nor calcareouse, because the hydraulic properties of the soil would be right in case of high calcium carbonate content. But these are the main the main aspects, but there is a parameter within the model that also arise depending on the on the variety, we can imagine this parameter as the threshold of soil water content, until which the given variety of grapevine begins to show signs of water stress. Unfortunately, we could not make a lot of measurements to obtain a wider range of of values for this parameter. According to the data that we have for five varieties, it was very similar, independently of the of the region in which the vineyard is located. So it's more dependent on the variety itself than on the on the location. These are the three main aspects that allow us for four plus eight capturing the variability within within the regions.   Craig Macmillan  7:20  If I was using such a tool, I would give my location that will tell me a lot about what region I'm in, it'll tell me some things. Then you mentioned we put in like the density, the spacing, because that's going to have to what to do with the total leaf area per hectare? Basically, variety, you'd put in varieties as well.   José Manuel Mirás Avalos  7:38  Yes, but for accounting for a variety, we also asked, they use it too, to provide their date of bud break. Because it's different depending on the region and also on the variety.   Craig Macmillan  7:51  Okay, so they'll tell me about the season, we're talking about, like season long recommendations. So at the beginning of the season, I would say okay, this is what I'm shooting for. And I would actually put in this is the the vine water status that I would like this is the lead potential I'd like to see. And then it'll say, okay, based on the historical weather, and based on all these other factors, we believe that applying this amount of water would really have that result eventually.   José Manuel Mirás Avalos  8:18  That is how it works right now planning to adopt it. But we need help from some company or some people who is expert on computer science, we are planning to develop a tool with the aid of some computer science guys or programmers that allow us to divide the growing season in, let's say, to flowering or flower into venison. Verasion to harvest for instance, on the other hand, using four stages, for instance, ranges of water potentials were tabulated more or less. And the objectives are for the wine producing end user, let's say we'll have the curve that is produced by the model, but in this case, divided into four stages and with the theoretical curve that we should have in order to produce a certain type of wine. So we will be able to say ahead or behind the limit. During this specific stage of the growing season. Suppose you have to apply more water or you should not apply water.   Craig Macmillan  9:35  There's a lot a lot of different ways of trying to achieve this. And that's why this one seems to be kind of a new approach. Even if you're in the development stage. It's still a very intriguing concept and how it might be how it might be applied. And tell me more about how do you actually fit these different pieces together because you got work in a vineyard in one region and work in another you got weather information. You found some way correlating these things with the outcome that you're interested in, which is the water potential.   José Manuel Mirás Avalos  10:04  It was kind of difficult but not not so much as as at a first glance, it would be within a soil water balance you have your result is the soil water content at any specific date. But in order to get to that, you need to know the soil water content, let's say the previous day, but you also have already rainfall, you calculate transpiration of the values, the evaporation from the soil is just putting those pieces together that make the thing work. It's It's not so difficult, it's kind of intriguing too, because all these these parts have their equations in the middle to get to them. But in the end is just fit a soil water balance model with with the data from the different, let's say inputs that you have.   Craig Macmillan  10:54  And essentially you as your career actually, I've looked at some of the other things you've done, you do find good fits, you can take multiple variables, this very complicated world. And when you kind of put it all together, you can start to get a picture, you can actually get some fixes to some other variable   José Manuel Mirás Avalos  11:15  Sometimes is easier than some others. So we tried also to model genes, that was very more, much more difficult. We got two nice results. But there was a lot of variation, depending on on climate and in also on the irrigation management. When we validated this other model for dealing with data from from Spain, if I remember correctly, there were poor regions within Spain. It worked well for some regions, but it didn't work for for some others, we didn't get to the solution to get a unique model for all the regions for for GLD. Also, because we combine a deal with dry matter partitioning within the plant.   Craig Macmillan  12:06  Oh, interesting.   José Manuel Mirás Avalos  12:07  Yes. And we did that in collaboration with with American professional.   Craig Macmillan  12:14  Who's that?   José Manuel Mirás Avalos  12:15  Alan Luxo from the from Cornell University.   Craig Macmillan  12:18  Oh, fantastic. Cool.   José Manuel Mirás Avalos  12:20  Yes, because at that moment in time, my supervisor have made it previously researcher stay in at Cornell University with this professor, he began with the with modeling. In that case, it was apple trees. And we adapted that model to vineyards.   Craig Macmillan  12:40  The cross crop work, it's fascinating because you know, grape vines are a very unusual, kind of unique plant cropping world. But they do have a lot in common with other, you know, Woody perennial crops, other orchard crops. And if we can take the research that's done across multiple areas and use it that's really exciting, increases the efficiency and increases the depth of what we can do, which I really, really like, how you validate this model, where you have people try it, and then you'll come out and you'll take measurements or have them take measurements.   José Manuel Mirás Avalos  13:14  For developing the model, we employ that it's a restricted set of that of data, in order to the few parameters that are inside the construction of the model. But we have met so many experiments within the consortium, that we were working on this decision support systems. So we have finally had a set of more than 100 scenarios to validate the model with data collected from the field. In some cases, we have both soil water content and stem water potential. In some others, we only have a stem water potential. So we tested the model against those data. In many cases it worked well. In a few instances, it didn't work well, because of we detected several particularities within the vineyards we use to test the modeling in a given region. For instance, if is you want me to give any an example a specific example, in a region in western Spain southwest, Southwest or Spain, we have vineyard that the field data said that during the summer, it was not as water stress, as the model is saying that it was a fact is a that was occurring is that the vineyard was very close to a river. So it is it is likely that the water table rose within those periods, or that the vine roots were able to reach that water table and the moel wasn't able to capture that. That feature.   Craig Macmillan  14:54  No, but I would imagine if I'm using a tool like that, and I know my sight like can take that kind of thing into account could say, why would a little bit of experience you can say I always know that this recommendation is a little bit higher than what I actually need. But by using that I can say, well, then I'm going to use this number stead. That's kind of the idea. Now, do you see this technology leading to increases in efficiency, reduced water use or just more efficient water use?   José Manuel Mirás Avalos  15:22  I like to seem that, that this is a step forward to auto efficient water use in vineyards. But maybe at this moment is, too let's say it's a scope is too broad. And we have to work on in order to be more specific, or I don't know the word in English.   Craig Macmillan  15:43  Particular.   José Manuel Mirás Avalos  15:44  The idea is that to be able from this from this, let's say decision to port that we have to build more detailed decision support system that allows allows end users to manage irrigation on a daily or we'll be on a weekly basis, but it's still some work to do.   Craig Macmillan  16:07  Yeah, exactly. I mean, this is this is early days, and this tool isn't isn't out yet. So we wanted to talk about the the concept, which is fascinating, which always reminds me of something I noticed when I was doing the research, you mentioned a consortium, when you look up these topics, you'll hit pages that have many, many different organizations listed at the bottom. And I believe you just moved around between a couple that are part of the same group or consortium is what it looks like, how does this work you've got you've got different agencies, you have different educational institutions, you have different departments have different parts of government that are collaborating, they're working together, they're coordinating what they do, is that how this works.   José Manuel Mirás Avalos  16:44  In his particular case, this project came from a network of collaboration, which was funded by the the Spanish government. And that involved, I don't remember how many but maybe 12 institutions that work on different aspects of viticulture, in order to increase the impact of their research that is really done. Because sometimes, I don't know if this happens in the States. But in Spain, we have the problem that many times we work isolated once from the others, and then our research doesn't reach the level of impact that the funding agencies desire. So in order to, to overcome this weakness, the main funding agency for research here in Spain, asks for creating networks of specific topics, between several research institutes, maybe research institutes, but also universities, and in some cases, private companies, but this later is less frequent.   Craig Macmillan  17:58  Interesting. Yeah, it's interesting there's there's more kind of a multi organizational collaboration here in the United States all the time, we've noticed for a particular topic, and some folks are working on this and some folks are kind of working on this and and coming back with things from different regions or different aspects, but they can all be brought into kind of a coordinated outcome for growers is very, very, very, very practical and very exciting. Is there one thing that you would say to a grower regarding this idea of decision support systems, especially around things like irrigation or fertilizers, or one piece of advice or something that they should be excited about or one reason why they might want to consider using such a tool when it becomes available.   José Manuel Mirás Avalos  18:39  Nowadays, the number of decision support system is increasing. There are many companies which are developing tools or recycling other tools coming from other let's say, organizations must be aware that the decision support system generally, which is those that I know that are available on the market are general not specific for a given crop. In order to obtain the best results is is better to have a specific decision support system. So that's for one for the one part. And the second part is that in the end, these are tools to help making decisions, but one cannot disregard the experience of the grower. Of course, in the end these these kind of decision support systems might must be used as a tool. If you allow me to give a recent experience that I have working with a private company, not in the case of vineyards, it was developing a general platform for aiding in irrigation decisions. The final aim that they have is to automate the process of irrigation this can be a little bit dangerous, because if you if you let a model perform the whole process of ollecting that data, make a decision and then execute that decision in the whole process, they can be accumulation of errors that may give a final response, which is not the desired one.   Craig Macmillan  20:15  What you're getting out and you've touched on and what makes sense is it's a decision support. It's not decision, it's not making a decision for you. It's saying, This is what the model says. And you say, Yeah, okay, I hadn't thought of that, or, okay, that works. Or, okay, let's try that. It's not just executing it. I mean, you know, I can imagine I can imagine a world where you would have a decision system that would take all this into account, and then it would open the irrigation valves automatically. And that may not be where we really want to be headed. The human is always going to be the arbiter, that the human is going to be the decision maker, this is about providing the best information to help make a good decision. That's it. And I think that that's really, really crucial, because I am familiar with another variety of other systems. So we look at all this information. And the readings might say, Okay, this is the direction to go, or this is this is what you should do or that, but the grower will say, That's fine for this variety on this root stock on this soil. Absolutely. That works. For me, that makes sense. But we know for a fact that this variety on this root stock on this soil is not going to work because of the experience with all the details. And I've had some very interesting conversations with folks where I'm looking at the database stuff and saying, Hey, these vines look fine, there's plenty of water, the water potential looks great. There's water in the soil, everything seems to be fine. And the grower says, Well, we're going to irrigate. And I'm like, that seems surprising to me. And they say, Well, under this condition, this variety will collapse out of nowhere, when it hits a certain threshold, and I want to make sure we don't get anywhere near that threshold. So that that information was useful for making decisions in one scenario, they make a slightly different decision in another scenario, and literally those two spots are across the road from each other. A lot of similarities between the two but the grower has that has that experience to say yeah, but under certain conditions, this is what's going to happen. And so again, it's about having the best information to make the best choice, but the human is the one that's going to make the call the human is never gonna go away. And I would be really fascinated once you have once this stuff becomes available. I would love to see some research on how people use it, how people use the technology. Where can people find out more about you?   José Manuel Mirás Avalos  22:37  I have profiling on research gate which is a social network for researchers there you can find my All my publications in a no the top is a working over my ground and also on LinkedIn.   Craig Macmillan  22:52  Fantastic. Yep, I found you very easily and you have a lot on there and a whole variety of other topics that we will have don't have time to get to today, but it's really cool work. So our guest today has been José Manuel Mirás Avalos. He is a scientist at Misión Biológica de Galicia in the Spanish Nation Research Council. Spain with the center Spanish Research Council was the one well, thanks for being here. This is really interesting stuff.   José Manuel Mirás Avalos  23:13  Thank you very much, Craig. It was a pleasure for me to talk to you   Nearly perfect transcription by https://otter.ai

Beyond doing good by the environment and your community, your sustainably certified wine grapes differentiate your brand in today’s oversaturated wine market. But do you know how much of a value-driver your certification really is? Welcome to Marketing Tip Monday with SIP Certified. We know customers are looking for wines labeled as sustainable. While our longer-form episodes help you learn about the latest science and research for the wine industry, these twice-monthly micro podcasts will help you share your dedication to sustainable winegrowing so you can show your customers that you share their values. In this Marketing Tip, get insight into the significance of sustainably grown grapes in the larger market from Gregg Hibbits, who has nearly 30 years of experience selling wine grapes. Over this course of his career, he has experienced a shift in what his grape-buying clients are looking for. Keep reading for highlights from his interview on Episode #83 of the Sustainable Winegrowing Podcast. Buyers with Different Interests Each client, Hibbits says, has different interests. Many winemakers have deep and long-standing interests in sustainability because they believe in its mission: creating high-quality products through protecting, conserving, and regenerating resources so people of today and the future can prosper. They seek out certified sustainable grapes that align with their values. Other buyers believe that sustainability is the direction the industry is going. They feel a push from the market and the trade to produce wine from sustainably farmed grapes, so it is part of their purchasing criteria when they source fruit. Furthermore, sustainability is a value-driver for investors. Businesses want to report back to their investors that the product they are supporting is both of high-quality and reaches exceptional levels in environmental and social health. But he notes a change in his clients over his career. Higher Demands, Higher Premiums Hibbits tells Sustainable Winegrowing, “There’s absolutely no question that people are more demanding on every front now.” Buyers are demanding sustainability. Now, the topic comes up early in conversations with buyers – something, Hibbits says, was not the case 15 years ago. But he has been able to fulfill those demands, and has been rewarded in the form of premiums. “Sometimes it’s as simple as being able to sell your grapes when nobody else can – that’s a premium. And then sometimes when the market is in a different place, the premium is a true premium: I can get $200 - $300 a ton more for my sustainably certified or organic grapes.” And this is something we hear from SIP Certified growers time and time again: John Niven, Cadre Wines “Buyers are looking for wines that have responsible farming practices, are aware of environmental issues, and, of course, are of high quality. The SIP Certified program has added value to our wines allowing us to demonstrate our ability to fulfill all of the desired criteria that buyers look for.” Austin Hope, Hope Family Wines “More and more, we’re being asked about our sustainability efforts in the vineyard and winery. Being SIP Certified is an easy way for us to quantify our practices and tell the consumer and trade about how we run our operation in a way that’s better for the land, the wine and the community”. Adam LaZarre, Broadside Wine “For us, having our wines SIP Certified is easily the best way to let our entire audience know we are sincere about doing the right thing for the health of our vineyards, customers, and employees... I know for a fact that this is a HUGE selling point for our wines.” If your Grapes are SIP Certified… … it’s easier now than ever to put the SIP Certified logo on your wine bottles. Thanks to the latest SIP Certified database feature, you can create a wine application in just a few minutes. Say goodbye to the days of documents and information getting lost in months-old email threads, and instead, upload everything straight to your application. Learn how to Apply for SIP Certified Wine today!   We are here to help you tell your customers how your brand protects natural and human resources with the Sustainable Story program. This simple yet powerful free tool helps you tell your own personal sustainable message. And it just got better with a new online course.  Go to the show notes, click the link titled Tell Your Sustainable Story to sign up, and start writing your Sustainable Story today!     Until next time, this is Sustainable Winegrowing with the Vineyard Team. Resources: *** Tell Your Sustainable Story Online Course *** Apply for SIP Certified Wine Marketing Tips eNewsletter Sustainable Story | Print Sustainable Story | Electronic What's your Sustainable Story? Vineyard Team Programs: Juan Nevarez Memorial Scholarship - Donate SIP Certified – Show your care for the people and planet   Sustainable Ag Expo – The premiere winegrowing event of the year Sustainable Winegrowing On-Demand (Western SARE) – Learn at your own pace Vineyard Team – Become a Member

While the tradition of wine is still important to how we connect with customers, the way that we communicate has changed. David Avrin, President of The Customer Experience Advantage explains why brands must have an omnichannel approach to their customer communication. Identify which channels are most valuable to your business by defining your core audience. Then find out what they watch, what they read, and where they recreate. Use these insights to harness the technology that your customers use whether its snail mail or TikTok. David reminds us that there is no shame in not being comfortable with technology but there is no excuse to not work with a technology native who does understand the platforms that best reach your audience. Resources:         82: Getting to Know Your Wine Customer 85: It‘s Time for New Wine Sales Strategies 98: Selling Wine in Non-Traditional Channels 161: Use Storytelling to Sell More Wine David Avrin Website David Avrin Books David Avrin LinkedIn David Avrin YouTube Social Media: Facebook | Instagram Vineyard Team Programs: Juan Nevarez Memorial Scholarship - Donate SIP Certified – Show your care for the people and planet   Sustainable Ag Expo – The premiere winegrowing event of the year Sustainable Winegrowing On-Demand (Western SARE) – Learn at your own pace Vineyard Team – Become a Member Get More Subscribe wherever you listen so you never miss an episode on the latest science and research with the Sustainable Winegrowing Podcast. Since 1994, Vineyard Team has been your resource for workshops and field demonstrations, research, and events dedicated to the stewardship of our natural resources. Learn more at www.vineyardteam.org.   Transcript Craig Macmillan  0:00  Our guest today is David Avrin. He is president of the customer experience advantage. Today we're going to talk about a little bit about the business side, and how that applies sustainability in the wine industry. Thanks for being on the podcast.   David Arvin  0:14  Thank you very much for having me.   Craig Macmillan  0:16  Now, we've talked about wineries vineyards, but their businesses. In your mind, what are some of the important things that winery and vineyard owners might think about in terms of making their companies sustainable into the future?   David Arvin  0:29  Yeah, it's interesting, because I think the industry certainly has been around for a very long time. And when it goes back to Biblical times, and there's there's certain ways that vineyard owners, those who are in the business suppliers, and others, this is how we do business, this is how it's done. But what's interesting is for the rest of us, who are the wine consumers, our lives have changed. And it's actually for everybody, right? How we connect, and share and grow our own businesses, and our changing expectations for access and immediacy, and flexibility, all of that has changed. So I think part of future proofing your business is striking that balance between the traditions, that, that go into making a great vintage wine, and how we interact and how we engage as consumers in the b2b side with distributors and others as well. So many of those mechanisms have changed. So I think what's really important is for people to be very clear on the technologies that are expected, and the ones that facilitate great communication in great relationships. I saw a study the other day, and the gist of it said that, that companies today are expected to deploy technology that allows their customers to do business with them, not from home, from anywhere, at any time, I don't expect that I can get my hair cut at four o'clock in the morning, but I expect that I can make an appointment to do so or cancel that appointment. So I think it's a very unique industry, because the traditions and what is tried and true and effective are so important to maintain, so important to pass along from generation to generation, but how we connect and communicate and deliver those services, those products, all of that has changed. We need to stay on the front end of that.   Craig Macmillan  2:09  One of the attractions of wine, I think, in my experience with customers, is this traditional aspect this is this is something mystical about it. And how do we maintain that kind of magical quality to a product, when we need to engage with the customer in more electronic ways or more distant ways, and maybe without as much touch?   David Arvin  2:31  I think it's just the business part of it, that it requires that kind of an expeditious, ease of use kind of a methodology are really virtual wine tastings unless you're actually tasting wine in different locations and connecting electronically.   Craig Macmillan  2:46  And that's happened.   David Arvin  2:47  Yeah, yeah, absolutely. We did it during COVID. We had so many double dates with my wife and some other couples and stuff, and just opportunity just over a glass of wine and some dinner, to just hang out with each other. It's one of things we learned during the pandemic that was possible. But I think when I've talked about the technology, I think it really is purely just how do we do business, my, my mantra, my new book is all about how to be how to become ridiculously easy to do business with. And so I think fortunately for the industry, I think the traditions still hold true. I think in person, wine tastings and wine enjoys and pairings at restaurants, I think a lot of that will pretty much stay the same. I think it's we're always want to stay on the forefront of that. But it's the the communication, the distribution, the marketing. There are so many new amazing mechanisms now to reach our target market, which is shifting, of course, we can talk about that. But it's using the mechanisms that they use. And so we can be traditional, but we certainly don't want to be seen as stodgy or antiquated, or old school. And so I think there's there's a really wonderful balance that in the terminus is fully intentional, because there's so much that balance comes into this industry. But I think in terms of our communication and our marketing and our in person enjoyment. I think that part's all very important.   Craig Macmillan  4:07  He mentioned the generational change. And that's an issue for the wine business, the generation that really brought us to where we are today, their children, and then possibly their grandchildren are coming of age, they're coming of age. And the question is whether that love of the wine product has been passed on generationally or not. One thing that I learned from looking at some of your other talks and stuff was, it's about and you mentioned it was the ease of connection and the ease of doing business and convenience.   David Arvin  4:40  I think on the business side is that I think there's a great opportunity for the industry to become not just present and relevant but preferable to a new generation as well. It's not like there isn't a long history with wine. As I said, going back to Biblical times. They have survived so well over the years. But what's different is each generation How we communicate, and how we connect and reach out, all of that has changed. I think wine is uniquely positioned to capitalize on that new as long as these generations come to fruition that Gen X, the Gen Y, the Gen Z, and all of them as well, because I think there's a natural progression of maturity in the individual. It's like there's a space, I think, between the parties. And I remember when party was a noun, now it is a verb. And then of course, the the more traditional and stodgy. I think wine is uniquely placed in there. And so while the young people are, they're going to play drinking games at 18, to 23, 24, you know, playing quarters with beer, the opportunity when when it's time to grow up, we grab a glass of wine, and we connect together. So you might have party and the stodgy I think the middle is social. And I think wine has a phenomenal opportunity right now to be positioned as the social drinker, we're not drinking to get drunk. We're not drinking to be to be sophisticated in in our smoking jackets with a high ball and of whiskey. But I think wine lends itself phenomenally to visuals, as well. And so I think if you're going to compare it to industries that have survived and thrived in that transition, I think coffee is probably the best. I mean, we grew up our parents, you go down, look for 15 cents, get a cup of joe. Well, now everybody's enjoying coffee, it's become more profitable, it's become more prevalent, because they've looked at a couple of things. One is the social aspect. And Starbucks had a big role to play in how we look at that experiential thing. But it's also a grab and go kind of an item, being able to recognize how easy do we do that and take that to the office. And that industry has done it very well. No, wine, of course, is something different. We don't necessarily take to the office, but the visuals of people who have come of age socializing, and not just drunk at a frat party, I think there's wonderful opportunities in terms of our marketing to say, when you're when you finally grown up, this is how we connect, this is how we socialize. And the other part of it, I think, is the packaging. And this part has been really fun for us because we are of the mind of so many, that when we get invited to a gathering, we always come with a bottle of wine. What's interesting is talking to others that one of the primary drivers. And this really takes us back to like 50 60, 70s was the emergence of clever and attractive packaging. It's less important today in other industries. But I think it's more important in the wine industry. The clever names, the clever packaging, so many people I've talked to say, I just thought this bottle looks so cool. And that's the one that they bring, right. That's not the bottle we tend to open up we like to display because there's so much creativity in that the elegant yesteryear of wine was a very elegant, labelled today. They're whimsical, they're fanciful, they're, they're tongue in cheek, and everything from the 99 crimes that you can scan and get a little story about them to Menage a Trios, which, which, you know, gives people a little bit of a smile when you realize the the inference, I think is such an exciting industry right now. I think the biggest population bubble in history is coming of age, and the perfect target. And then we look at the social how they communicate as well. Whether it's Instagram, or tick tock, for others, as well short form social short form video, it lends itself so well, two people connecting and gathering and enjoying life and sharing a bottle of wine.   Craig Macmillan  8:23  I'm a dinosaur, I just turned 55. And I work sometimes in the tasting room, the winery where I work now Niner Wine Estates, as time went on, it became very clear that I was not able to communicate with my coworkers, because they were talking about Instagram, they were using Twitter, they were Venmoing everything like I couldn't even be involved in social gatherings without getting Venmo on my phone. It's a here's 20 bucks and like, I don't want that. No, I wanted my Venmo account. Yeah, so one of them actually offered to become my social media consultant. And that is still continued to this day. So how can we make it easy for the consumer to interact with winery, if the consumer is not either tech savvy or in my case doesn't want to be tech savvy.   David Arvin  9:11  The term that you're going to hear so often which is which is omni channel. And omni channel means no matter how they want to communicate with you give them that opportunity. I mean, you talk about Venmo, for example, and I speak to audiences around the world, I write books on all of this. And one of the things I talk about in the new book that I'm writing right now, which is called ridiculously easy to do business with one of the chapters is be ridiculously easy to pay, you know, somebody wants to pay you through Venmo Okay, and this is scary for people with very traditional businesses. And I'm like, oh my god, somebody's trying to give you money, say yes. As you had recognized sometimes it takes a younger person who is a technology native who is immersed in all of this to help you translate and help you implement. There is no shame in not being comfortable with some of the new social media platforms or mechanisms. There is no excuse to not work with somebody who is and just because it might be a little bit scary. And for I mean, if you're old, I'm ancient, my kids run circles around me are all of our kids where we've got a Brady Bunch, they're all sort of 20 to 29. And I've got two of them who do digital marketing and digital media for a living. I wrote books if you can, if you're watching the video behind me, I wrote books, and I couldn't keep up today. But what we do is we surround ourselves, we outsource we, we hand off to people who are comfortable with those mechanisms. So when I talked before up omni channel, we're all going to have people, we're going to have customers from 21 to 85 or above, they want to communicate with you differently, they want to access the product differently, some might be able to do sort of online video introductions, a tour of the winery, some things that look very experiential, and some are very, very comfortable using the app and doing things online ordering. And there's another segment that needs to talk to a person for for those in business, those who are listening to this podcast, you don't have to be all things to all people. But you have to be very clear of who your audience is, and who your future audience is. And make sure that you have the processes in place for them to reach you by phone, by text message. However, that might be an even if it's just the b2b aspect of your business and dealing with vendors and others as well. No matter how they want to communicate, try and make that available. We look at the lifetime value of our customers, both on the consumer side and also on the distribution side. being ridiculously easy to do business with is a competitive advantage today. And all of this is with a recognition that you have to be good at what you do, right? This isn't in lieu of a quality product, don't take your eye off the ball. But what's different today, what's different post pandemic is that our mechanisms for how do we communicate or pay or order or reorder have got to be simple and streamlined. And then when we look at the audience is how do they where are they getting their information if you want to really target those, those 21 to 30 year olds posting clever, engaging intent and enticing videos on Tik Tok or Instagram, it's not fluff, it's business. If that's where they get their information, you need to be there. You need to be there effective.   Craig Macmillan  12:11  And that raises another question. I think it's tough for a lot of businesses just in general, how do you keep up on all this stuff? As there's new applications? There's new channels, there's new preferences, that's another one Pay Pal was the thing. So yeah, Pay Pal? I'm cool PayPal Venmo I'd never heard of it until somebody demanded that as a payment. If I'm the general manager of a business or if I'm an executive, how do I stay on top of this?   David Arvin  12:34  Um, first of all, is the recognition you don't have to do everything. Because it is overwhelming. It's 100%. You don't have to be on every social media platform. You don't have to take every form of payment. You don't have to take Bitcoin, I would advise against it. But it doesn't absolve you of the responsibility to be a student of business be a lifelong learner of business. And there's no shortage of content available online. That tells you here the the the hottest trends, how do millennials or Gen Z prefer to communicate what is their greatest influence into what they buy? When and why just read I mean, there's videos on on online every day, part of my responsibility to my clients and my audiences that I serve is I need to be very, very current. There was somebody who had booked me to to keynote a conference and that's my my primary business as a keynote speaker. And it was six months away. And they asked if I would send they were finalizing things if I would send my slide deck. And I said, I'm happy to send my slide deck but understand it's not what I'm going to present to you in six months, because things will change between now and that whether you have a second generation who's moving up within your business, make sure that you have people of all ages in the room as you discuss strategy. I think to answer your question, just be a student of this there is no shortage go on YouTube is the second biggest search engine in the world only second to Google, and it's owned by Google. But YouTube is a wonderful way to have just looking at stories and news clips and others about what are the latest trends. How are they predominantly buying? Where does Gen Z get most of their information? Right? I saw some of the day was fascinating that Disney was suffering in a significant way just because the youngest of our people are getting most of their videos and content online now on YouTube and others and it's in lieu of that it's not like they did anything wrong. Bed Bath and Beyond goes bankrupt not because they did a bad job. It's that we had changed and how we buy and how we connect we just get it delivered to our house through Amazon or something else. So I for me, I think it's it's a it's an exciting thing. It's a positive thing to be a constant learner, stay up to date and relieve yourself of the pressure to do everything. Just look who is my core audience? What do they watch? What do they read? Where do they recreate and congregate and dine and connect and are we there? And are we there in a way that is is not just present and not overly salesy. Persuasive and social and big the big rule in social media is don't sell share.   Craig Macmillan  15:04  I was reading something this morning, which reminded me of a topic that we had talked about internally in our winery. And that is the the idea of story. You just mentioned that storytelling. We also know that attention spans are short. And we know that a lot of us technology is set up for no more than a minute, two minutes, three minutes, how do I tell a really compelling story in a short amount of time? there's   David Arvin  15:28  Well,  two ways to do it. One is a story, a traditional story. And that might be through an article, it might be through a longer form video, it tells us a situation or something about a Thanksgiving dinner, and something that emotional happens. And you see that on the table. Most of story today, in terms of short form, video format, is literally very short. It can be a 22nd, Instagram reel, with pictures and pictures and pictures and lots of lots of music. I think the best example, if you think and look at how pharmaceutical companies are doing their commercials today, for Jardiance, or whatever those might be, whether it's a musical number, how often you see seniors at a farmers market, or at a kid's birthday party, but they're showing them connecting, and being being social, and family. And they just put these scenarios, you don't really know what the whole story is. But it puts it within the context as opposed to somebody holding up the product. And talking about the product. It's what do we want people to feel and I think that's the greatest opportunity for wine today, when looking at Gen Y millennials, or Gen Z is is is showing them in the in the kinds of situations that makes sense. It's laughter It's friendship, it's it's connecting, but it's also post fraternity party, it's post red solo cup, I could see a great ad campaign when you're ready to graduate from the red solo cup to a nice glass of Chardonnay, right? But that doesn't mean that somebody's 60 years old, it can be young and sophisticated. And the romance and all of that I think the stories can be told in short form, through the visuals, you know, and the music and all the things that and once again, here's here's a great thing about about YouTube, you can go on YouTube and search, how do you use YouTube? And you'll see a million videos, how do you create Instagram reels that capture the attention or look for others within your industry don't copy but emulate you know, which are the ones that get engagement and why I think it's an exciting thing to become a student of this. And I've learned so much from my kids who are no longer kids. My oldest daughter works for the number one social media channel on the planet. And they post videos and they get between 40 and 50 million views on their videos in the first 24 hours. Wow. And so what I'm learning from them is astonishing. And did I mention I wrote books on this?   Craig Macmillan  15:29  You said you've got one out right now what is that?   David Arvin  17:22  Yeah, well, but my new subject, and it's not really new. But I realized about seven or eight years ago because I talked about marketing and branding for most of my career, what are the what are the words we use that best describe and differentiate what we do in the marketplace. And I came to the recognition probably seven or eight years ago that we had changed in such a substantial way because of social proof that what we say about ourselves, is not unimportant, but it's not nearly important, today's what other people say about us. And it's Yelp and TripAdvisor and rotten tomatoes, and Glassdoor and of course all of the your own social media sites. So I might that's what led to my research would lead to my book, why customers leave and how to win them back is one of the points of frustration, friction in the process, unnecessary delays and, and lack of convenience for certain things. My whole business changed. And so all of my work and my research and my speaking and my books are around the central theme that in a marketplace where everybody's good. The winners are the ones who are ridiculously easy to do business with.   Craig Macmillan  18:56  I think you just answered the question, but what is the one thing you'd recommend?   David Arvin  19:00  There's two aspects Well, once the business aspect, and the other one is the marketing. So I think in terms of internal process, you have to be able to replicate what we're seeing in a broader marketplace. You have to be able to reach somebody, if somebody's yelling into the phone agent, real person real person, you're doing something wrong, right doesn't mean we can staff 24 hours but we're learning we can learn from Uber and Amazon and Domino's and others as well in terms of how do they use the mobile technology to make it super easy to reach someone to ask a question to reorder, make sure you have an off ramp so they can talk to a real person. That's the ridiculously easy walk your customers journey. Are there too many steps? How long is your contracts, we're seeing companies reducing their contracts and things that are really relevant and important. Be easy to work with your distributors and your vendors and others as well. And then of course on the marketing side is just recognize who not only your buyers are today, but your future buyers. Beware they are speaking language that's persuasive, authentic for them as well. And I think this this is one in industry and I speak to industries that are really struggling. I think the sky's the limit for the wine industry.   Craig Macmillan  20:05  So where can people find out more about you?   David Arvin  20:08  You find me online. My name is David Averin AVRIN, I'm on all social media on some of them. It's the real David AVRIN. That's a whole cat fish for another day. But you can look me up at Davidavrin.com or just google music videos as well. And as we had said, Before I speak and I consult. I love talking business. I'm a fan of business and I'm very optimistic about where we are post pandemic.   Craig Macmillan  20:32  Fantastic. Hey, we gotta go. Thanks for being on the podcast. David. Our guest today was David Avrin, president of the customer experience advantage   Nearly perfect transcription by https://otter.ai

Every wine enthusiast has different preferences, behaviors, and levels of investment in their pursuit of great wine. A few years ago, Wine Intelligence identified six distinct consumer segments in the US market and we wondered “how can we tailor a message of sustainability to align with these differences?” Welcome to Marketing Tip Monday with SIP Certified. We know customers are looking for wines labeled as sustainable. While our longer-form episodes help you learn about the latest science and research for the wine industry, these twice-monthly micro podcasts will help you share your dedication to sustainable winegrowing so you can show your customers that you share their values. In this Throwback Thursday Marketing Tip, we’re revisiting the six wine consumer segments and giving you tips on how to most effectively share your sustainable story with each one.   1. Engaged Explorers Who are they: Young, adventurist, frequent wine drinkers who love to try wines from different regions and producers. Talk SIP: Tell them how you improve your soil quality and how the health of your land influences the characteristics of your wine. They’ll love learning how nature impacts a high-quality wine.   2. Premium Brand Suburban Who are they: Mid- to older-aged enthusiasts who know a lot about wine. They may not be big spenders, but they can be die-hard loyalists. Talk SIP: Get technical! Talk about how fruit quality is measured (Brix, pH, and TA). They’ll love the insight and attention to detail.   3. Contended Treaters Who are they: Mid- to older-aged drinkers who don’t drink often, but when they do, they are willing to spend more. They are knowledgeable and involved, and look for an engaging story to relay to their social circles. Talk SIP: Give them fun sustainable tidbits to share with their friends, like a specific sustainable practice from your sustainable story worksheet. Worksheet for Print | Worksheet for Electronic Filling   4. Social Newbies Who are they: Young, new to wine, and rely heavily upon recommendations and valued information. Talk SIP: Stick to the 3 P’s of sustainability: People, Planet, Prosperity. They’ll love this 360° approach and be able to pass it along with confidence.   5. Senior Bargain Hunters Who are they: The largest segment of wine drinkers in USA. They have strong wine knowledge and tend to select from a narrow range of styles and brands to meet their expectations on value. Talk SIP: Talk value-driven sustainable initiatives like monitoring utility usage and recycling programs.   6. Kitchen Casuals Who are they: Very infrequent wine drinkers who stay close to what they know. Talk SIP: Stick to the basics of what sustainability is and how drinking sustainable wine is a win for the people and the planet. We are here to help you tell your customers how your brand protects natural and human resources with the Sustainable Story program. This simple yet powerful free tool helps you tell your own personal sustainable message. And it just got better with a new online course.  Go to the show notes, click the link titled Tell Your Sustainable Story to sign up, and start writing your Sustainable Story today!     Until next time, this is Sustainable Winegrowing with the Vineyard Team. Resources: *** Tell Your Sustainable Story Online Course *** Marketing Tips eNewsletter ReSIProcal February Sustainable Story | Print Sustainable Story | Electronic What's your Sustainable Story? Whitney Brownie | Get YOUR Sustainable Story Featured Vineyard Team Programs: Juan Nevarez Memorial Scholarship - Donate SIP Certified – Show your care for the people and planet   Sustainable Ag Expo – The premiere winegrowing event of the year Sustainable Winegrowing On-Demand (Western SARE) – Learn at your own pace Vineyard Team – Become a Member

Intelligent or sensor-controlled sprayers have the potential to improve pesticides application efficiency, reduce labor, and lessen waste. Brent Warneke, Senior Faculty Research Assistant in the Department of Horticulture at Oregon State University is testing LiDAR sensors that can sense a plant and adjust the amount of spray based on the coverage area needed. Brent also addresses the best time to use biologicals based on disease pressure, the benefits of drones in farming, and simple ways to improve spray efficiency with an air blast sprayer. Resources:         REGISTER: April 12, 2024 | Tailgate | Fungicide Spraying: Reduce Your Carbon Footprint & Financial Burden 2: The Goldilocks Principle & Powdery Mildew Management 79: Grapevine Fungal Diseases 117: Grapevine Mildew Control with UV Light Airblast 101 Brent Warneke Google Scholar Brent Warneke LinkedIn How to Do Regular Maintenance on Air Blast Sprayers to Ensure Proper Care for Specialty Crops Oregon State Fruit and Ornamental Disease Management Testing Program Oregon State University Nackley Lab Pesticide Redistribution and Its Implications on Pesticide Efficacy Sensor Sprayers for Specialty Crop Production Vineyard Team Programs: Juan Nevarez Memorial Scholarship - Donate SIP Certified – Show your care for the people and planet   Sustainable Ag Expo – The premiere winegrowing event of the year Sustainable Winegrowing On-Demand (Western SARE) – Learn at your own pace Vineyard Team – Become a Member Get More Subscribe wherever you listen so you never miss an episode on the latest science and research with the Sustainable Winegrowing Podcast. Since 1994, Vineyard Team has been your resource for workshops and field demonstrations, research, and events dedicated to the stewardship of our natural resources. Learn more at www.vineyardteam.org.   Transcript Craig Macmillan  0:00  Our guest today is Brent Warneke. He is senior faculty research assistant in the Department of Horticulture at Oregon State University. And today we're going to talk about some really cool stuff and agricultural technology. Thanks for being on the podcast, Brent.   Brent Warneke  0:11  Hey, thanks for having me.   Craig Macmillan  0:12  I saw you speak at the 2023 Sustainable Ag Expo in San Luis Obispo. And I was very inspired by your talk, I thought things that you were doing were really interesting. And I thought your message is really, really great, what kinds of things you've been working on.   Brent Warneke  0:25  I've been in this position at Oregon State University for the last five years. And we really started with investigating this sprayer, which we'll get into called the intelligent sprayer, and how it has potential to increase efficiency in terms of pesticide applications, from everything from labor to spray volume to pesticide quantity, and waste. And that's something that we've covered and in a lot of different ways that we'll go into here.   Craig Macmillan  0:55  And so, you know, obviously, this is a viticulture oriented show, but you've done this in other crops as well.   Brent Warneke  1:01  Yes. So I work with specialty crops in general, the kind of main categories that I focus on are wine, grapes, blueberries and nursery crops.   Craig Macmillan  1:11  Cool. What is an intelligent sprayer? Let's start there. What is it? What's it composed of? How does it work? What are the benefits?   Brent Warneke  1:19  Yeah, so the intelligent sprayer is one of a group of sprayers that I termed sensor controlled sprayers. These are sprayers that have sensors mounted on the sprayer, and they're able to sense objects in our in our case plants, and adjust the amount of spray they're applying based on those, what they're seeing. And the intelligent sprayer is is a kind of more advanced sprayer that uses a LIDAR sensor, which is a laser sensor, that's able to scan the plant canopy with millimeter resolution, and adjust is it spray very finely based on the canopy density that it detects.   Craig Macmillan  1:59  Tell me more about the sensing aspect of it. So LiDAR, if I remember correctly, it's the same concept as radar. Only light is the key, the laser, the laser goes out and bounces back. Is that right?   Brent Warneke  2:12  Yep, so a lot of these sensors use what's called time of flight. So they'll emit a beam of light. So in the case of a LiDAR sensor, it's a laser beam. And then it detects the amount of time it takes for that beam to hit off of the object and come back to the sensor. And what's cool about this LiDAR sensor is it scans a 270 degree field of view, it's able to scan basically almost through, you know, fully around the sensor itself. And out up to about 100 feet is the maximum that it can see. But you're able to set the various widths and areas that you want the sensor to focus on, for doing your precision spraying.   Craig Macmillan  2:55  Is that 270 degrees? Is that vertical or horizontal? I mean, is it scanning up to capture canopy? Or is it going side to side to make a map, how's it work?   Brent Warneke  3:02  if 270 degrees would be kind of three quarters of a circle, and the blind spot of the sensor would be kind of pointed at the ground. So if you can picture an arc going kind of from each side of the sprayer up and around, so it can see vertically above and also horizontally out up to about 100 feet from the sensor.   Craig Macmillan  3:25  It's reading a plane?   Brent Warneke  3:26  Yes it is.   Craig Macmillan  3:27  And then it's telling the computer, there's something there, there's something not there. And then the computer adjusts how much spray or is not coming out of the nozzle then?   Brent Warneke  3:35  Correct. So this sensor itself is a two dimensional sensor. So it scans that plane, That's 270 degrees field of view. But then as the sprayer moves through the field, it kind of creates that, that third dimension, and it's able to construct 3d representations of the canopy. And then that's what it uses to adjust the spray volume in real time.   Craig Macmillan  3:59  How is that controlled, there must be some valves and involved in the third thing.   Brent Warneke  4:03  Yeah, kind of where the the eyes meet the the actual controllers of the system are individual solenoid valves at each nozzle. And you can actually set the field of view or the area that each of those nozzles will focus on. You can actually tell each nozzles to only focus on a certain width of the canopy that has some a lot of different capabilities even besides what I just mentioned, there's other settings that you can use to make sure that you're kind of only targeting what you want to target.   Craig Macmillan  4:38  Oh, okay, so does that mean that as I go along, it'll say okay, there's something above but there's nothing below so I'm gonna open the valves above not open the valves below. Or the opposite say, hey, there's less above than there is below. I'm gonna change my rate based on that so it can do it both directions and everything as you're going along.   Brent Warneke  4:55  Yeah, exactly. A common thing is there's weeds that are below or the vines and we don't want to spray those, they're not relevant to us. So we can tell the sprayer to not regard anything that's 18 inches and below, or you can tell it to only focus on, you know, the actual grape canopy itself. So there's different settings and within the system itself, you can make different configurations for different crops or different size canopies, depending on what you're working with.   Craig Macmillan  5:26  So something I was thinking about, as I was preparing for this interview, we've I've done a number of interviews recently around things like hyperspectral, imaging, and also just regular light. So this is a little bit different, because those things are based on color, or based on certain reflectances. This is just based on the physical presence of a leaf or shoot or branch or something like that. So it doesn't matter what color it is?   Brent Warneke  5:49  It does not so this technology actually does not sense any colors. I mean, there is potential for that. But it just says his presence or absence. So it sprays you know, if there's a post there, or something in the canopy that's not green material, it'll spray that because it'll it'll detect that it's there   Craig Macmillan  6:07  wouldn't be advantages to using this kind of technology?   Brent Warneke  6:11  The advantages of these sensor controlled sprayers kind of form a cascade. So because you're using the sensors to detect canopy they apply usually lower volume than a standard air blast sprayer. And an air blast sprayer is kind of the the general comparison we always use. That's the most widely used sprayer type. What's the work? Yes, it's been the classic workhorse for, you know, 80 years. Yeah, for a long time. Yep, yeah, implementing these sensors, you start saving volume, and then that leads to fewer fill ups of the sprayer, which then leads to less labor, because you're in the field for less time, and then also less diesel, then you're also releasing less pesticide into the environment, and using less pesticides. So there's less pesticide waste as well. So there's kind of a suite of benefits that come with using these more precise sprayers.   Craig Macmillan  7:09  And that was the next thing I wanted to talk about. So in my experience, when you're working with fungicides, in particular, it's all about coverage, coverage, coverage, right? It's all about coverage. When I use a lower volume, I am perhaps reducing the coverage that I'm gonna get. That's always been kind of the mindset, for me, at least, you know, my understanding, how does this technology overcome that issue? I mean, are we getting good coverage with this kind of technology, and then I want to talk more about the reduction in pesticide as a result.   Brent Warneke  7:38  So that's actually a great segue, I can talk about some of the work we've done using both micronized sulfur and and also biological fungicides. So we first got this system back in 2018. And we took it as an out of the box sprayer, we're gonna see what it can do. That was our approach. And we chose micronized sulfur as our product to really investigate it with because it's a contact fungicide that you need really good coverage with in order to get good disease control on powdery mildew, which is the disease we mostly focus on. So yeah, we took it with it's out of the box sprayer settings, and micronized sulfur, and out in the field, it didn't perform as well as we were hoping it would, with a standard five pounds per 100 gallons sulfur mix rate, we took that and we decided to make some adjustments to how we use the sprayer. So we kind of tested two different things, we upped the concentration of sulfur in the tank, and then we also increased what's called the spray rate in the sprayer, which is where the sprayer will apply more spray per unit canopy. So per canopy density unit than the original lower setting. And we were able to get control that was controlled powdery mildew that was comparable to our standard airblast sprayer. So those were two adjustments that we were able to make to get to get good control. And along with that we've done coverage studies as well. And volume is related to coverage amounts. So with higher volume, you will get better coverage, you can get to the point of oversaturation, then you're not really providing any benefit. That's more of a waste situation, you may you know, you probably will still be getting good good disease control, but then you're also probably wasting materials. Well, we found that with adjusting the various settings we could get also get comparable coverage to a standard sprayer.   Craig Macmillan  9:39  How hard is it to calibrate this kind of technology?   Brent Warneke  9:42  You know, these these technologies these sensors sprayers I mean they're they're just sprayers like any other air blast sprayer. I like to work backwards when I'm thinking about calibration. So that really is how well is it actually covering the leaves. Using water sensitive papers is a great way to About this, you can get them from many agricultural suppliers, and just bring them out into the field. And it takes, you know, it'll take a half day or you know, it'll take a little bit of time to really dive into adjusting your sprayer. But using those cards, adjusting the air volume, adjusting the spray volume to match the canopy really has lots of benefits, in terms of streamlining spray efficiency.   Craig Macmillan  10:27  You talked about increasing the concentration in this particular study we started with said five pounds per 100 gallon, I think, was the ultimate outcome in terms of what the concentration was.   Brent Warneke  10:37  We jumped up to 20 pounds for 100 gallons, so four times the amount. Oh, wow, that's not to say that a lower concentration wouldn't still have efficacy. But we just jumped up there just to see how well that higher volume would work. And using the lower per unit canopy settings with at higher volume yielded similar control to our standard sprayer. So we may have been having a hotter spray mix. But then we applied, you know, quite a bit less volume. So there is a trade off there. You know, maybe with some products like sulfur, you know, there's potential to maybe not be saving as much spray pesticide material. As you know, one one would hope based on that the trade offs. But we've also done work with some trials with synthetic fungicides. And those, even with the reduced rates and kind of mixed at a standard rate, they still performed quite well. And there's been lots of other studies across the US with this intelligent, prayer technology that have found great disease control with synthetic products at those lower use rates.   Craig Macmillan  11:49  You mentioned biologicals. First of all, why the interest in biologicals and then secondly, what did you find out?   Brent Warneke  11:54  We've really zeroed in on biologicals over the last three years, we kind of started with sulfur and looked at that for three years. And then we transitioned over to biologicals. And mostly because there is such an interest among growers and using them. I mean, they have a lot of, yeah, they have a lot of benefits. I mean, they're typically organic, they typically have short reentry and pre harvest intervals. And there's a ton of different development that's going on in the field and new products coming out all the time. Yeah, there's a lot of interest out there. So that's kind of why we started looking into them more, just to kind of quickly go over what we found, we definitely found that some products, there's a bit of a rate response, like if you apply more of them, you might get some better control. And then other ones, we found that that's not actually as much of a thing where those lower application rates can still have fairly comparable control to the higher application rates. And then we've also found some found that some products don't don't work very well, as well. So it just kind of depends. Another kind of overarching caveat is that the disease control that you can expect is definitely dependent on the disease pressure that's present. So these products are these biological products really need to be applied preventatively. And if there's a lot of disease pressure, a lot of disease in the field, they're not going to reverse that, like, you know, many fungicides will not and these, these are the same. So that's that's kind of another caveat.   Craig Macmillan  13:25  Right. What kind of reductions are we talking about? Like in terms of the sulfur work? You know, I think a standard application might be anywhere from two to five pounds per acre, biologicals, we're talking ounces per acre, or whatever liquid, what kind of reductions Did you see between your comparisons between the normal sprayer and the LiDAR controlled sprayer?   Brent Warneke  13:45  So this is a it is a true variable rate sprayer. So when there's less canopy, it applies less material, and then when there's more canopy, it applies more material. So looking at a graph of how it applies spray over the course of a season, it starts out really low, so at approximately 10 to 20 gallons per acre, and then it'll slowly increase up until the canopy is full. And that can be 40 to 50 pounds gallons per acre, depending on the settings. In general, we saw it we see approximately 70 to 90% SPRAY savings in those first applications of the season. And then as the canopy fills and the maximum canopy is achieved, it's more like 30% Spray savings.   Craig Macmillan  14:36  Ah, that's that's a lot.   Brent Warneke  14:37  Yeah, plus or minus depending on those those settings.   Craig Macmillan  14:41  What does that translate into in terms of like pounds of sulfur per acre?   Brent Warneke  14:44  That all depends on your mix rate and your application volume per acre. We saw with those lower application rates that were the default when we first got it. We were applying approximately one ish pound at the beginning of the season up to to about two and a half pounds at the end of the season, with that lower use rate and five pounds per 100 gallons, whereas in Standard Mode, it was applying about five and a half pounds of sulfur per acre. And with that higher spray rate that we tested, it still started the season at approximately one and a half pounds, but then increased up to around four pounds per acre. Yeah, and that was the setting where we adjusted the spray rate and were able to get good control of mildew.   Craig Macmillan  15:30  So if I was using a synthetic fungicide with this technology, that could be a major cost savings. Some of these fungicides are pretty expensive.   Brent Warneke  15:38  Absolutely. What we found with the synthetic fungicides is even mixing them at kind of your standard rate. And using this technology, which applies a lower volume, we still got great disease control comparable to a standard application. In terms of spray volume savings with synthetics, there's greater potential to save on volume and wastage than with contact pesticides, which need higher volumes higher coverage to be efficacious.   Craig Macmillan  16:06  Now, you said you started with an with an out of the box sprayer. So when you started this, it was a machine - a whole sprayer that you got. That was all constructed. Is that right?   Brent Warneke  16:22  What I had meant to insinuate by that was it was a sprayer that we just took and used as it was, we actually started this project, kind of midway into its usage. So some folks back at Ohio State University and the USDA ARS over there, design the sprayer and kind of developed a concept model for it and prove that it worked pretty well. And then the next step of the project was to take that control system that they developed and retrofitted onto existing sprayers. And then that's where we came in. So we got just a standard 50 gallon air blast sprayer, and had this sensor system retrofitted onto the sprayer and use that system in our tests.   Craig Macmillan  17:10  How difficult was that?   Brent Warneke  17:12  So the retrofitting itself is not too difficult. So we have two of the systems in our research program. And one of them uses a research version of the system. The other one uses a commercial version of the system because it has since been commercialized. And when we got the commercial system installed, it only took about two hours, maybe two or three hours to get installed, and then also calibrated on to our crop that we were focusing on. So pretty quick. And the company has, you know, representatives and stuff throughout the West, and across the country. So they're able to come out and provide customer support for that.   Craig Macmillan  17:51  So if I'm a grower, I don't need to have a master's degree in Ag Engineering to implement this kind of an idea. This is something that I can I can take and I can do myself.   Brent Warneke  18:04  Yep, yeah, the technology is there. And there is support. And it can be run by any knowledgeable pesticide applicator one, one note, all I will say about these sensor systems is it's good to have someone who wants to use them and to take an interest in them. Because they do have more caveats than your standard sprayer would. And if you don't really put the time and really learn to use the system. You won't be able to realize its benefits as much as you potentially could.   Craig Macmillan  18:40  Yeah, so like anything else you have to there's a learning curve, but this one doesn't seem like it's too steep.   Brent Warneke  18:43  Yep, it's a tool. And it takes some practice, but it can give you some good benefits.   Craig Macmillan  18:49  Are there other ag technologies out there that you're excited about?   Brent Warneke  18:53  You mentioned remote sensing earlier, that's a technology that I'm very interested in in terms of being able to detect changes in plant canopies and use that as a way to detect what's going on in the field. I'm also interested in drones both as a way to collect some of that remote sensing data. But then also in terms of spraying. Yeah, there's there's just been an explosion in drone spraying technology. It's constantly evolving. So that's something that I would like to do some more research on is looking at how good is are these drones for spraying in specialty crops such as wine grapes, what can we do to use them in that capacity to actually get good disease control good coverage and get some good returns.   Craig Macmillan  19:45  I remember a while back seeing it was a remote controlled helicopter that was set up to be a sprayer for wine grapes. Are you familiar with that technology for me when we're talking about.   Brent Warneke  19:57  Yeah, I think those are maybe the yeah Mahara Maxi are mentioning, it looks like a little helicopter. And they've done tests with them, I think up in Napa and that area   Craig Macmillan  20:08  Is it the same concept?   Brent Warneke  20:09  It's the same concept. Most of the drones I'm referring to are kind of more the quadcopter, with the four different rotors on the top kind of your, your classical drone shape. Just larger. I mean, these things have wingspans of close to 10 feet.   Craig Macmillan  20:28  Oh, wow.   Brent Warneke  20:29  And they, some of them can have eight gallon tanks on them. So they're, they're pretty sizable.   Craig Macmillan  20:36  And then we need an operator. So we need somebody who has the training and the licensing to do that.   Brent Warneke  20:43  Yep.   Craig Macmillan  20:44  How far away is that kind of technology from being out in the world?   Brent Warneke  20:47  Well, the drone sprayers are being used right now. There's, there's folks in the Willamette Valley, where I live in work, that are using these things in all kinds of crops. Right now, it's a very wet winter here where we live, so the fields get muddy, it's hard to get equipment in there. So that's kind of one aspect that is really appealing about these drones is that they can get into these areas that are kind of difficult to reach with tractors. And the same goes for hilly terrain.   Craig Macmillan  21:17   Eight gallons does not sound like very much   Brent Warneke  21:19  No, no. So application rates that these drones are targeting are typically less than 10 gallons per acre, you know, two to five gallons per acre is pretty common. I'm not by any means an expert at this point. So I won't get into the details of using them too much. But that's that's part of the impetus for the research is there's kind of there hasn't been a lot of looking into how efficacious these things are in specialty crops. So that's something that I think is a good opportunity.   Craig Macmillan  21:52  You mentioned remote sensing. Tell me more about that. You were interested in drones. But are you interested in satellite, aerial, proximal, you know, you have some kind of a sensor on on a piece of equipment being an ATV or being on a tractor. Where does your interest lie in that world?   Brent Warneke  22:09  I think in terms of remote sensing, I definitely have interest in the drone space. Because with that type of surveillance, you're able to get a lot finer spatial resolution than you can with, say, a satellite, I do appreciate that satellites, you can get information and data on a much wider field of view. So you can track much larger areas easier. And there's lots of different options out there that are either low cost or free. But drones I've I want to focus on a little bit more just because they're widely available. And lots of farms may already have them. And you can get very fine spatial resolution, which could allow determination of plant stressors such as disease, or localized water stress, or kind of other stresses with hopefully more precision than using satellite based technologies.   Craig Macmillan  23:10  With things like vine stress or disease pressure, can that be combined, either directly or indirectly, in combination with your on the ground spray application that can inform what you do?   Brent Warneke  23:21  Yeah, definitely, the spray application technology that we talked on a little bit earlier, was mostly in reference to real time sensor applications. So these are sprayers that go through the field, and adjust that what they're applying in real time based on what the sensor is seeing as it drives through the field. But there's other systems out there that use more of a prescription map approach, where they will take these remote sensing maps, or maps that are created from sensors on tractors, and then use that data to construct a prescription map. Where that is actually used. The map itself is actually used to adjust the amount of spray applied in a given area.   Craig Macmillan  24:06  Where are we going into the future? What kind of what actually I guess what I'm really asking is what kind of projects are you looking forward to. Is the current work ongoing? Are you starting new things? Where do you where do you want to go next?   Brent Warneke  24:16  Yeah, so our current work is, you know, as research tends to, it's always ongoing, there's other things always developing. So we're definitely continuing looking at biological fungicides. One aspect of biological fungicides that we want to delve into is kind of the compatibility. So what can we mix these things with? Is there any impact on the viability of these biological organisms that are in the products? Another thing is, are we affecting viability by using them in these various sprayers? So if we put these products through these airblast sprayers or through drone spraying systems and the like, is there any impact in their efficacy because they're expensive, and they're a lot they're alive. So those are some Some aspects. And then with the drones, I hope to do some research on looking at sprayer efficacy, specifically in wine grapes, and potentially other specialty crops as well, just to get some data on some of the spray parameters. So droplet size, volume per acre, how is that impacting coverage and efficacy? Those are, those are two things I definitely want to delve into.   Craig Macmillan  25:25  Cool, what one thing what one message, or recommendation do you make to our listeners regarding these topics, overall?   Brent Warneke  25:34  I would say that there's always a place to start to improve your spray efficiency. So we've been talking about sensor array sprayers and drones and remote sensing. And they're all kind of big technologies. But you don't need to worry about any of that if you just want to increase your application efficiency. I've looked and I work with other colleagues that work with spray application technology. And you can do what's called canopy adaptive spraying, which is basically working backwards from coverage on the spray cards to adjust your spray volume and the air volume that your sprayer is putting out to match the canopy. And actually looking at that in detail can save quite a bit of time and money and pesticide wastage by really targeting and matching that spray application output to the canopy itself. So that involves adjusting the spray volume using different nozzles and adjusting the air volume that's getting expelled at the sprayer by either changing the RPMs of the tractor driving faster or slower, or various ways like that. And then circling back to getting you know better good coverage. That's that will be efficacious with your products. And then on top of that standard sprayer, if you want to take it one more step, you could look into one of these sensor based systems, which could be retrofitted on your standard sprayer and increase efficiency in that way. And then on top of that, there's other autonomous sprayers that are out there that can take even more labor out of the equation. And many of those can be fitted with these sensors to increase their efficiency even more. And then if we want to take it one more step, then using some of this remote sensing data can even help streamline these things even more.   Craig Macmillan  27:32  So there's lots of things we can do. They don't all have to be rocket science, but the science is out there. And it's coming to us in new forms constantly, which I think is really exciting. The one of the things that got me excited about your work was, like you said, you know, the basic airblast style sprayer has been around for forever. We have all gotten very used to it. That's like the base technology. And I think it's a great message to say, we don't have to stop there. We can keep going we can make improvements on what we have. And it doesn't have to be, you know, skull crushingly difficult.   Brent Warneke  28:05  Yep, there's always some way that we can improve. Yep.   Craig Macmillan  28:09  Well, thank you, Brent. Our guest today has been Brent Warneke. He is senior faculty research assistant in the Department of Horticulture at Oregon State University. So I'm really excited about the work that you're doing. And it's really, really great. And I hope that you can get your message out there and help people reduce their pesticide load and improve their efficiency. You know, less labor, less diesel, less water. Those are all good things. So thanks for being on the podcast. Brent.   Brent Warneke  28:34  Definitely. Thank you very much for having me.   Nearly perfect transcription by https://otter.ai

You may be wondering, what do emotions have to do with simple, everyday decisions? It turns out, quite a lot! Welcome to Marketing Tip Monday with SIP Certified. We know customers are looking for wines labeled as sustainable. While our longer-form episodes help you learn about the latest science and research for the wine industry, these twice-monthly micro podcasts will help you share your dedication to sustainable winegrowing so you can show your customers that you share their values. A 2023 Wine Glass Marketing (WGM) blog post points to Harvard Business School professor Gerard Zaltman’s findings that 95% of our purchase decisions comes from our subconscious, emotional brain. Leveraging common psychological triggers in your marketing can help drive more sales! In this Marketing Tip, we’ll help you identify how your brand elicits positive emotions, and what you can do with that information. Positive Emotional Triggers in Marketing Think about some of the things that give you positive emotions: Recognition: either for something you did, or for just being you! Achievement: completing a task, winning a game or raffle, etc. Engagement: in an activity or setting, whether solo or social.  From a marketing perspective, these can be achieved by: Personal communications with wine club members and regular visitors. Recommending products based on previous likes. Rewards programs, punch cards, discounts for special occasions, etc. Fostering an environment that aligns with your customer base: Soft background music versus upbeat dance tunes. Dim, romantic lighting for intimate conversations versus areas to play.  Can you think of more ways to elicit positive emotions from your members and visitors? A Personalized Approach Since every wine club is unique, how you use these tips must be tailored to your specific brand. Start by gathering data: How do people engage with your brand? Check out the click rates of your club emails. Which links get the most attention? Look at your tasting room traffic. Who is there, and what do they tend to do? What kind of social media posts get the most engagement? The ones that showcase the views, animals, events, or staff at your property?  Then, ask yourself if you can infer their possible motivations. Are your guests looking for: An opportunity to score a deal on their favorite wine. The sense of connection that comes from being engaged with your brand. A social event or place to interact with others. Information about your products and/or processes.  Take everything you’ve gathered from this exercise and think of ways to shift your current marketing efforts to include more of what gives your customer-base positive emotions. Tell Your Sustainable Story We are here to help you tell your customers how your brand protects natural and human resources with the Sustainable Story program. This simple yet powerful free tool helps you tell your own personal sustainable message. And it just got better with a new online course.  Go to the show notes, click the link titled Tell Your Sustainable Story to sign up, and start writing your Sustainable Story today!     Until next time, this is Sustainable Winegrowing with the Vineyard Team. Resources: *** Tell Your Sustainable Story Online Course *** Marketing Tips eNewsletter ReSIProcal February Sustainable Story | Print Sustainable Story | Electronic What's your Sustainable Story? Whitney Brownie | Get YOUR Sustainable Story Featured Vineyard Team Programs: Juan Nevarez Memorial Scholarship - Donate SIP Certified – Show your care for the people and planet   Sustainable Ag Expo – The premiere winegrowing event of the year Sustainable Winegrowing On-Demand (Western SARE) – Learn at your own pace Vineyard Team – Become a Member

Erratic weather like deluge rain, longer falls, and patches of drought disrupt vinifera’s adaptation to long-sustained winters. Jason Londo, Associate Professor of Horticulture in the School of Integrative Plant Sciences at Cornell AgriTech explains how big weather changes in the Pacific North East can cause vines to wake up earlier posing a risk to freeze or frost damage. By researching acclimation and deacclimation, Jason is working to breed and select varieties for enhanced cold resistance, drought resistance, pest resistance, plus good fruit quality. In the future, to reduce inputs in vineyards and increase economic sustainability we need to put the right grape in the right climate.  Resources:         135: Cold Hardiness of Grapevines Cold Hardiness prediction model and monitoring website for the Eastern US Foliar Applied Abscisic Acid Increases ‘Chardonnay’ Grapevine Bud Freezing Tolerance during Autumn Cold Acclimation Jason Londo Jason Londo’s Recent Publications Vitis Underground: NSF-PGRP project looking at rootstock-scion interaction across multiple environments. Vineyard Team Programs: Juan Nevarez Memorial Scholarship - Donate SIP Certified – Show your care for the people and planet   Sustainable Ag Expo – The premiere winegrowing event of the year Sustainable Winegrowing On-Demand (Western SARE) – Learn at your own pace Vineyard Team – Become a Member Get More Subscribe wherever you listen so you never miss an episode on the latest science and research with the Sustainable Winegrowing Podcast. Since 1994, Vineyard Team has been your resource for workshops and field demonstrations, research, and events dedicated to the stewardship of our natural resources. Learn more at www.vineyardteam.org.   Transcript Craig Macmillan  0:00  Our guest today is Jason Londo. He is Associate Professor of horticulture in the School of integrative Plant Sciences at Cornell agritech. We're gonna talk about some pretty cool stuff today. Thanks for coming on the show. Jason,   Jason Londo  0:11  Thank you for having me.   Craig Macmillan  0:12  Your work tends to center around identifying things like climate induced disorders, developing medication methods, improving resiliency and sustainability of crops like apples and grapes. How did you become interested in that that's a pretty interesting area.   Unknown Speaker  0:26  Originally, I was mostly interested in how plants adapt to stress just in general plants, because they're stuck to the ground that the seed lands on they are forced with so many complicated life's challenges, that it's really amazing what a plant can do in the face of stress. And so my curiosity has always been trying to figure out those strategies. But climate induced part of it is sort of reality striking into my passion, right? We know the climate is shifting, and it is shifting those stresses in a way that our plants can't necessarily respond in the same way that they used to, particularly because of the rate of climate change. So that's how I got interested in this topic, just trying to figure out how plants work when they're stressed out.   Craig Macmillan  1:13  And you're interested in plants in general. And then now you're focusing on specific crops, right?   Jason Londo  1:18  Yes, indeed, I started out originally working on endangered mints. If you can imagine that. Then I worked on rice. Then I worked on canola and I landed and fruit crops. And so yeah, lots of lots of diversity in those systems. All those plants have different stresses.   Craig Macmillan  1:35  They're all different families. I mean, he really jumped around.   Jason Londo  1:37  Oh, yeah. One of the coolest things about working in plant stress is plants across different clades evolved different ways of handling maybe the same stress. And you can learn a lot about sort of the limitations of stress response and the advantages and opportunities when you work across a lot of different systems. And so it makes for a tricky CV, because my publications kind of snake all over the place. But from trying to figure out the next strategy or figure out the next experiment, I feel like it's a real positive to have that background.   Craig Macmillan  2:13  I want to go back for a second because I think this is an important topic. And you mentioned clade. What is a clade? And how does that apply to looking at plant stress?   Jason Londo  2:24  And its most basic a clade is a group of plants that belong to the same sort of evolutionary history, and without getting into the real jargony. And the fights between what makes a species and what doesn't make a species. The basic concept is an evolutionary group. And so when I talk about plant stress strategies and differences between clades if we think about rice, it's a monocot. And so it has a completely different evolutionary lineage from most of our dicot fruit crops. Canola is a dicot it's a mustard. Both rice and canola are typically annualized, maybe sometimes there's a perennial version, when we talk about fruit crops, we're talking about, in my case, grapes and apples, Woody perennials, so dicot species that persists for many, many years. And so the strategies that are successful for for getting through a stressful situation can vary very much by those different life histories.   Craig Macmillan  3:24  We're kind of talking about stresses in general, what are particular stresses on things like apples and grapes that you're looking at.   Jason Londo  3:29  So in my program, it has a climate adaptation focus. And we all know that the main drivers behind climate change are temperature and precipitation. And here in the northeast, we do have a benefit in that we've got some room to get warm before it gets uncomfortable. And we have plenty of rain. But what we're seeing here is big changes in our winter weather shifts in our phonology. So the spring is coming earlier, the fall is coming later. And then we're also having big changes in precipitation. So little patches of drought, deluge, rain, and so very different from California, where things may be drying out. We're drying out, but in a very episodic sort of pattern. And the systems here are not built on drought management. They're not built so much on water logging either, although we do use tiling in the fields to Drain off excess water. And so when we're talking about climate impacts, here are primarily talking about temperature and shifts in precipitation.    I know that you've been looking at cold hardiness. What has been the pattern? What's the change that's happening in the Northeast as far as cold goes?   Yeah, so most of my career, as a as a PI has been in cold hardiness and cold stress response in grapes. I spent 10 years at the USDA as a geneticist, particularly diving into this topic, and even in those 10 years years I've seen a major shift in the intensity of our winters they are getting much more mild, but they're also coming very erratic. And so we're having large swings in temperature. I'm sure your listeners are familiar with the concept of a polar vortex we've had enough of them. Now, that is pretty common. When you take a perennial crops like grape, and you put it through winter, it's it's adapted to a long, sustained winter, not a real chaotic, episodic type winter where it gets warm and cold and warm than cold. The the complex molecular components of what tells the grape that it's safe to wake up don't function as well when you have those erratic temperatures. And so we're seeing, in general more mild, which is good for baseline cold hardiness, but also an uptick in sort of chaos. And that's not good for for any form of cold hardiness. And it particularly affects late winter, because the the plants wake up. As they're coming into spring, they respond to heat. And when you have weird weather in that really late winter, early spring, they can wake up too early and then suffer a lot of freeze damage or frost damage if they happen to break bud.   Craig Macmillan  6:11  What is the mechanism around freeze damage? I've interviewed some folks from like Michigan and Iowa and Ohio, we don't have freeze damage in California very much Washington, obviously. What are the parameters there? How cold for how long? And what's the actual mechanism of damage to the volume?   Jason Londo  6:29  Yeah, great questions. Very complicated questions.   Craig Macmillan  6:35  That's why we're here.   Jason Londo  6:35  Yeah, yeah. All grapes gain cold hardiness in the winter, regardless of where they are, it's a part of going dormant and making it through winter. The biggest changes that we see in the vine is that the buds will isolate from the vasculature. And so the little connections that come from the xylem and the phloem, into the bud, they actually get clogged up with pectins. And so you have to think of the bud is sort of like a little island tissue, it's not connected to the cane during winter. Once the bud does that it's able to gain cold hardiness and traverse winter. And that process is called acclamation. And so the buds gain a greater and greater ability to survive lower and lower temperatures. We don't know exactly how all of it works. But it's a mixture of making more sugars and making more Ozma protectant inside the buds so that water freezes at lower temperatures and also controlled dehydration. So the more you can dehydrate a tissue, the less likely ice crystals will form in pure water. But and we don't know how they do this. And it's quite magical if you think about it, but they're able to suck out all of this internal water so that it is less and less likely for water to freeze inside the cell. If they can keep the ice crystals from forming inside the cell. We call that cold hardiness that they they are surviving freeze damage, we can measure the temperature that reaches that defense. And you've had other speakers on your show that have talked about cold hardiness. It's called differential thermal analysis. And we basically measure the precise temperature where the water freezes through some tricks of thermodynamics, that cold hardiness failure point changes throughout the whole winter, and it changes by the location that the grape is growing in. What we do know about the system is that it takes oscillating temperatures to gain cold hardiness. So it has to get warm than cold warm than cold, warm than cold and progressively colder in order to ramp down and gain cold hardiness, then it has to stay cold for the cold hardiness to sort of hang out at the maximum cold hardiness. And that maximum cold heartedness is going to differ by region. So here in New York, something like Chardonnay will reach a maximum cold hardiness of maybe negative 27 Celsius. I cannot do the Fahrenheit conversion,.   Craig Macmillan  9:00  That's fine. That's fine.   Jason Londo  9:03  But say, say negative 27 Fahrenheit, whereas in California, it may not gain more than negative 20. And that's because it just doesn't get pushed. As you go through winter. You go through a whole bunch of other stuff with dormancy chilling our requirement, and that changes the way that the bud responds to temperature. And you enter a phase called Eco dormancy, which is now resistance to freezing based on how cold the vineyard is. And so when you get warm spikes in late winter, when the buds are eco dormant. They think those are a little preview that it's springtime and so they lose their cold heartedness really quickly they start reabsorbing that water, and they'll freeze that warmer and warmer temperatures. And so that's really the most dangerous time in this sort of climate chaos. When you think about winter that late winter period is when the vines are reacting with their adaptive complex for 1000s of years. When it started to warm up. It meant it was spring and now they're starting To think, okay, spring is coming. But we're still in February in New York, maybe in. In California. It's more like it's January and you're getting a warming event. And they all move right towards bud break. And then of course, they can get hit pretty hard by a leak freeze or a frost.   Craig Macmillan  10:15  Yeah, exactly. I'm guessing this varies by variety.   Jason Londo  10:19  Yes, very much. So, vinifera varieties are typically less hardy than the North American adapted varieties, the, the hybrid varieties is often gets used. I don't particularly like the word hybrid. But these cold climate grapes that have been bred by University of Minnesota and Cornell, they tend to have greater maximum cold hardiness. But they also tend to wake up in the spring much faster. And that's partly because of the genetic background that those hybrids were made from. When you breed with species that come from the far north, like Vitis riparia, those species are adapted to a very short growing season, which means as soon as it's warm enough to start growing, they go for it to try to get through their entire cycle. So now we're starting to see that there are some potential issues with climate change when we think about hybrid varieties that use those those northern species, and that they may be more prone to frost damage in the future.   Craig Macmillan  11:15  Oh, really, that's I wouldn't have thought that I would have thought the opposite. So obviously, we have different species. So we have some genetic differences between what I'll call wild grapes or native grapes, the Oh, invasive plant itis vinifera that has been  thrown around. What can we learn by looking at the genetics of native North American varieties?   Jason Londo  11:38  from a cold hardiness perspective,   Craig Macmillan  11:40  cold hardness, just in general drought resistance, pest resistance?   Jason Londo  11:44  Well, in general, they're a massive resource for improvement, which depends on who is who's calling a species species. But there may be up to 20 Different wild species in North America. And each of those wild species has a different evolutionary trajectory that has given it the ability to create adaptive gene complexes, that could be useful in viticulture, as we have shifting climate, away from what maybe vinifera likes, hot and dry into further northern latitudes, you know, that if the California industry has to start moving up in latitude or up in altitude, we start integrating different stresses that maybe those vines haven't been exposed to in their evolutionary history, you know, from Europe. And so these wild species just have these potentially novel genes, potentially novel pathways where genes are interacting with one another, that give vines a greater plasticity. And so this concept of plasticity is if you take an individual and you put it in environment a, and it grows to size 10, but you put it in environment B and it grows to size 20. The difference there is the plasticity between those two environments. And we really, if we want sustainable viticulture, what we want to encourage is using cultivars that have maximal plasticity. So as the environment shifts around them, they're still able to give you the same yield the same sugars, the same quality, you know, within a within an error bar anyway, they're the most resilient over time. And incorporating traits and pathways that come from wild grapes can help build that plasticity in the genetic background coming from the European great.   Craig Macmillan  13:23  So we're talking about crosses, we're talking about taking a native plant and then vinifera crossing to create something new. You had said that you don't know you don't care for the word hybrid. Why not? That's interesting to me.   Jason Londo  13:35  Because it has a negative connotation in the wine drinker. realm, right people think of hybrids as lower quality as not vinifera, so lesser. And I think I'm not an enologists. I'm not a viticulturalists. So I want to be careful on whose toes I mash. But if we're talking about sustainability of a crop through an erratic climate, we can do a lot with vinifera we can we can mitigate climate change a lot with vinifera, but at some point, the inputs may become too much to make it a sustainable crop and then we need to be able to move to adapted varieties. And we can adapt the wine quality from vinifera to climate chaos, by breeding and and selecting for enhanced cold resistance, enhanced drought resistance, enhance pest resistance, and good fruit quality. That's a little bit of a soapbox. But when people say hybrid, it's like lesser, but it's, in my opinion, it's more we're taking something great. And we are increasing its plasticity across the the country across the growing zones. We are giving it a chance to grow in more regions reach more local communities create a bigger fan base. So I get really my hackles got up because there is amazing hybrid based on Climate adapted based wines, and winemakers. And when we use the word hybrid people just automatically in their mind shifted into lesser. And I think that's unfortunate. I think it's something that we need to work actively as an industry against, because a lot of those particular disease resistance traits are coming from wild germ plasm. That is not in the European grape. And we just can't solve all our problems with that one species.   Craig Macmillan  15:30  So the kinds of traits that we're talking about these environmental adaptations, or acclamations, these will be polygenic trades, how do you find these? I'm assuming that you're looking for those specific genetic information to say, Yeah, this is the plant that I want to use in my my breeding program. What does that look like? How do you do that?   Jason Londo  15:49  So the approaches are very similar to when you're working on single locus traits. And so disease resistance and fruit color are good examples of traits that often can be found in single locus examples, again, would be fruit color, or sort of run one disease resistance, there's a whole bunch of different disease resistance was like polygenic traits can be found the same way, you have to make a cross between two different grapes that have different phenotypes. And so that might be a drug sensitive, and a drought tolerant individual. And you plant out a whole lot of baby grapes 200, 300 progeny from that cross, and then you score them with phenotypes. And with polygenic traits, it's a lot harder to find them sometimes, because in that group of, say, 300, babies, you're not looking for the movement of one gene. In that background, you're looking for maybe the movement of five to 10 different genes. And that means instead of getting a light switch kind of trait, red or white fruit, you're getting a little bit more drought resistant, a whole lot more drought resistant, but there is a gradient, right? When you have a gradient for a phenotype, you need a lot more grape babies in order to get the statistical support to say, hey, this piece of the genome right here, this makes a grape, a little bit more drought resistant. And over here, this piece of the genome does the same thing. And when you put them together, they either add up one plus one, or sometimes they multiply two times two, you use the same approaches, it's typically a little trickier. And you got to kind of do a couple extra years of screening. But it's the same basic playbook to track down those different traits. And we have to do a lot of different phenotypes for drought response, you might be looking for the ability to root deeper, have bigger root masses, you might be looking at bigger hydraulic conductance in the trunk, you might be looking at betters to model control. You might be looking at pyres to model density or lowers to model density, you could be looking at thicker or thinner leaves. So you can imagine if there's lots of ways to be more drought resistant. There's lots of genes that help you in that pursuit. You need a lot of baby grapes in order to find all those little pockets where those genes come together and give you a statistical shift and in the phenotype.   Craig Macmillan  18:10  So you're able to identify these are you using something like qualitative trait?   Jason Londo  18:13  Exactly. Quantitative trait loci?   Craig Macmillan  18:16  Yes, exactly. So that helps speed the process up a little bit. Maybe.   Unknown Speaker  18:20  Yeah, so so QTL mapping, quantitative trait loci mapping is the probably the dominant way that we map traits. There's another way called GWAS, genome wide association studies, is built on the same concept where you have a big enough population of either grape babies or in the case of GWAS its diversity. So you'd say, let's say you had 200 Different Vitis riparias instead of 200. Babies, the principle is the same. You are looking for across all of those vines, statistical association between a specific part of the genome and a phenotype to like make it really simple. In 200 babies, grape babies, you want to have enhanced drought resistance. You let's say we take a measurement of carbon isotope concentration and so that carbon isotopes tell you how often the stomates are open, right? So you do an experiment. And you drought stress your plants, and you use carbon isotopes as the phenotype and you say, Okay, this group of 75 individuals, they all shut their stomates right away, and this other group of 125, they kept their stomates open. So then in those two groups, you look at all the genetic markers that are in the background, right, which are like little signposts across the genome. And you say, in this group of 75, which genetic markers do we see over and over and over again, outside of statistical randomness, right? And what that will give you a peek a QTL peak, if you're lucky, right, I'll give you a cue to help you can say hey, right here on chromosome four, every single baby in that pool has a has this set of markers, these five Mark occurs. So there must be a gene, somewhere near these five markers that contribute to closing your stomates. And so then extrapolate that out whatever trait you want to look at how whatever phenotype method you're using, maybe it's not carbon isotope, maybe it's leaf mass, maybe it's node number, I don't know, whatever that screening process is, the concept is the same. You have big enough population, a good genetic marker background, and a phenotype that you can measure. And you can find the statistical associations.   Craig Macmillan  20:32  And actually, that reminds me of something, how many chromosomes do grapes have?   Jason Londo  20:36  Well, bunch grapes have 19 muscadine\. grapes have 20.   Craig Macmillan  20:39  That's a lot. Which means that there's a lot of genetic variation in the genome of these plants, then.   Jason Londo  20:47  Yeah, if you think about, I mean, grape is sort of a funky beast, because a lot of these varieties that we grow, they're all They're all of the arrays, we grow our clonal. And some of them are 1000s of years old, the same genetic individual from 7000 to 10,000 years ago, we still have around today, in that process, it's it's changed, right? There's mutations that happen in the field all the time. And so even thinking about genetic clones and thinking the idea of Chardonnay being around that long, it's changed in those 7000 years, just naturally. So when you think about comparing two different clones, or two different cultivars, or clones, there's something like 43,000 Different recognized genes in vitis vinifera, that number I can give you in the different wild species, because it varies by species, but roughly 40,000 at those 40,000 genes in a in a single individual, you can have up to two different copies, right. So you could have essentially 80,000 different alleles, then you go across, I don't know, what do we have 12,000 recognized cultivars or something like that? There are something like 60 Grape species. And so now imagine the amount of potential variation you have across that entire gene pool. And so yeah, the genetic diversity within the crop as a whole is incredible. There's a lot of room for improvement. And there's a lot of room for climate adaptation. Just takes a lot of grape babies to figure it out.   Craig Macmillan  22:12  And that brings us something else. And that is the the idea of mutation. One of the issues, I think that is a stumbling block, and you mentioned it, there is the consumer, if it's not Cabernet Sauvignon, can't call it Cabernet Sauvignon. I'm not as interesting, which is something that I think we need some help from the marketing world with. Because I agree with you very much. I think if we're going to have wine in the future, we're going to have to start thinking about things other than just the cultivars that we have. Now, can you do the same kind of work with but mutation? Can you take a cane grew from a button, plant that out and look for differences between the same plant?   Jason Londo  22:53  Yeah, so you're basically talking about clonal selection clonal selection is practice worldwide by different regions, always with this eye towards making something that we currently have a little bit better or a little bit more unique, right, somatic mutations, random mutations occur in the genetic background all the time. And they often occur in response to stress, which is a really interesting angle, if you think about climate stress. So these mutations happen all the time in the background. Frequently, they will land on pieces of DNA that don't do anything that we know up. I don't want to say that no DNA is unimportant, that there are sections that we don't believe are that important. We call these non coding regions are sometimes introns. When you have a mutation in that area, sometimes there's no effect on the vine at all. And that's happening all the time in the fields. Right now. If you think about all the 1000s to millions of cab sauv vines that are growing in the world, we like to think of them even if you pick a single clone as the same genetic individual. And that is, that's simply not possible. There's so much background mutation going on in those parts of the DNA that don't give us any change in phenotype. There's no way it's all the same. We'd like to simplify it. We'd like to simplify it for our drinking behavior, as well as you know, like our sanity. But yes, you can select for clonal variation. And clonal variation happens all the time when those changes happen to land in a gene producing region, exon or perhaps a promoter or, or even in a transposable element to make a piece of DNA jump around the genome, we get a new clone, you can purposely create clones as well. So it happens naturally, but you can create clones on your own and mutational breeding is something that gets used in a lot of crop species in grapes it doesn't get used as often because it's modifying the base plant, right? So if you take Chardonnay and you want to increase his disease resistance, if it doesn't have a gene that you can break or change that would give it more disease resistance, then you can't create a clone with more disease resistance, right? You're working with a big a base plant that has limitations, but we have So we have a population where this was done it was it was done actually by the USDA by Dr. Amanda Garis. She no longer works for the USDA, but she worked here in Geneva. And they did a project where they took the variety of vignoles, which has a very compact cluster and tends to get a lot of rot. And they took a bunch of dormant canes with the buds, and they put it in a high powered X ray machine at the hospital and blasted it with X rays. What X ray damage does to DNA is it causes breaks between the double strands so all of our DNA and all our genes are wrapped up in in double stranded DNA. And when you do DNA damage with X ray mutagenesis, you break the two strands. And then when they heal themselves back together, it's often imperfect. And so they'll often lose a couple base pairs like there'll be a little piece get that gets nipped out. When you put those two pieces back together and repair, if that landed in exon, you can sometimes change the protein that would have been made by that exon or completely knocked the gene out in its entirety. Creating a clone, you're just doing it faster than nature is doing it on its own. We do it with a hospital X ray machine. And so with this method, they created about 1000 clones of vignoles. And they've made I think 10 selections out of that group that have bigger, looser clusters, so the berries are further spaced out. So they don't get damaged, they don't get as much rot. And I think those are now starting to make their way out into trials. There's an example of a very directed approach to creating a clone to fit fit a very specific viticultural problem that may or may not work for climate adaptation because of the polygenic aspect that you brought up before. Because if you break one gene and a poly genic, adaptive complex, it may not be enough to shift the entire physiology into a recognizably different pattern, it could work to make them less resilient, because you could break something that's really important. But breaking something that's important, but works out for you in the long run is just playing that randomizer lottery a little bit further. So it's doable. It can happen in nature, it can happen on purpose in our hands, but it is trickier for certain traits.   Craig Macmillan  27:21  So we're not going to X ray our way out of climate problems, basically, or diseases problems, right? Well, there may not be the right genetic information in the background of vinifera that even if we tried that, we'd have that set of genes that we would need, whereas we would have it in a native, native vine North American vine.   Jason Londo  27:42  And just a sheer a sheer number of breaks that you might have to make in order to shift the physiology enough to matter. These climate adaptation pathways are highly networked. They involve hormones, they involve sugar metabolism. And so if you really break something important, it's going to cause a really bad phenotype of death phenotype, you have to nudge the system enough in a specific direction to make a meaningful change. And so, given the complexity of the trade, it makes it harder. I don't want to say anything is impossible. I do think that there would be ways to make vinifera better, more plastic in the environment. I think the potential is there for vinifera to do better in a lot of climates. I don't know if directed mutagenesis is the most efficient way to do it. I mentioned is that random, right, you're breaking double stranded DNA at random, and then it's really healing and there's so many things have to work out for you to hit the right gene, have the right repair, you know, all of that sort of stuff that it's a method, but I don't I wouldn't say it's the most efficient method breeding with wild germ plasm is also a method, the key weakness there is then it's no longer Chardonnay, right from our wine drinking sort of our own personal biases on that situation. We outcross Chardonnay to make it more climate resilient. It's no longer Chardonnay. So it can't be sold as Chardonnay. And that itself creates a market pressure against changing it to something that's more resilient. And I think until the climate imparts an equal level of pain as consumer pressure, we won't get there. I don't think it's a question of if it will happen. It's a question of when.   Craig Macmillan  29:23  What kind of projects are you working on currently? You've mentioned experiments and breeding and it's now what do you what do you up to?   Jason Londo  29:29  So I have a pretty diverse program climate impacts is all season so we have a lot of winter projects. And we've covered some of that now trying to understand how Acclimation and deaacclimation work and if we can enhance it, we're working with but birth control. So if we could slow down deacclimation and delay by break, we could get around frost damage. And then I'm also working on a really big project is actually coming to an end where we've been looking at what the role of a rootstock is our mapping population concept that we talked about for QTL Mapping, we were talking about the scion, I have a project where we did that with the rootstock. And so we created a mapping population. The only part that is the grape babies is the roots. And we've grafted the same variety onto those roots. And then we're looking at how the different grape baby roots change the scions behavior. A really cool thing about this project is that we've replicated it clonally replicated it and grafted it in three different locations. So we have a vineyard in Missouri, a vineyard in South Dakota and a vineyard here in New York. And so across those three different environments, which are quite different, both in maximum temperature, minimum temperature and precipitation, we're learning so many cool things about what the roots can do to the same scion for your listeners, of course, they know grapes, so they know hopefully enough about grafting and that the rootstock and the scion are two different individuals. And they're mechanically grafted together. From a climate adaptation point of view, what you've done is you've taken an intact and adapted individual, and you've cut its head off, and then you've taken another climate adapted individual, and you've cut its legs off, and you've glued them together, and ask them to perform in the environment, which is just a wild, wild communication question. When the roots are experiencing one environment, and the shoot is experiencing another, how do they communicate? And then how does that affect our grape quality and wine quality? And so we're looking at drought response, can we increase the drought resistance of the Scion, based on the type of root it's on? Can we change the leaf nutrient profile, so the different ions that are taken up from the soil and how they're concentrated in the leaves. And of course, we don't really care about the leaves as much as we care about the fruit, the leaves are easy to work with. And we're even started working on wine quality. And so it looks like across our experiments, we might be able to optimize the rootstock and scion combinations we grow in different climates. To produce specific wind quality attributes, which is really cool.   Craig Macmillan  32:00  That is really cool. That is really cool. We're just about out of time. But I want to is there one thing on the on these topics that you would like or recommend to our listeners, or you'd like our listeners to know?   Jason Londo  32:11  Oh, well, I think their take home is is that we should all appreciate the new cultivars that come on the scene, whether they be from early regions like the the Eastern caucuses, something that we are not used to having in this country, or its climate adapted varieties that are bred in this country, and grown in these different regions. We need to do our best to open our minds not to does this grape or that grape tastes like cab sauv, or tastes like Chardonnay. But isn't it amazing what this grape tastes like period, because a lot of the the advances in resilience and sustainability that we can get out of either adopting new cultivars, shifting cultivars from climate to climate, or by using hybrid varieties in different regions, all of the benefits that we can get out of growing the right kind of grapes in the right climate, reduces inputs in the vineyard reduces inputs on the ecology. It increases the economic stability of rural communities. And it gives you pride in what the local region can produce. And I guess my take home would be is drink more adapted wines, enjoy them, figure out the nuances. Some of them are not great, but some of them are really great. drink more wine.   Craig Macmillan  33:33  Where can people find out more about you and your work?   Jason Londo  33:36  So the easiest way is just to Google my name and Cornell and that will take you right to my Cornell page. There's not a lot of information on my Cornell page, and I'm a big procrastinator on my personal website. But you can find my contact information there and certainly get a hold of me directly. If there's anything of interest. I will also send you some links that you can use to take listeners to the Vitis underground project, which is the NSF rootstock project I talked about, I can send you a link to we have a cold hardiness website where we post prediction models that we've built about cold hardiness across most of the Eastern US. We hope to expand that to be nationwide once once I get a stronger computer, but I can send you some links there. Yeah, I would say that that's probably the best places to find information on me and the program here. And if people are in town to come and see Cornell Agrotech and see some of the stuff in the field.   Craig Macmillan  34:30  I would love to pay a visit. I've interviewed a number of your colleagues there and there's so much cool stuff going on. really innovative and really groundbreaking feel like we're on the leading edge of a wave that some point is going to break again. Maybe we'll be drinking wines other than the ones we've been drinking. I can see that happening. Anyway. So our guest today was Jason Londo. He's Associate Professor of horticulture in the School of integrative Plant Sciences at Cornell agritech. Thank you.   Jason Londo  34:55  Thanks   Nearly perfect transcription by https://otter.ai