Andrew Schultz part 2 | #027 06/15/2020
When you have wine from Washington, know that there's a lot of science and a lot of work that goes into it. Viticulturist Andrew Schultz explains in detail the secrets to growing great wine grapes, and how he's always challenging the status quo.
There’s no such thing as retirement. I washed that off a long time ago. I’m just going to get up and I’m going to try and do the thing that I enjoy most every day. This seems to be something that really challenges me, so I’ve stuck to it.
This is the Real Food Real People Podcast.
What gets you up in the morning? I know for me, one of the things is my continuing mission here with the podcast to meet farmers, talk with farmers all over the state, and share their personal stories of how they got to do what they do, all the humanity that they put into the food that we then eat. For Andrew Schultz, our guest again this week, what gets him up every morning is the challenge of growing amazing wine grapes, and in often cases, growing them in a way that maybe no one has ever tried before. He’s always pushing the envelope, doing something different. He gets pretty technical in this part two this week.
Honestly, I’m not sure if he may have shared some trade secrets in the conversation really in how he does what he does, but he’s really open on what he does. He’s not trying to hide anything at all. So, he shares a lot about the technical aspect of growing wine grapes, but don’t be intimidated by all the technical details. Maybe people more familiar with some of that stuff will really get into that, but just listen to all the… I mean if you hear anything from all this technical stuff, how he handles irrigation and managing the crop and the soil and all of that, if you take anything from that, it’s just understanding the challenge that someone growing food is up against, even a non-staple like wine, how much goes in to that between the science and the art and people and everything.
Really, really eye-opening to me as a farm kid to hear all the particulars. So, I really enjoyed this conversation myself. I hope that you do too from whatever background you’re coming from, just to appreciate what goes into growing the incredible wine grapes produced here in Washington.
Of course, as Andrew said, I think last week and says again this week too, so much of what you taste in that wine that you buy in the store is a result of how the grapes were grown, the soil that they were in, the weather. So, many things are determined by a grower like Andrew and his team at Brothers In Farms. They’re out in Benton City, by the way. If you didn’t catch last week, that’s part one. You may want to do that for some background, even though I’m sure you can appreciate some of the things he ends up talking about here in part two.
My name is Dillon Honcoop, I should mention that, host here of Real Food Real People Podcast. I grew up on a raspberry farm here in Western Washington. Like I said earlier, I’m just going on a personal mission to go all over Washington state and share the real stories of the real farmers who are producing our food. I really do hope you do, and I think you will enjoy this conversation this week.
What’s your future? What’s your vision for Brothers In Farms and what you guys are doing with custom viticulture? That has to be closely tied then with the future of these wine markets and this region and all of this stuff comes together, right?
Yes. What I forgot to mention, which I was going to mention earlier, is even in this marketplace, for example, work with one property. They sell their grapes for about twice what anybody else sells them for. Even in this “tight or bulked out marketplace,” those grapes are sold out. So, what I see on the higher end growing side of the people that are more discerning is yeah, absolutely they want to value and there’s ways that they can get there. They have a product line to build, but for some of these real particular things, they’re still being particular on where they buy them from and who’s growing them and what the values are behind growing those.
So, they are still purchasing up, so they’re buying that farmer’s consistency to be able to produce this thing for their customers every year. The price, it obviously matters at some level, but it doesn’t matter as much. So, that’s the same for [inaudible 00:04:52]. This is kind of our niche. We’re willing to do things that other companies aren’t, or maybe they’re so big that they aren’t, or they can’t. So, it’s like the battleship maneuvering in a bathtub type theory. So, where we can turn a corner fast and they may not be able to turn a corner fast or maybe they’re not willing to take a certain type of a measurement to be able to manage a field, that’s how we’re hammering down into our niche, is being willing to do the things or listen to the customer.
I mean, the whole reason I started this business was because a company came in and they bought out a family vineyard. They were like 75 years old, they were ready to sell. So, they sold, they got their uptick on their property. I think they bought it at $250 or $2,500 an acre or something. They sold it for… Would have been 200 or 300 X that value in the end. The person that’s going to buy that to a company. But that company, when they came in, they wanted a farm in certain way. The people that existed in Washington that were farming those properties, they said, “We aren’t willing to do those things.”
Anywhere somebody says, “We aren’t willing to do it,” is an opportunity for somebody to start a business and go do something, and that’s essentially all we did. We said, “Hey, what do you want done? We’ll listen to you. We can build a company to service your needs.” So that’s essentially what we’re looking for, is people like that.
We’ve been successful at finding those people. So, as the future grows, there’s going to be more people asking more discerning questions. We want to put ourselves in the position to be able to answer those questions for those companies or those individuals that need those questions answered.
You guys are kind of new kids on the block to this world. Even though the Washington wine world is younger than California and other places, there’s still some people who’ve been around here for a while. What’s the reaction been to you guys coming in, doing things different?
I mean, to be honest, I don’t pay attention to a lot of stuff, whether it’s pundits on the sideline or whatever it is. We just try to keep our head down and do the right thing every day. I mean, you hear things and probably some of the comments, not that they were direct comments towards me or whatever. I’ve had conversations with guys that have been growing in the state for a long time. One of the comments I had was, “We don’t even really know what to do with this data, necessarily when people take these things and so, what are we going to do with it? It’s a waste of time.”
Because you’re collecting all of these. You’ve got spreadsheets upon spreadsheets of info that you’ve gathered, right?
Yes. Yeah. Essentially, my point was let’s say that none of it’s worth anything, right? We can’t do anything with it. Let’s just say for a second, which we think we can, but let’s say we can’t. If we have those points in the future, we’re going to be able to go back and learn something from what we’ve done in the past, because we’ve taken the data points. I guess to go back, part of our program or why we do what we do or how we got to how we do what we do is I have developed an irrigation model essentially over the last 10 years. The company that came in that we started our business under mainly, that company, that guy had been working on same issues for about 35 years. Him and I saw eye to eye on one of the major factors.
When you look at a great plant in the world and this is the way I looked in, it took me a couple of years to answer this question. What’s the most important factor when you start looking at chaos theory, which is what farming is like. What’s the most important factor? What’s the thing that I can change at the fulcrum to change the whole picture at the end of it? So, I started dialing down. I said, “Okay, what are the three main things in a grapes’ life? It’s sunlight, it’s nitrogen, and it’s water. Sunlight comes in two forms, that which we can’t control, how much heat or how much sun hits the property in an individual a year or timing wise.
And then there’s the amount of sunlight that’s inside the canopy. In Washington state, what I look at is control or any time in a system is what I look is how much control you have is you look at the extremes. So, we don’t irrigate it at all. The plant die, or it’s significantly reduced in size, and the canopy’s 5, 10 inches tall. On the other side of it, we irrigate it all we want and the thing’s 60, 80 inches long. It’s blocked out all the sunlight and the grapes are never going to ripen. The answer’s somewhere in between. So, we can manage that and that’s managed largely with water. And then you go to nitrogen, nitrogen stops in the soil with the absence of water.
So, anything subservient to something else is not as important as the master, which means that water is the number one key. So, then the question becomes how can we manage water and what do we do with water? So, then we get into vine spacing mainly in row, not necessarily from one row to the next, but in row. And then timing and what the soil actually does. What I found on the soil, at least in my opinion, is it’s less about this real sexy version that they give you in the media about all this minerality comes through and all these other things.
Really what has the biggest effect is the physical properties of that soil. How fast does the water go in? How fast doe the water come out? Is the soil compact enough or have enough clay or silt to actually limit the row growth? What happens when you have gravel in it? That structure’s changed. I mean, those are the things that make the biggest impact. So, we kind of hammered down on that. When we started working with the company from California, they came in. They gave us some data sheets on some other things to measure to understand.
So, we started doing that. I built a program for them, which they hadn’t done, or we hadn’t done for measuring the breathing of the plant. That was important, but the models that existed out there in the world before us were all models that were created from these areas that have 40 inches of rain a year. Their model basically said that in the beginning of the year, you start out with all this water in the soil and there may be some more that comes. At some point, you cannot irrigate it enough that you reach some stress threshold that’s key. And then you go back to irrigation, and that’s what quality is. Yet, in Washington, like we could reach that point by the time the grapes go into bloom. So, now what do you do, right? So, we took some-
That’s stress point of lack of water.
Which does what to the plant? You want that to do what?
Just like a human. You know what I mean? Or any other biological processes, you take something, and you put it underneath stress. And then what happens? In the plant’s version, skins thicken. They create more color to withstand more sunlight, which these are all polyphenolics and things like that. That build up in the plant and that berry size is smaller, because basically the plant just wants to reproduce. So, you’re using it against its rules. Once you reach certain biological points, the plant can’t walk back through that in an individual season. So, once that plant tip shuts down on those shoots, you can’t get them to start again.
Once it’s completely shut down and they’ll shoot, side shoots if you go back to full irrigation at the wrong time or something like that, but the tip won’t regrow. So, we’re kind of using the plant against itself and there’s ways that we’ve measured. So, we had to go back, and we had to take these parameter readings. We had to move them down. We would say, “Okay, well we have this different system. What’s the most efficient way to use that system? And then are the stress levels that they said, are they real? Are the numbers the same?” So, we started looking at research correlation and all that stuff to what that is. To go back to your point on what happens is, it’s like a human and this is the way we look at irrigation. It’s really frequency and timing when you think about it.
So, if you decide to go to the gym like once every two weeks and workout super freaking hard, right? After about six weeks or a year or something like that, you probably won’t have created much of a biological reaction with yourself, at least not as much as if you decided to go to the gym and workout moderately five days a week. You’re going to see a lot more, especially after about 21 days. Plant’s the same way.
So that’s what we do, is we’ve kind of figured out a really nice stress threshold. We hold that plant there for about 21 days, and then we’re able to start building the water back up in the soil. Once that plant walks through that door, it can’t walk back through. We go back to full irrigation. Many times, this puts us in a really good spot in Washington state where we’ve built back the water up in the soil at least on that top 12 inches to where as soon as the heat comes, the plants can withstand it. They don’t have any issues with sour, shrivel, or overstress or something like that when the stress hits the plant.
Yup. Is anybody else doing this this way?
Not in particular. We chose that particular measurement. There’s other ones that are on the cusp, some of these micro-tensiometers and things like that, that can be measured on a 15-minute basis that are the future. That technology is not quite there. We’re also looking at stuff to be able integrate these into a basically like A&M, like these neural networks that can self-learn for a specific location and stuff like that. Because if we can do that, we’re completely automated. But we chose these measurements specifically, because they see past certain things.
A lot of guys will read the measurement of how much water is in the soil, but that doesn’t mean anything. If you have flocks run the soil, which is a real issue in Washington, say starting last year, but the reality is it was here before that. Those attack the roots, and of course that keeps the plant from uptaking enough water.
Is that bacteria?
It’s a root louse basically. So, it’s a fly that lives on the… They pupate and all that, live on those roots. We haven’t found the flying version yet. They’re still moving in Washington state vineyards, nonetheless. It’s wiped out the California industry, I think once or twice, and then it’s wiped out France twice in two different times anyway. We’re largely owned rooted here, so we don’t have any rootstocks or anything, which is a real benefit to Washington to a certain extent, but really less is known about that.
There’s nematodes that mute the tips of all the small roots that are out there, and then that affects the water uptake of the plant. They mute the tips and they leased the roots. So, that basically stresses them out and you don’t get as big a root network. So, it doesn’t have the ability to pull out as much water over time. Especially when only start forming groundless, nematodes come up a population. So, there’s issues like that.
There’s cold damage issues and everything. If you read what’s in the soil, it doesn’t necessarily mean what the plant’s actually seeing. So, that’s why we measure the breathing of the plant, because that tells us exactly what that plant is seeing. This is independent of once you started getting into the rootstock conversation, these rootstocks that are going to be going in it and real heavy numbers in Washington state. Each one of those rootstocks deals with water differently. So, that’s going to affect the root mass below and how that plant’s breathing on the top of it. So, those are the things, so that’s why we want to measure what that plant’s actually seeing, and then we backed that up.
The best way to look at it is none of these things… I think some of the colleagues out there, at least the people I’ve talked to, have pointed to some of the measurements that we take and they’re like, “Oh that’s not a cornerstone. That’s not the magic pill.” In reality, none of this stuff is a magic pill and it’s not why we’re doing it. The reality is, is how you figure out where you’re at in black spaces. You take as many data points as possible, and then you can try to triangulate your most probable location and make a decision from there. That’s essentially what we’re doing. We have about four or five measurements that we take during the year to understand what the long-term health of the plant is to keep it doing the same thing that we want it to do.
There’s some indications there with our protocol that we put in place. So, we’ve had to compensate for our compensation. Anyways, so it’s really fun to be able to do it and it’s challenging to see. What’s really cool is when you’re able to come back and reproduce these every year and on different varieties and on different properties, and we’ve done it on about nine different soil types. We played in the rocks last year, which is a really high-end wine region, a common, interesting wine region of Washington. We played in that last year. I found out that soil is actually just as if not more predictable than some of the other soils in Washington. Predominantly everybody thinks that it’s a super wet soil.
To be honest, we did a really good job about getting the water out of there last year and faster than we did on the Ellensburg silt loam, which is their stuff that they consider as really high end down there. Warden’s nice. Some of these different soil types have these different periods of time where things pop up and some of these nematodes too even by variety. Typically speaking, there are some really over-vigorous Merlot blocks out there, and there’s some really under-vigorous Merlot blocks.
What we’ve found on some of these under-vigorous Merlot blocks is the nematodes for whatever reason tend to like them versus other varieties over time. How that ends up coming to fruition is some time in the back end or middle of May, when you wouldn’t even think about doing an irrigation, because you think that there’s water in the soil, those plants pop hot for having a lot of stress. Then you go back in and you do one really small four-hour irrigation, plant goes back to normal and you get everything you want. It’s really cool to see in action.
Crazy. Still this stuff about water is boggling my mind, because everything else seems to be focused on making sure you have enough water and always bringing in enough. Your management isn’t just that. In fact, quite often, it’s about making sure you don’t have too much, which is not what I’m used to at all, but it makes sense when you explain the science of what’s actually going on in the plant there.
Yeah. In our case, based on numbers I’ve seen or whatever, we’re probably 20 to 25%. In a lot of cases, less water than say a standard farmer that’s trying to grow decent grapes. So, some guys will say 12 to 15 inches a year or something like that. I mean, I’ve grown some crops on as little as 8 or 9 inches in a year and had excellent results with those grapes too.
So that’s an environmental impact even there possibly as well.
Yeah, but you know what? I mean, absolutely it’s got an environmental, but from an economic impact standpoint too, it’s fantastic. If we can avoid creating problems that we don’t have to go in there and find solutions for with either chemicals or extra inputs, we’re absolutely going to do that. I mean, every time, hands down. One of the things I like to point to is a property that I ran for about five years. I was tracking all the different forms of labor on that property. Actually, all the properties that we’re running for that guy, but I would break them down at the end of every year. Because otherwise, when you look at labor, it’s just this like big $600,000 pile of money.
But when you start breaking it down to whether it was done with hand work or tractor work or what type of hand work or this part of the season or the other part of the season, we start breaking down those numbers and you look at them over a five-year period. We went in and this is when I was developing that protocol. What we ended up doing in that business was we actually dropped $50,000 of labor off of a 100-acre property.
What’s important about that is that’s $50,000 that we saved, but when I look at labor and this comes from an employee standpoint, you don’t necessarily want to reduce your labor because people’s lives and families and all that stuff are affected. So, what we did in that particular case was we still had some acres to develop. So, we took that same crew and they would have been working on one property to do these certain things. We built another 35 acres over a two-year period on this other property that allowed us to put the time into building this other or extra or additional revenue stream for the business. And then once that came to fruition, we were farming 175 acres of grapes with the exact same number of people. We were farming 110 or 115 to begin with.
This is one of the things I like looking at is how many men per acre does it take the farm it? The year I left, we were farming 1 man for every 15 acres, and 1 to 10 is considered pretty, pretty efficient in hand done farming. So, this is the kind of power that we have with water or some of our inputs. I think it’s an important thing in life in general, like whether it’s farming or anything else. When you look at it and you say, “Okay, Hey everybody’s ready for the new magic bullet or the thing out there that’s going to get us to whatever level or something,” the reality is, is what we should be doing is saying “What can I do better with what I have right now? How can I make me more efficient or a better person or whatever it is?”, right?
That applies to so many things.
Yup. Yeah, absolutely.
What would you tell the consumer out there that’s kind of skeptical? What’s really going on our farms here in the state?
In general, in Washington state because of our dry conditions where the majority of the stuff has grown at least on this side. I don’t know much about the farming on the West side, so I’d leave that to you. But on this side, I mean, man, because of the lack of water and the no rain and stuff like that and having good growing soils, I mean by and large, we are really efficient. We’re way more sustainable than a lot of growing regions. I think that’s a huge benefit to Washington across the board.
I mean, as a case in point, some of these other regions, they’re spraying 8 to 12 times in a season. The average farmer over here, even for the production stuff, is at 6. We’ve been getting away for the last five years. I’ve sprayed 3 times per season and 2 of those aren’t even chemicals. They were like sulfur in the beginning of the year and then some oil in the mid part. And then at one point, chemical that attacks only mildew. And then after that, we don’t do anything.
You do any organic?
I don’t do organic. Although I had a client that talked to me within the last two months. They’re really interested in trying to produce about 100-acre organic grape vineyard. I look at as like, it’s a challenge for me. But I think with good irrigation practices and pruning practices and stuff like that, I think we could get some organic grapes, and really not have to spray them at all or very, very little if we even did. Because I think that that could happen here in Washington and there’s definitely some guys that have been doing it in the state.
I’d like to do it on a high end level and see what happens with that, because I think it’d be a really fun project to see how efficient we can get and how much we can actually reduce as far as inputs are concerned. So, yeah. So, maybe here in the future, we’ll be working with somebody on that.
Can the food consumer trust the food that they’re getting from this state?
Can they trust the food they get from the state? I mean, I think so. I don’t know what’s done in other places. Because I dealt with tree fruit and stuff like that too, when I was farming in the Yakima area. The US in general, we’re being held to these Global GAP standards and they are a pain in the rear end to deal with. You know what I mean? I got audited every year I mean, there’s some stuff that’s even on a ridiculous level. You know what I mean? For example, we had to test all the water sources as far as irrigation water, even for E. coli bacteria and stuff.
For the lay consumer that may not be privy to the research behind that is they looked at… I mean, we’re talking astronomical levels of E. coli in water, like somewhere around 1,200 colony forming units and stuff like that. They were putting it straight on and seeing if it actually went into the apple. What they found is even at these astronomical rates that don’t even exist in an open ditch in the state, they would literally have to put it on like that day. It was more coming in through water, actually sitting on the apple than it was inside of the fruit.
As a case in point, Washington state farmers or farmers in general, at least to my knowledge, we don’t irrigate at least a couple of days before we go pick, because you don’t want the ground to be soft when you’re in there trying to carry around, bends and stuff like that. So, there’s no water even going on these things. In many cases, it’s during the fall where you’ve cut back the irrigation and maybe like once a week anyway. But I mean, we were being held to these standards.
Why do you think there’s all the concern about that?
The biggest part of the concern is these other countries that are producing fruit and produce in the world. Apples aren’t one of them, but there’s definitely some vegetables out there that are really prone to have issues like E. coli. One of those is lettuce. Of course, it’s low growing and then there’s ton of irrigation. There’s water that’s held in between those leaves and stuff like that. I don’t know whether it actually goes inside the lettuce, because I’m not in that industry necessarily.
The standards that these other countries are held to isn’t as strict as what the US is, but you know what I mean. We’re required to have bathrooms for so many people and cleaned on a regular basis and stuff like that. I mean, that stuff that is standard and has been before a Global GAP even existed. So, largely our produce is done right at least from that standpoint or from a health standpoint. It’s when some of those logistics are dropped or whatever that you largely start having issues. By and large, I mean, there’s large farmers in Washington, but nowhere near what there is in other places.
Are workers being taken care of well? I know that’s a concern as well. Are people being compensated fairly and treated humanely as they’re doing hard work in the field?
I was just back in Iowa at a meeting not too long ago. This is a land expo meeting. So, they had a lot of bigwigs there and people that farm thousands of acres over there for soybeans and corn and all that stuff. I happened to stop by a bar when I got there that night. I just wanted a pint after flying over there, so I sat down at this Irish pub. I was having a pint and I chatted with a bartender for a minute. I said, “Hey, man, what’s the minimum wage over here?” They were like, “It was $7.25,” which is a federal rate. I was like, “Are you crapping me?” He said, “No.” I said, “You got to be joking me. Our minimum wage here this year is $13.50.” That’s one of the highest in the States.
Arguably, you’d say cost of living is probably a little bit increased too, but yeah, by and large Washington’s doing a really good job of keeping pace and making sure that people will be in compensated correctly or at least as correctly as possible. You see that in the guys here in Washington. I feel like a lot of the farmers are being treated fairly.
As we transitioned into more mechanical stuff and what that does is that deletes jobs, but those guys don’t go away. They still have a lot of experience. They learn how to work on those pieces of equipment. They learn how to operate them. They’re out there just doing more acres but getting paid a little bit better and doing a little bit of work that’s probably less hard than from the standpoint of that stuff.
Like when I was a kid and not that I spent a lot of time in, but my dad, he’s telling me stories about how they used to pick watermelons. You go out there and you stand in a line. One guy toss 20-pound watermelon to the next guy. The next guy toss to him and next guy to him, and it went all the way into the back of a truck. Some guy would be catching up there and stacking them. So, the backbreaking work isn’t backbreaking anymore, at least in large part so.
What about environmental sustainability? Are we doing what we can here in Washington?
Yeah. As far as I’m concerned, yeah, absolutely. Actually, the chemicals and things that are out there are really good. We’ve seen a lot of stuff that we’ve done, even though we’ve reduced normal pesticides or chemicals or something like that just by our irrigation practices. Yeah. So, the one thing that we see for what we do is we’ve reduced that, but these chemicals are more pointed. When they go out there, they’re just out there attacking the mildew. They’re not attacking the bees and stuff like that, which is fantastic. This is what I would do if I played this game with organic grapes, is I’d looking at some other options out there other than sulfur, because sulfur even though it’s allowed for organic, a new chem nowadays would just go after the mildew in one way or another, one of its modes of action.
Sulfur goes out there and it’s broad spectrum. It wipes out anything or can affect the fecundity of these other bugs. You might end up with another issue in the vineyard, plus they only last seven days. So, the diesel footprint, because a lot of the tractors run on diesel. The diesel footprint is like three times higher. So, it’s a real question. If I was playing the organic game with organic viticulture, that’s the kind of stuff that I would try to do, is reduce the economical of the diesel footprint and actually try to get the plant to do everything we want it to do, essentially with this low input as possible.
So, typically in these vineyards, we’ve seen really excellent… As a case in point, in last several years, a lot of guys will have to spray for… Which any time, you spray pesticide, they’re bad, because it kills bugs in general, even if you have them that are fairly pointed. Mites is a big issue for dust and stuff like that especially out here in the desert, the dry side of things. But what we’ve seen is by staying as low input as possible, doing a lot of this farming up front in a year, what you end up getting is this really nice abundance of other bugs in the vineyard. So, we’ve seen in many cases, the vineyards I’ve run for last 10 years that those populations will come up in the fall.
I have a fantastic guy that does all my chemical recommendations and everything. He comes out and he’s looking at the beneficial populations. He’s looking at the populations of the bugs that we don’t want, right? As he sees those come up, he’s like, “Hey, don’t do anything right now. Let’s wait another week. I’m going to watch the populations, the beneficials.” In many cases, those beneficials come in as soon as the bad ones come up. They’re eating and taking care of the other guys, and then guess what? Nature balances itself, and it works out in the end.
So, that’s the kind of stuff that we’re trying to wait for to use, to see if it happens naturally. Because if we went in there one time and we sprayed those, now we’ve just upset what population of the beneficials they were before they ramped up to take care of the bad guys and we just wiped out everything that we want. And then we would have to do remedial action and the year after, and the year after, and the year after. And then you ended up in this downhill spiral that you don’t want to be in.
What’s the one thing that person who isn’t on farms at all, doesn’t know anything about farming, but buys and eats food, what should they know about well, I guess with you guys in particular? The wine that they’re drinking from Washington state and any food and farming, what should they know?
Probably one of the biggest things from a standpoint of why or how we farm is there’s nobody out there. You know what I mean? I can’t speak for the big companies that sell everything to the people, but the individual farmers that are out there, like we’re trying to make a living and we’re trying to do the right thing. We’re not going to do something that is going to screw up our one plot of land that we have, because that’s what we live on. That’s our livelihoods. So, we’re going to try and make the best decisions we can every day. There’s no reason for us to go out there and do more than we have to or not pay attention enough. So, that’s probably the biggest thing. We’re real people out here and we’re trying to make the best decisions possible.
Thank you for opening up and just sharing so much about what you do. It’s so obvious that you have a ton of passion for this. Are you going to keep doing this forever?
I don’t know, man. Yeah, I think so. You know what I mean? Life changes and life does stuff. I try to stay open minded with that, but yeah, absolutely. As far as am I going to stop doing anything? No, I’ll always be doing something until the day I die. There’s no such thing as retirement. I washed that off a long time ago. I’m just going to get up and I’m going to try and do the thing that I enjoy most every day. This seems to be something that really challenges me, so I’ve stuck to it.
Well, thanks for sharing some of that with us.
This is the Real Food Real People Podcast. These are the stories of the people who grow your food.
So, there’s a good chance that if you have some Washington wine, especially some of the really fancy stuff, you may have had wine from grapes grown by Andrew Schultz and his team at Brothers In Farms. I should have mentioned earlier, I recorded this conversation with Andrew before COVID stuff got crazy. So, I bet some of those answers would be a little bit different as far as just the things that they’re dealing with right now to keep workers and people safe. So, it’s not like they’re ignoring that. I just wanted to mention so that some of that stuff makes sense. Maybe we should even follow up with Andrew. I’d be curious to hear how things are going, because it certainly has presented additional challenges.
Also, I don’t think I mentioned this earlier, but if you do want to catch it, we earlier talked with one of Andrew’s team Javier Valencia. Should look up, see what my Googling skills are to quickly check what episode number that was. I should have checked. Oh, episode 11. Episode 11 was Javier. So, if you want to hear more about Brothers In Farms and from another team member there, check that one out. That’s at realfoodrealpeople.org, of course. What a cool guy. I don’t know if I said it on the podcast yet, but I said it on social media. Previously that after I got done talking with Andrew, I felt like can I get a job here? I’d like to work for you. You just seem like a really smart guy, really organized, and really cutting edge and just willing to try new stuff, not just doing it the same old way.
That gets me pumped up about doing something, whatever it is. I don’t have any particular passion for growing wine grapes. I grew up on a red raspberry farm, so I guess it’s not that much different. I think the whole red raspberry thing is pretty cool. So, yeah, I don’t know.
I’d be interested to hear what your reaction is and certainly feel free to anytime send me a message, a direct message or post something in the comments on any of our social media posts on Instagram. It’s @rfrp_podcast, RFRP, Real Food Real People, @rfrp_podcast on Twitter as well. And then Real Food Real People Podcast on Facebook, or I think technically it’s RFRP.podcast if you want to use the specific handle. Also, you can email me, firstname.lastname@example.org. Yeah, I think it would be really cool to hear what you think. Maybe if you’ve got questions for people too.
I’d really like to start doing that, start making this more of an interactive process, maybe questions or kinds of farmers or specific farmers you think I should go interview and talk to, or just categorically, like what kind of farmer. I’d love to take your suggestions. Also, if you have any questions for our farmer out there and even farmers that we’ve talked with before, I guess it’s not just farmers on those podcasts either, but people we’ve talked with before. If you have questions for them, we can certainly follow up either with a podcast episode or like a short little Q&A or something on social media. So, let me know.
I want to involve you in this process as well. That’s what it’s all about other than this podcast is documenting my journey, is sharing these people’s stories. I want it to be involving you in the story and in the conversation and in our food system here in Washington and the Pacific Northwest as well. So, thank you again for checking in, being with us this week. We will catch you next week back here on the Real Food Real People Podcast.
The Real Food Real People Podcast is sponsored in part by Safe Family Farming, giving a voice to Washington’s farm families. Find them online at safefamilyfarming.org and by dairy farmers of Washington supporting Washington dairy farmers, connecting consumers to agriculture and inspiring the desire for local dairy. Find out more at wadairy.org.