Episode 177: Leveraging Native Biology and No-Till Strategies with Bob Tillman

Regenerative Agriculture Podcast

Bob Tillman is a former electronics professional who launched Alta Colina Vineyard & Winery in 2003 on the steep, mountainous terrain of Paso Robles, California . Managing thirty-two acres of grapes, he has spent two decades transitioning from conventional methods to a biological approach centered on the natural resilience of his native ecosystem.

He eliminated tillage in 2006 and moved away from synthetic inputs to rely on native ground cover and biological cycling . By utilizing total nutrition testing, he identifies vast mineral reserves already present in his soil and focuses on microbial health to make those nutrients available to the vines

In this episode, John and Bob discuss:

  • Tranisitiong to a completely no-till system after observing that native grasses were more effective and resilient than planted cover crops .

  • How nutrition testing revealed that the soil contains enough potassium for over six hundred years and enough iron for millions of years of production .

  • Utilizing AEA and sap analysis to identify specific micronutrient deficiencies and adjust nutrition throughout the growing season through foliar applications.

  • Applying AEA products like CalGuard and Rebound Boron helps address seasonal trending deficiencies in calcium and boron levels .

  • How the vineyard uses compost extracts and teas to inject biological activity directly into the soil through the irrigation system .

  • High-density native plant populations providing ground cover that supports deep-rooted vines while maintaining high soil organic matter .

Additional Resources To learn more about Alta Colina Vineyard & Winery, please visit: https://altacolina.com/learn-more-about-alta-colina-wines/

To learn more about Advancing Eco Agriculture and their products, please vist: https://advancingecoag.com/

About John Kempf John Kempf is the founder of Advancing Eco Agriculture (AEA). A top expert in biological and regenerative farming, John founded AEA in 2006 to help fellow farmers by providing the education, tools, and strategies that will have a global effect on the food supply and those who grow it.

Through intense study and the knowledge gleaned from many industry leaders, John is building a comprehensive systems-based approach to plant nutrition – a system solidly based on the sciences of plant physiology, mineral nutrition, and soil microbiology.

Support For This Show & Helping You Grow Since 2006, AEA has been on a mission to help growers become more resilient, efficient, and profitable with regenerative agriculture.

AEA works directly with growers to apply its unique line of liquid mineral crop nutrition products and biological inoculants. Informed by cutting-edge plant and soil data-gathering techniques, AEA's science-based programs empower farm operations to meet the crop quality markers that matter the most.

AEA has created real and lasting change on millions of acres with its products and data-driven services by working hand-in-hand with growers to produce healthier soil, stronger crops, and higher profits.

Beyond working on the ground with growers, AEA leads in regenerative agriculture media and education, producing and distributing the popular and highly-regarded Regenerative Agriculture Podcast, inspiring webinars, and other educational content that serve as go-to resources for growers worldwide.

Learn more about AEA's regenerative programs and products: https://www.advancingecoag.com

2026-04-16 60 min Transcript

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Transcript

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Hi

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friends, this is John.

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Welcome back to the Region of

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Agriculture podcast.

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Today I'm here with an

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interesting character.

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We're all going to find out how

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interesting. Bob Tillman from

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Paso Robles, California.

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Bob,

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thanks for being here.

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I'm uncertain where this

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conversation is going to go,

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given the comment that you just

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made about wanting to figure out

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who John Kemp is.

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We'll see how this whole

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conversation evolves.

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But tell us a little bit about

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your operation and the context

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that you are

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growing wine in.

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OK,

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well, good morning, John.

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Nice talking with you.

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So I'm

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a wine grower. It's my second

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career, actually.

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I did a

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34 year career in the

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electronics business and

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launched a wine operation in

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2003 here in Paso

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Robles.

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And so

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my vineyard sits in the

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mountains a

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little bit west of the town of

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Paso Robles. I

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have 32 acres of grapes growing

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on top of a pretty steep

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mountainside.

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and maybe a little bit of

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context for Paso Robles.

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It's a fairly extreme

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Mediterranean climate, so it

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rained a little bit over the

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weekend, which was shocking.

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I thought we were done a month

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ago actually, but I have a

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feeling we're now done and it

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probably won't rain again until

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Thanksgiving or so.

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So we're in for a

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very long dry spell and some

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years we go without even seeing

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a cloud for months on end.

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Other aspects of the of the

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vineyard that might be of

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interest as we chat here is the

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kind of the soil situation, the

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Coast Range sits west of Paso.

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So as you leave town, it rears

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up,

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I don't know, maybe 500,

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800 feet or something like that.

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And it's basically just faulted

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sedimentary rock, some

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limestone, some shale.

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with a fairly shallow,

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in my case, true loam, sometimes

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clay,

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topsoil.

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And the other aspect of it is

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extremely irregular.

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You can

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walk 10 feet and find yourself

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in

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a fairly different situation in

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terms of the, mostly the

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topsoil. It can be anywhere

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from,

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I don't know, you can bury a

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probe in it easily, or you can

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barely get six inches before you

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hit a rock.

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So that's kind of the general

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picture of what's going on.

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What different varieties of wine

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grapes are you growing?

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So I have focused on grapes that

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are known as Rhone varieties.

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They're named after the

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Rhone River of France.

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That's where Julius Caesar

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marched in, you know, 2000 years

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ago,

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planted olives and grapes and

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built a few aqueducts.

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And

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here we are today, those same

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grapes are being grown.

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Any particular varietal names

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that people might recognize?

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So the main ones that I have

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planted are Syrah, Grenache and

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Morved.

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Morved is often unknown, but

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that's a really, it's quite a

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nice grape.

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And we have several whites.

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We grow Marsan, Roussan,

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we grow Viognier,

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Grenache Blanc, and Pequot

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Blanc. So

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we actually have nine different

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varieties on our 32 acres.

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Are you doing your own

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winemaking as well?

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I was.

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For the first 13 years, I was

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the winemaker, actually.

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and very much less involved in

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the actual growing side of

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things.

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In 2020,

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I was joined by a young lady

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that took over the winemaking

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for me, and since the last five

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or six years, I really focused

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hard on the growing side.

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Prior to that,

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when we

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planted, in 2003,

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we worked with a vineyard

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management company.

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I was coming out of

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the electronics business and I

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was pretty clear that I didn't

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know how to grow a darn thing

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hardly.

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And so they actually helped a

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lot in terms of finding the site

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and

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getting the vineyard installed

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and getting all the

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infrastructure in place to

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provide water and keep the deer

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out and that kind of thing.

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And then over time, we

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collaborated more and more and

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eventually brought

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it in -house in

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2017

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and then in 2020, I moved in

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pretty much full time working on

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the vineyard side.

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Yeah.

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So how, how has your operation.

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shifted over now almost 23 years

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at this point.

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Your management practices at the

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beginning versus your management

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practices now. How has that

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whole dynamic evolved?

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That's an interesting story,

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John. It's kind of like the

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bumbling of an unconscious

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competent person, I would say.

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How can an unconscious person be

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competent?

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Well, just by sheer luck, I

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suppose.

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Luck and maybe just thinking

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about stuff and trying to

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mimic what makes sense.

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So yeah,

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kind of the

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chronology of the thing is the

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property,

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well, just back up a hair,

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part of running a winery is that

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you get to know people coming in

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to purchase wine.

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And

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about a year ago, the sons of

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the original owners of that

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property came in, sons and

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daughters. So I got to know them

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and learn a

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fair amount about what happened.

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It's a pretty steep

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mountainside.

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It was cleared in the 20s,

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1920s.

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about 60 acres or so were

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cleared,

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so I still have about 80 acres

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of

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woods all around me.

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And they used it for, they did

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dry farm barley,

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and they grazed some cattle on

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it, and they had a walnut,

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the dry farm walnut orchard.

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But in around 1960 or so,

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for whatever reason, the family

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left the place, and it just

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basically sat fallow for about

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40 years before we appeared

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on the scene. So we were

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starting off with almost virgin

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ground, if you think about it.

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And so, what we did was, when we

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first planted,

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we were pursuing a conventional

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sustainable type of agriculture.

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And it's sort of the chronology.

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Year one, 2005,

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we planted. It took us

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almost two years before we had

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all the prep done.

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In 2005,

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in the fall, after the vines

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were dormant, we went in and we

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disked.

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Well, maybe I should back up.

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Before we planted, we actually

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ripped

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just the vine rows,

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which turned out to be more of a

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Let's see how many rocks we can

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surface program than anything

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else.

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So that we did do that.

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And then in 2005,

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we cultivated every

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other row and planted

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a nice UC Davis cover crop

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mixture.

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And in 2006,

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about July or so, I was talking

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with the vineyard manager

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gentleman, and we determined

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that we couldn't tell which row

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we had disced and planted the

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previous year.

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the native grasses that were so

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self -selected to that site had

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just taken over.

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So, we stopped that.

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So, that was our first kind of

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unconscious competent move, is

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we didn't till ever again.

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That was one step.

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Second step, the first couple of

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years, we used an herbicide down

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the vine row,

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which probably makes sense.

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And if you think about it, those

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young vines are trying to

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compete with a very voracious

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native cover that's there.

264
00:07:45,949 --> 00:07:47,589
But we stopped that after,

265
00:07:48,180 --> 00:07:48,980
I don't know, two or three

266
00:07:48,980 --> 00:07:50,160
years. I don't remember exactly.

267
00:07:50,600 --> 00:07:51,540
Mostly just because,

268
00:07:52,240 --> 00:07:53,180
well, I have herbicide around,

269
00:07:53,300 --> 00:07:54,399
didn't we? It seemed like it

270
00:07:54,399 --> 00:07:55,439
really wasn't necessary.

271
00:07:56,680 --> 00:07:58,180
So, I think very early on,

272
00:07:59,500 --> 00:08:00,959
just from common sense, we ended

273
00:08:00,959 --> 00:08:02,240
up with a couple of really good

274
00:08:02,240 --> 00:08:03,040
moves.

275
00:08:04,240 --> 00:08:05,040
And

276
00:08:05,180 --> 00:08:06,360
then it kind of drifted on from

277
00:08:06,360 --> 00:08:07,160
there, actually.

278
00:08:15,509 --> 00:08:16,310
2013,

279
00:08:16,629 --> 00:08:17,430
we shifted.

280
00:08:17,629 --> 00:08:19,659
When we first planted it, I had

281
00:08:19,659 --> 00:08:21,060
two blocks that we farmed

282
00:08:21,060 --> 00:08:21,860
organically.

283
00:08:22,759 --> 00:08:23,920
I was kind of a newbie to the

284
00:08:23,920 --> 00:08:25,459
scene. We were trying a little

285
00:08:25,459 --> 00:08:26,259
bit of everything.

286
00:08:27,060 --> 00:08:28,579
So two out of our 12 blocks were

287
00:08:28,579 --> 00:08:30,220
organic. And around 2013, we

288
00:08:30,220 --> 00:08:31,020
noticed that,

289
00:08:31,860 --> 00:08:33,759
gosh, it seems just as easy to

290
00:08:33,759 --> 00:08:35,000
farm those as it does these

291
00:08:35,000 --> 00:08:35,980
other guys over here.

292
00:08:37,070 --> 00:08:39,169
The main differences were we

293
00:08:40,600 --> 00:08:41,720
were using some synthetic

294
00:08:41,720 --> 00:08:44,139
fungicides on the non -organic

295
00:08:44,139 --> 00:08:45,580
ones. So we just stopped doing

296
00:08:45,580 --> 00:08:46,379
that.

297
00:08:46,680 --> 00:08:48,100
And we had been doing some

298
00:08:48,100 --> 00:08:49,220
synthetic fertilizing,

299
00:08:49,399 --> 00:08:51,299
fertigation, and we stopped that

300
00:08:51,299 --> 00:08:52,099
also.

301
00:08:53,519 --> 00:08:54,319
Turned out,

302
00:08:54,319 --> 00:08:55,460
given our climate, I don't

303
00:08:55,460 --> 00:08:56,779
recommend it necessarily for

304
00:08:56,779 --> 00:08:58,500
everybody, but we have this very

305
00:08:58,500 --> 00:09:00,080
benign Mediterranean climate

306
00:09:00,080 --> 00:09:01,559
here, very low pest pressure.

307
00:09:02,629 --> 00:09:04,029
So suddenly we were organic

308
00:09:04,029 --> 00:09:05,330
without really thinking about it

309
00:09:05,330 --> 00:09:06,129
very much.

310
00:09:09,299 --> 00:09:10,480
And then in

311
00:09:12,200 --> 00:09:13,539
2017,

312
00:09:14,559 --> 00:09:15,359
I

313
00:09:15,549 --> 00:09:17,529
brought the management in house,

314
00:09:18,870 --> 00:09:20,049
mostly because I felt like,

315
00:09:20,110 --> 00:09:20,909
okay,

316
00:09:21,399 --> 00:09:22,659
I could save a little money if I

317
00:09:22,659 --> 00:09:24,139
do that, and I feel like I've

318
00:09:24,139 --> 00:09:25,759
got enough knowledge that maybe

319
00:09:25,759 --> 00:09:26,950
I could pull it off.

320
00:09:27,049 --> 00:09:27,849
So we did that.

321
00:09:28,350 --> 00:09:30,809
Well, it sounds like management

322
00:09:30,809 --> 00:09:32,350
at that point was essentially

323
00:09:32,350 --> 00:09:34,129
pruning management, because if

324
00:09:34,129 --> 00:09:35,149
you weren't fertilizing, you

325
00:09:35,149 --> 00:09:35,970
weren't tilling, you weren't

326
00:09:35,970 --> 00:09:36,909
doing herbicides, you weren't

327
00:09:36,909 --> 00:09:38,090
doing fungicides, I mean, what's

328
00:09:38,090 --> 00:09:38,889
left?

329
00:09:38,899 --> 00:09:40,080
Well, we were doing this.

330
00:09:40,129 --> 00:09:41,149
We were just doing organic

331
00:09:41,149 --> 00:09:42,289
versions of them.

332
00:09:43,269 --> 00:09:44,069
The

333
00:09:43,899 --> 00:09:46,059
mildew is for real.

334
00:09:46,240 --> 00:09:48,720
To this day, we continue to

335
00:09:48,720 --> 00:09:49,919
fight that. In fact, we're just

336
00:09:49,919 --> 00:09:50,940
trying pinyon this year.

337
00:09:51,340 --> 00:09:52,360
Hope we have our fingers crossed

338
00:09:52,360 --> 00:09:53,159
on that one.

339
00:09:54,639 --> 00:09:55,679
I'm actually kind of at the

340
00:09:55,679 --> 00:09:56,740
stage where I don't have my

341
00:09:56,740 --> 00:09:57,919
fingers crossed about pinyon.

342
00:09:58,019 --> 00:09:59,120
My confidence level is pretty

343
00:09:59,120 --> 00:09:59,980
high at this point.

344
00:10:00,240 --> 00:10:01,039
Hallelujah.

345
00:10:00,940 --> 00:10:01,980
I'm praying for you, buddy.

346
00:10:04,169 --> 00:10:05,129
I would love that.

347
00:10:06,029 --> 00:10:08,730
And we did organic fertigations

348
00:10:08,730 --> 00:10:10,389
during those years as well,

349
00:10:10,450 --> 00:10:11,789
which we continue to do to this

350
00:10:11,789 --> 00:10:12,589
day.

351
00:10:13,230 --> 00:10:14,809
But when we brought it in house,

352
00:10:17,620 --> 00:10:18,919
a lot of times, you know,

353
00:10:18,980 --> 00:10:19,779
people,

354
00:10:19,679 --> 00:10:21,460
they start the season off with a

355
00:10:21,639 --> 00:10:23,320
kind of a fertilizer shot.

356
00:10:23,460 --> 00:10:25,139
And I skipped that part and I

357
00:10:25,139 --> 00:10:26,759
waited until bloom time.

358
00:10:26,820 --> 00:10:27,620
And then we did the leaf

359
00:10:27,620 --> 00:10:28,679
samples. It's sort of the

360
00:10:28,679 --> 00:10:31,470
traditional way of checking on

361
00:10:31,470 --> 00:10:33,309
the nutrition and the vines seem

362
00:10:33,309 --> 00:10:34,109
to be fine.

363
00:10:35,509 --> 00:10:37,009
I basically pretty much stopped

364
00:10:37,009 --> 00:10:38,309
fertilizing in general.

365
00:10:38,450 --> 00:10:39,289
It just didn't seem to be

366
00:10:39,289 --> 00:10:40,470
necessary at all.

367
00:10:43,730 --> 00:10:44,529
We,

368
00:10:44,399 --> 00:10:46,720
the other thing we did was, uh,

369
00:10:48,830 --> 00:10:50,950
we, we had been mowing, uh, you

370
00:10:50,950 --> 00:10:52,409
know, but in the mid rows and,

371
00:10:52,649 --> 00:10:53,449
and like,

372
00:10:53,789 --> 00:10:54,589
like good

373
00:10:54,840 --> 00:10:56,819
traditional farmers, we mowed

374
00:10:56,819 --> 00:10:58,120
low. We wanted to, you didn't

375
00:10:58,120 --> 00:10:59,039
want those terrible weeds

376
00:10:59,039 --> 00:10:59,839
growing out there.

377
00:11:00,460 --> 00:11:01,819
Uh, we decided that wasn't such

378
00:11:01,819 --> 00:11:03,299
a bad deal. So we basically

379
00:11:03,299 --> 00:11:04,680
raised our mower as high as we

380
00:11:04,680 --> 00:11:05,480
could get it. And

381
00:11:06,000 --> 00:11:07,379
so we were mowing and leaving a

382
00:11:07,379 --> 00:11:08,259
five or six inch.

383
00:11:09,419 --> 00:11:11,960
stubble behind, which tended to

384
00:11:11,960 --> 00:11:13,159
make it through pretty much this

385
00:11:13,159 --> 00:11:13,959
season.

386
00:11:15,360 --> 00:11:16,159
And

387
00:11:16,069 --> 00:11:18,470
we transitioned to a weed knife.

388
00:11:18,629 --> 00:11:20,110
It's a Clemens is the name of

389
00:11:20,110 --> 00:11:22,269
the product. It goes, it sort of

390
00:11:22,269 --> 00:11:24,309
articulates in and out under the

391
00:11:24,309 --> 00:11:25,569
vines as you drive a tractor

392
00:11:25,569 --> 00:11:26,369
along.

393
00:11:27,289 --> 00:11:28,690
And we decided that we would

394
00:11:28,690 --> 00:11:30,210
start putting compost on.

395
00:11:30,710 --> 00:11:31,529
So, we did

396
00:11:32,289 --> 00:11:34,990
three tons an acre for about

397
00:11:35,039 --> 00:11:35,839
three years.

398
00:11:37,720 --> 00:11:38,519
And at

399
00:11:39,429 --> 00:11:40,229
some point I,

400
00:11:41,009 --> 00:11:41,809
again,

401
00:11:42,279 --> 00:11:43,580
reading and trying to figure

402
00:11:43,580 --> 00:11:44,379
stuff out.

403
00:11:46,240 --> 00:11:47,779
So here, I don't know if this is

404
00:11:47,779 --> 00:11:48,980
right. I'm, I figure I'm talking

405
00:11:48,980 --> 00:11:49,980
to the person who really knows,

406
00:11:50,059 --> 00:11:51,460
but I'll give you my version of

407
00:11:51,460 --> 00:11:52,259
this thing.

408
00:11:52,919 --> 00:11:54,620
So I look at compost and I say,

409
00:11:54,659 --> 00:11:57,259
okay, it's 60 % dormant microbes

410
00:11:57,259 --> 00:11:58,539
and 40 % humus.

411
00:11:59,480 --> 00:12:01,120
And I'm, I've got this spreader

412
00:12:01,120 --> 00:12:02,360
and I'm spreading a very thin

413
00:12:02,360 --> 00:12:03,919
layer of it and I'm unable to

414
00:12:03,919 --> 00:12:04,919
really incorporate it.

415
00:12:04,940 --> 00:12:06,059
And I'm doing it in the fall.

416
00:12:06,830 --> 00:12:08,549
which may or may not get a rain

417
00:12:08,549 --> 00:12:10,690
shortly thereafter, often not.

418
00:12:11,389 --> 00:12:12,350
So I figured that

419
00:12:13,470 --> 00:12:14,629
probably most of the microbes

420
00:12:14,629 --> 00:12:16,350
were dead before because the

421
00:12:16,350 --> 00:12:18,090
ultraviolet pounding down on

422
00:12:18,090 --> 00:12:19,070
them. So I shifted over to

423
00:12:19,070 --> 00:12:19,870
compost tea

424
00:12:20,860 --> 00:12:23,039
and invested in a brewer and

425
00:12:23,509 --> 00:12:25,649
started approaching an

426
00:12:26,509 --> 00:12:27,649
irrigation is

427
00:12:28,149 --> 00:12:30,149
not so much watering vines as

428
00:12:30,149 --> 00:12:31,970
injecting goodies into the soil.

429
00:12:32,110 --> 00:12:33,289
So that was kind of my MO.

430
00:12:35,480 --> 00:12:36,279
So

431
00:12:37,069 --> 00:12:38,450
that was the next step in the

432
00:12:38,450 --> 00:12:39,250
evolution of things.

433
00:12:39,289 --> 00:12:41,149
So we're down now to hardly ever

434
00:12:41,149 --> 00:12:41,949
fertilizing.

435
00:12:44,269 --> 00:12:45,830
organic mildew control and a

436
00:12:45,830 --> 00:12:46,870
bunch of compost tea.

437
00:12:48,100 --> 00:12:49,059
And the vines seem to be doing

438
00:12:49,059 --> 00:12:50,159
great. The wines are good.

439
00:12:52,120 --> 00:12:53,139
And then in 2020,

440
00:12:54,940 --> 00:12:56,360
a young lady came aboard, took

441
00:12:56,360 --> 00:12:57,159
over the winemaking,

442
00:12:57,419 --> 00:12:58,659
and it freed me up.

443
00:12:58,799 --> 00:12:59,639
And so I

444
00:12:59,990 --> 00:13:00,970
started really getting

445
00:13:01,500 --> 00:13:02,500
in there and causing a lot of

446
00:13:02,500 --> 00:13:04,220
trouble on the vineyard side of

447
00:13:04,220 --> 00:13:05,019
things.

448
00:13:04,899 --> 00:13:05,919
One of the first things I did

449
00:13:05,919 --> 00:13:07,740
was one of these total nutrition

450
00:13:07,740 --> 00:13:08,539
tests.

451
00:13:09,159 --> 00:13:10,259
I went to Regen

452
00:13:10,830 --> 00:13:13,110
Ag Lab and got

453
00:13:13,930 --> 00:13:15,309
back the information for what if

454
00:13:15,309 --> 00:13:17,370
I really consumed all of the

455
00:13:17,370 --> 00:13:19,049
nutrients available in my soil,

456
00:13:20,259 --> 00:13:21,559
So I got these numbers, they're

457
00:13:21,559 --> 00:13:23,419
huge, as you know, and I

458
00:13:24,470 --> 00:13:25,669
found a paper out of Australia

459
00:13:25,669 --> 00:13:26,850
where guys had figured out

460
00:13:27,419 --> 00:13:29,279
if you took a ton of grapes out

461
00:13:29,279 --> 00:13:30,450
of a vineyard, how many did you

462
00:13:30,450 --> 00:13:31,789
consume of all these nutrients?

463
00:13:32,070 --> 00:13:33,350
So by simply dividing,

464
00:13:34,379 --> 00:13:36,000
you can determine how many years

465
00:13:36,000 --> 00:13:37,220
of stuff you have in the soil.

466
00:13:37,419 --> 00:13:39,220
And what I found was that the,

467
00:13:39,299 --> 00:13:40,099
uh,

468
00:13:40,299 --> 00:13:41,919
so the range was for potassium,

469
00:13:41,919 --> 00:13:44,399
I had 644 years worth in my

470
00:13:44,399 --> 00:13:45,199
soil.

471
00:13:45,210 --> 00:13:47,710
And for iron, I had 7 .2 million

472
00:13:47,710 --> 00:13:49,750
years worth. So I figured, okay,

473
00:13:49,889 --> 00:13:50,689
it's

474
00:13:50,860 --> 00:13:52,259
not necessary to put stuff in.

475
00:13:52,320 --> 00:13:53,240
I just need to figure out how to

476
00:13:53,240 --> 00:13:54,039
get it out of there.

477
00:13:54,080 --> 00:13:54,879
That's, that's the.

478
00:13:55,620 --> 00:13:57,940
And that was probably accounting

479
00:13:57,940 --> 00:13:59,419
for what? The top six inches or

480
00:13:59,419 --> 00:14:00,539
the top four inches of soil

481
00:14:00,539 --> 00:14:01,339
profile?

482
00:14:01,379 --> 00:14:02,600
Exactly. Six inches.

483
00:14:03,000 --> 00:14:04,620
You got it. So, I mean, multiply

484
00:14:04,620 --> 00:14:05,419
it out.

485
00:14:05,899 --> 00:14:07,519
And how deep does a grapefruit

486
00:14:07,519 --> 00:14:08,319
system go?

487
00:14:08,529 --> 00:14:09,329
Well,

488
00:14:10,440 --> 00:14:13,220
we just recently did a pit and I

489
00:14:13,220 --> 00:14:14,019
found

490
00:14:14,419 --> 00:14:15,960
roots as big as my little

491
00:14:15,960 --> 00:14:17,080
finger, five feet down.

492
00:14:19,029 --> 00:14:20,470
It's a little bit misleading in

493
00:14:20,470 --> 00:14:21,590
the sense that at that point

494
00:14:21,590 --> 00:14:22,750
they were in really rocky

495
00:14:22,929 --> 00:14:24,029
material.

496
00:14:25,179 --> 00:14:26,120
There was about where we were

497
00:14:26,120 --> 00:14:27,700
digging was one of the more rich

498
00:14:27,700 --> 00:14:28,600
spots, actually.

499
00:14:29,309 --> 00:14:30,850
We had about two feet of really

500
00:14:30,850 --> 00:14:32,289
nice topsoil. And then

501
00:14:32,930 --> 00:14:34,190
after that, it sort of

502
00:14:34,950 --> 00:14:36,649
looked almost like

503
00:14:37,019 --> 00:14:38,620
small rocks about the size of

504
00:14:38,620 --> 00:14:39,759
your fist that are kind of

505
00:14:39,759 --> 00:14:41,759
jumbled together and roots able

506
00:14:41,759 --> 00:14:42,720
to move down through them.

507
00:14:45,590 --> 00:14:47,450
So, the last few years I've been

508
00:14:47,450 --> 00:14:48,629
trying to figure out how do we

509
00:14:48,629 --> 00:14:49,970
get these microbes working for

510
00:14:49,970 --> 00:14:50,769
us?

511
00:14:50,470 --> 00:14:51,370
We clearly have

512
00:14:52,059 --> 00:14:53,240
everything we need.

513
00:14:55,090 --> 00:14:56,990
And then about 22 is when I

514
00:14:56,990 --> 00:14:58,830
discovered AEA, going

515
00:15:00,549 --> 00:15:01,549
online and searching

516
00:15:02,470 --> 00:15:03,289
and

517
00:15:04,129 --> 00:15:05,149
I ended up talking to a lady

518
00:15:05,149 --> 00:15:06,309
named Rachel. I don't know if

519
00:15:06,309 --> 00:15:07,289
she's still around with you

520
00:15:07,289 --> 00:15:08,149
guys. Oh, yeah.

521
00:15:08,269 --> 00:15:09,309
Yeah. Rochelle's an important

522
00:15:09,309 --> 00:15:10,109
part of our team.

523
00:15:10,009 --> 00:15:10,809
Okay, Rochelle.

524
00:15:10,850 --> 00:15:11,649
Okay. So

525
00:15:12,059 --> 00:15:15,419
that's when you shifted from

526
00:15:15,639 --> 00:15:17,220
unconscious competence to

527
00:15:17,220 --> 00:15:18,019
conscious competence?

528
00:15:18,279 --> 00:15:19,639
A little bit. I became a little

529
00:15:19,639 --> 00:15:20,720
bit more conscious at that

530
00:15:20,720 --> 00:15:21,519
point. Yeah.

531
00:15:22,120 --> 00:15:23,080
Just a little bit.

532
00:15:23,159 --> 00:15:24,279
Still working on that part.

533
00:15:25,889 --> 00:15:26,950
So, at any rate, then we jumped

534
00:15:26,950 --> 00:15:27,750
into this.

535
00:15:27,669 --> 00:15:29,750
Pedro got involved and

536
00:15:30,409 --> 00:15:32,529
started using sap analysis and

537
00:15:32,529 --> 00:15:33,789
started to add the foliars,

538
00:15:33,870 --> 00:15:34,669
which

539
00:15:34,419 --> 00:15:35,679
was kind of an eye -opener,

540
00:15:35,799 --> 00:15:37,279
really, to realize some of the

541
00:15:37,279 --> 00:15:38,179
micros were still,

542
00:15:38,500 --> 00:15:39,980
I needed, I need help there.

543
00:15:40,299 --> 00:15:41,099
And we've

544
00:15:41,700 --> 00:15:43,080
been, we've been after that.

545
00:15:43,159 --> 00:15:43,959
And I also have

546
00:15:44,309 --> 00:15:46,490
at that point decided, okay, I'm

547
00:15:46,490 --> 00:15:47,850
going to increase the diversity

548
00:15:47,850 --> 00:15:49,870
of my cover crop, which

549
00:15:51,259 --> 00:15:52,779
I still haven't achieved that.

550
00:15:53,019 --> 00:15:54,419
That's about four years later.

551
00:15:55,259 --> 00:15:57,360
But I invested in a

552
00:15:57,889 --> 00:15:59,529
no -till seed drill and

553
00:16:00,259 --> 00:16:02,440
got to know the guys at Green

554
00:16:02,440 --> 00:16:04,440
Cover and did all this analysis,

555
00:16:04,600 --> 00:16:06,759
all these families of cover

556
00:16:07,139 --> 00:16:08,059
that I was going to plant.

557
00:16:08,179 --> 00:16:10,399
And I've studiously done so for

558
00:16:10,399 --> 00:16:11,199
about four years.

559
00:16:11,320 --> 00:16:12,120
And

560
00:16:12,610 --> 00:16:14,629
so far, I've got very, very

561
00:16:14,629 --> 00:16:16,990
little take. I guess 5 % or so

562
00:16:16,990 --> 00:16:18,070
of those seeds actually have

563
00:16:18,070 --> 00:16:18,870
survived.

564
00:16:19,450 --> 00:16:20,250
Yeah.

565
00:16:20,620 --> 00:16:21,779
Is that because of the vigor of

566
00:16:21,779 --> 00:16:22,960
your native material?

567
00:16:23,080 --> 00:16:23,879
Yeah.

568
00:16:24,480 --> 00:16:25,879
I had some guys in just this

569
00:16:25,879 --> 00:16:29,080
spring from the local branch of

570
00:16:29,080 --> 00:16:31,480
the California Native Plant

571
00:16:31,480 --> 00:16:33,559
Society or something to do

572
00:16:34,029 --> 00:16:36,330
an inventory of what's going on

573
00:16:36,330 --> 00:16:37,129
out there.

574
00:16:37,720 --> 00:16:39,220
And it's remarkable the

575
00:16:39,220 --> 00:16:40,680
diversity. They found 37

576
00:16:40,680 --> 00:16:41,940
different species.

577
00:16:42,120 --> 00:16:43,019
I don't know about families.

578
00:16:43,139 --> 00:16:44,019
I haven't had time to figure

579
00:16:44,019 --> 00:16:44,819
that out yet.

580
00:16:45,950 --> 00:16:48,080
But the problem is that about

581
00:16:48,080 --> 00:16:49,000
eight of those species

582
00:16:49,000 --> 00:16:51,740
represented about 80 % of the

583
00:16:51,740 --> 00:16:53,240
growth. And they were all

584
00:16:53,240 --> 00:16:54,940
described as invasive European

585
00:16:54,940 --> 00:16:55,740
grasses.

586
00:16:58,210 --> 00:16:59,490
Invasiveness is in the eye of

587
00:16:59,490 --> 00:17:00,750
the beholder, just to be clear.

588
00:17:01,169 --> 00:17:02,389
Exactly right. And I think at

589
00:17:02,389 --> 00:17:04,230
this point in time, it's a

590
00:17:04,609 --> 00:17:05,409
done deal.

591
00:17:05,569 --> 00:17:06,369
They're now native.

592
00:17:07,049 --> 00:17:08,250
They dominate the area.

593
00:17:10,259 --> 00:17:11,059
So that's

594
00:17:11,190 --> 00:17:12,049
kind of where I'm at.

595
00:17:12,170 --> 00:17:12,970
I've been

596
00:17:13,450 --> 00:17:15,809
focused. What I've been doing is

597
00:17:15,809 --> 00:17:16,869
trying to devote about half of

598
00:17:16,869 --> 00:17:18,190
my year to focusing on the cover

599
00:17:18,190 --> 00:17:18,990
crop

600
00:17:19,230 --> 00:17:20,230
in about half the year.

601
00:17:20,259 --> 00:17:21,700
year focusing on the vines.

602
00:17:22,450 --> 00:17:24,170
And the dormant period is the

603
00:17:24,170 --> 00:17:24,990
cover crop time.

604
00:17:25,089 --> 00:17:25,889
So we've been doing

605
00:17:26,299 --> 00:17:28,160
a lot of efforts to try and

606
00:17:28,160 --> 00:17:29,299
increase the diversity by

607
00:17:29,299 --> 00:17:30,200
planting in there.

608
00:17:30,710 --> 00:17:32,210
And we've experimented quite a

609
00:17:32,210 --> 00:17:33,690
bit with how we terminate them.

610
00:17:35,450 --> 00:17:36,250
So what we're doing,

611
00:17:38,059 --> 00:17:40,579
we purchased a mower that

612
00:17:40,579 --> 00:17:42,380
articulates under the vines.

613
00:17:42,519 --> 00:17:44,200
So we're able to

614
00:17:44,670 --> 00:17:46,349
kind of sort of mow under the

615
00:17:46,349 --> 00:17:47,609
vines. It's not super effective,

616
00:17:47,730 --> 00:17:48,529
to be honest.

617
00:17:50,180 --> 00:17:52,299
And I've been trying to crimp in

618
00:17:52,299 --> 00:17:53,099
the middles,

619
00:17:54,200 --> 00:17:55,059
and I'm

620
00:17:55,529 --> 00:17:57,109
happy to report on my third try,

621
00:17:57,190 --> 00:17:58,210
I think I actually got it.

622
00:17:59,200 --> 00:18:02,000
The problem is that the site is

623
00:18:02,000 --> 00:18:03,420
just droughty enough that

624
00:18:03,859 --> 00:18:05,440
depending on the year, the cover

625
00:18:05,440 --> 00:18:06,680
crop may or may not be very

626
00:18:06,680 --> 00:18:08,480
high. Like for us, if it gets up

627
00:18:08,480 --> 00:18:09,680
to our knees, we're pretty

628
00:18:09,680 --> 00:18:10,599
excited about it.

629
00:18:12,390 --> 00:18:13,509
And some years it's not that

630
00:18:13,509 --> 00:18:14,549
high and the crimper doesn't

631
00:18:14,549 --> 00:18:15,349
have much hope.

632
00:18:15,670 --> 00:18:17,430
It just doesn't have enough stem

633
00:18:17,430 --> 00:18:18,230
to work with.

634
00:18:18,960 --> 00:18:19,799
But I found,

635
00:18:20,279 --> 00:18:21,079
I kept,

636
00:18:21,279 --> 00:18:22,500
I went through two different

637
00:18:22,500 --> 00:18:23,759
crimper designs, and then this

638
00:18:23,759 --> 00:18:24,599
year, finally, a little bit

639
00:18:24,599 --> 00:18:26,039
different, like sharper blades,

640
00:18:26,690 --> 00:18:27,650
so that they're,

641
00:18:28,029 --> 00:18:29,109
they're not quite razor sharp,

642
00:18:29,150 --> 00:18:30,130
but they're, they're a good,

643
00:18:30,390 --> 00:18:31,509
they got a good edge on them,

644
00:18:31,609 --> 00:18:32,409
and

645
00:18:32,289 --> 00:18:33,750
seems to have worked, actually.

646
00:18:33,930 --> 00:18:35,029
There's a few spots where it's,

647
00:18:35,609 --> 00:18:36,730
the grass is short enough that

648
00:18:36,730 --> 00:18:38,009
it really couldn't get a,

649
00:18:39,119 --> 00:18:40,579
you know, get a bite on it, but

650
00:18:41,210 --> 00:18:42,650
I don't really care, just gonna

651
00:18:42,650 --> 00:18:43,450
leave it be.

652
00:18:44,630 --> 00:18:45,430
So that's kind of,

653
00:18:45,630 --> 00:18:46,430
yeah.

654
00:18:47,009 --> 00:18:48,549
Yeah, you've been on an

655
00:18:48,549 --> 00:18:49,349
interesting journey.

656
00:18:50,730 --> 00:18:51,529
The,

657
00:18:52,329 --> 00:18:53,129
That's interesting.

658
00:18:53,589 --> 00:18:54,450
Can you hear a lot of background

659
00:18:54,450 --> 00:18:55,289
noise on my end?

660
00:18:56,509 --> 00:18:57,809
Seems every time it's

661
00:18:58,220 --> 00:18:59,859
a pouring rain thunderstorm

662
00:18:59,859 --> 00:19:01,059
outside my windows here.

663
00:19:01,259 --> 00:19:02,059
Is that what's going on?

664
00:19:02,099 --> 00:19:03,180
I hear occasionally.

665
00:19:04,569 --> 00:19:05,369
I

666
00:19:08,519 --> 00:19:11,259
want to dig deeper into the

667
00:19:11,259 --> 00:19:13,380
compost tea applications.

668
00:19:13,579 --> 00:19:14,759
If I followed your timeline

669
00:19:14,759 --> 00:19:15,920
correctly, you had started the

670
00:19:15,920 --> 00:19:17,720
compost tea applications for

671
00:19:18,160 --> 00:19:20,319
several years before you started

672
00:19:20,319 --> 00:19:21,299
working with AEA.

673
00:19:21,420 --> 00:19:22,539
And I'm intrigued by,

674
00:19:23,940 --> 00:19:25,359
I've been so impressed with some

675
00:19:25,359 --> 00:19:26,299
of the things that I've observed

676
00:19:26,299 --> 00:19:27,500
from biology.

677
00:19:27,940 --> 00:19:29,339
And it seems to me like you had

678
00:19:29,339 --> 00:19:30,720
lots of things going in your

679
00:19:30,720 --> 00:19:31,779
ecosystem, in your environment.

680
00:19:31,960 --> 00:19:33,660
You had some fairly decent soils

681
00:19:33,660 --> 00:19:34,880
to work with, you've got rich

682
00:19:34,880 --> 00:19:36,319
native species, you're doing the

683
00:19:36,319 --> 00:19:37,119
compost tea.

684
00:19:37,970 --> 00:19:39,549
So I'm curious to learn more

685
00:19:39,549 --> 00:19:41,390
about what

686
00:19:43,500 --> 00:19:44,579
A couple of areas.

687
00:19:44,740 --> 00:19:46,259
One is how did you observe soil

688
00:19:46,259 --> 00:19:47,539
health improving with the

689
00:19:47,539 --> 00:19:49,539
compost tea applications before

690
00:19:49,539 --> 00:19:51,119
and after? And then kind

691
00:19:51,430 --> 00:19:52,789
of the follow on from that is

692
00:19:52,789 --> 00:19:55,170
what nutritional imbalances

693
00:19:55,170 --> 00:19:56,910
remained after those compost tea

694
00:19:56,910 --> 00:19:57,710
applications?

695
00:19:58,839 --> 00:19:59,639
OK,

696
00:20:00,049 --> 00:20:00,990
well,

697
00:20:02,559 --> 00:20:04,140
let me just add a little more

698
00:20:04,140 --> 00:20:05,140
insight into that.

699
00:20:05,480 --> 00:20:07,279
The learning that I had

700
00:20:07,910 --> 00:20:10,630
at this event in January in

701
00:20:10,630 --> 00:20:11,430
Scottsdale,

702
00:20:12,240 --> 00:20:13,680
I was talking to the Hiawassee

703
00:20:13,680 --> 00:20:14,480
people

704
00:20:15,029 --> 00:20:16,349
and they had

705
00:20:16,670 --> 00:20:17,589
worked with a

706
00:20:18,119 --> 00:20:20,470
an outfit in Denver to actually

707
00:20:20,470 --> 00:20:22,170
do the DNA analysis of

708
00:20:23,059 --> 00:20:24,059
compost teas,

709
00:20:25,059 --> 00:20:26,299
compost extracts, and then the

710
00:20:26,299 --> 00:20:27,180
compost itself.

711
00:20:27,519 --> 00:20:29,279
And it was super eye -opening to

712
00:20:29,279 --> 00:20:30,220
me. It was probably the

713
00:20:30,660 --> 00:20:32,039
biggest aha of that whole

714
00:20:32,039 --> 00:20:32,839
meeting.

715
00:20:34,769 --> 00:20:35,569
Basically,

716
00:20:35,569 --> 00:20:36,809
the guy would,

717
00:20:37,450 --> 00:20:39,130
he could pull the DNA of the

718
00:20:39,130 --> 00:20:40,569
compost and find a very rich

719
00:20:40,569 --> 00:20:42,369
environment of both microbe, of

720
00:20:42,869 --> 00:20:44,670
fungi and bacteria.

721
00:20:45,910 --> 00:20:48,609
And he'd pull the same analysis

722
00:20:48,609 --> 00:20:50,390
of an extract and find almost

723
00:20:50,390 --> 00:20:51,190
the same thing.

724
00:20:51,599 --> 00:20:52,720
It still was very rich.

725
00:20:52,799 --> 00:20:53,680
There were many, many, many

726
00:20:53,680 --> 00:20:54,480
species there.

727
00:20:55,519 --> 00:20:56,779
And then a compost tea where

728
00:20:56,779 --> 00:20:58,079
you've allowed it to run for 24

729
00:20:58,079 --> 00:20:59,240
hours or whatever, it was down

730
00:20:59,240 --> 00:21:00,940
to like 12 species and they were

731
00:21:00,940 --> 00:21:01,740
all bacteria.

732
00:21:02,369 --> 00:21:04,109
It was like a shocker to me.

733
00:21:05,819 --> 00:21:06,619
So I have,

734
00:21:06,740 --> 00:21:07,960
starting this year, we're now,

735
00:21:08,099 --> 00:21:09,119
we're doing extract.

736
00:21:09,299 --> 00:21:10,099
We're no longer.

737
00:21:10,000 --> 00:21:11,180
we don't run that brewer

738
00:21:11,180 --> 00:21:12,660
overnight. We, we start it in

739
00:21:12,660 --> 00:21:13,960
the morning for half an hour, an

740
00:21:13,960 --> 00:21:15,480
hour, and then yeah.

741
00:21:16,079 --> 00:21:16,940
So that's one thing,

742
00:21:18,019 --> 00:21:20,119
uh, in terms of the actual soil

743
00:21:20,119 --> 00:21:21,420
improvements and so forth,

744
00:21:23,049 --> 00:21:24,250
it's interesting what's going

745
00:21:24,250 --> 00:21:26,769
on. So if you, if you go out in

746
00:21:26,769 --> 00:21:27,809
the woods and

747
00:21:28,700 --> 00:21:29,799
pull a soil sample,

748
00:21:30,849 --> 00:21:32,509
the numbers are, uh,

749
00:21:34,160 --> 00:21:36,279
the pH out in the woods is 5 .9

750
00:21:36,279 --> 00:21:38,619
and the organic matter is 8 .8%.

751
00:21:39,460 --> 00:21:40,339
That's pretty good.

752
00:21:40,519 --> 00:21:41,319
It's pretty good.

753
00:21:41,480 --> 00:21:42,940
So, it's an oak woodland.

754
00:21:44,220 --> 00:21:45,500
No one's touched it forever.

755
00:21:45,640 --> 00:21:46,539
It's just been sitting there.

756
00:21:47,259 --> 00:21:48,519
And if you pull the same numbers

757
00:21:48,519 --> 00:21:50,380
on the vineyard,

758
00:21:51,279 --> 00:21:52,319
the soil organic matter is

759
00:21:52,319 --> 00:21:53,119
pretty decent.

760
00:21:53,440 --> 00:21:54,380
I've done it in

761
00:21:54,849 --> 00:21:56,430
multiple places and it ranges

762
00:21:56,430 --> 00:21:59,349
between 5 .8 % and 6 .9%.

763
00:22:00,170 --> 00:22:01,990
So, pretty reasonable soil

764
00:22:01,990 --> 00:22:02,789
organic matter.

765
00:22:04,119 --> 00:22:05,240
The kind

766
00:22:05,750 --> 00:22:06,890
of the challenge I found though

767
00:22:06,890 --> 00:22:08,849
is that the pH under my drippers

768
00:22:08,849 --> 00:22:09,849
is seven and a half.

769
00:22:11,400 --> 00:22:12,460
That has nothing to do with

770
00:22:12,460 --> 00:22:13,519
water quality, does it?

771
00:22:14,079 --> 00:22:15,619
I'm pretty sure that's what it

772
00:22:15,619 --> 00:22:16,419
is.

773
00:22:16,740 --> 00:22:18,640
Uh, whereas out in the, uh, in

774
00:22:18,640 --> 00:22:19,960
the rows, it's more like

775
00:22:20,309 --> 00:22:21,829
six, four or something like

776
00:22:21,829 --> 00:22:23,009
that. It's still higher

777
00:22:23,319 --> 00:22:24,500
than in the woods, but I figured

778
00:22:24,500 --> 00:22:25,720
there's probably some acid in

779
00:22:25,720 --> 00:22:26,940
those leaves or something out

780
00:22:26,940 --> 00:22:27,740
there.

781
00:22:28,279 --> 00:22:29,079
So

782
00:22:29,230 --> 00:22:32,049
my current thoughts are

783
00:22:33,579 --> 00:22:34,579
part of my problem.

784
00:22:34,680 --> 00:22:35,799
Part of the problems I'm having

785
00:22:35,799 --> 00:22:37,779
possibly with the micronutrients

786
00:22:37,779 --> 00:22:38,579
in the SAP

787
00:22:39,210 --> 00:22:41,470
is due to the fact that this pH

788
00:22:41,470 --> 00:22:43,150
is pretty darn high under the

789
00:22:43,150 --> 00:22:43,950
dripper area.

790
00:22:44,619 --> 00:22:46,940
So I'm trying to tackle that

791
00:22:46,940 --> 00:22:47,740
this year

792
00:22:48,759 --> 00:22:49,759
and the.

793
00:22:50,339 --> 00:22:52,640
The first approach I'm trying is

794
00:22:52,640 --> 00:22:54,299
this. There's an outfit that

795
00:22:54,299 --> 00:22:56,619
injects carbon dioxide into an

796
00:22:56,619 --> 00:22:57,420
irrigation line

797
00:22:57,799 --> 00:23:00,099
and creates carbonic acid, which

798
00:23:00,099 --> 00:23:01,579
definitely lowers that pH

799
00:23:01,579 --> 00:23:02,379
beautifully.

800
00:23:03,960 --> 00:23:06,259
So I'm trying that and we'll

801
00:23:06,259 --> 00:23:07,940
see, see where that takes us.

802
00:23:08,059 --> 00:23:08,859
I still, I don't fully

803
00:23:08,759 --> 00:23:09,920
understand the chemistry because

804
00:23:09,920 --> 00:23:10,720
there's,

805
00:23:10,710 --> 00:23:11,829
you get some carbon there, you

806
00:23:11,829 --> 00:23:12,629
got some

807
00:23:12,799 --> 00:23:13,880
protons there,

808
00:23:14,339 --> 00:23:15,660
but you've also got carbonate.

809
00:23:15,799 --> 00:23:16,940
So I don't know, I'm not sure.

810
00:23:17,259 --> 00:23:18,099
You probably know better than I

811
00:23:18,099 --> 00:23:18,899
do on that.

812
00:23:20,710 --> 00:23:21,690
Yeah, the carbonic acid,

813
00:23:22,650 --> 00:23:24,609
quite little I've seen so far,

814
00:23:24,670 --> 00:23:25,950
has been a very nice performer.

815
00:23:26,880 --> 00:23:28,859
And the biology seems to have,

816
00:23:29,039 --> 00:23:30,299
not have the detrimental effect

817
00:23:30,299 --> 00:23:31,759
on biology that some other acids

818
00:23:31,759 --> 00:23:33,019
do as well. So that's a plus

819
00:23:33,019 --> 00:23:33,819
also.

820
00:23:35,319 --> 00:23:37,059
So I'm hoping that that will

821
00:23:37,059 --> 00:23:37,940
take me forward.

822
00:23:39,329 --> 00:23:40,129
And

823
00:23:40,490 --> 00:23:42,190
so the areas that in terms of

824
00:23:42,190 --> 00:23:43,509
nutrients that I'm working on

825
00:23:43,509 --> 00:23:44,309
are I

826
00:23:44,809 --> 00:23:46,349
need to get more calcium in the

827
00:23:46,349 --> 00:23:47,149
program.

828
00:23:49,539 --> 00:23:51,799
And I see that in my sap and

829
00:23:51,799 --> 00:23:53,960
iron is the other one that we

830
00:23:53,960 --> 00:23:55,000
tend to struggle with.

831
00:23:55,160 --> 00:23:55,960
And

832
00:23:55,839 --> 00:23:57,619
so at this point, whenever I do

833
00:23:57,619 --> 00:23:59,099
a fertigation, I'm doing some

834
00:23:59,730 --> 00:24:01,390
calcium along with it

835
00:24:01,900 --> 00:24:04,059
and in our foliars as well.

836
00:24:05,660 --> 00:24:07,259
Do you see calcium trending up

837
00:24:07,259 --> 00:24:08,059
over the season?

838
00:24:09,009 --> 00:24:10,130
We do. Absolutely.

839
00:24:10,369 --> 00:24:12,349
We eventually get it there.

840
00:24:13,269 --> 00:24:14,950
I'd like to have it be there on

841
00:24:15,230 --> 00:24:16,029
day one.

842
00:24:16,630 --> 00:24:18,250
Have you

843
00:24:19,519 --> 00:24:20,759
played around with boron levels

844
00:24:20,759 --> 00:24:21,559
at all?

845
00:24:22,180 --> 00:24:23,539
We've monitored boron.

846
00:24:24,839 --> 00:24:26,660
Again, looking at the sap, I

847
00:24:26,660 --> 00:24:27,539
have been...

848
00:24:28,299 --> 00:24:29,660
with the fertigation I'm doing

849
00:24:29,660 --> 00:24:31,640
now, I'm using CalGard and I'm

850
00:24:31,640 --> 00:24:34,099
using rebound boron in there.

851
00:24:36,819 --> 00:24:37,640
But we've had the same...

852
00:24:37,640 --> 00:24:39,799
the boron is another one that we

853
00:24:39,799 --> 00:24:41,400
tend to build up over the season

854
00:24:41,400 --> 00:24:42,480
and we eventually get there.

855
00:24:42,619 --> 00:24:43,419
And

856
00:24:43,089 --> 00:24:44,210
again, I'd like to get there

857
00:24:44,210 --> 00:24:45,009
right away.

858
00:24:47,259 --> 00:24:48,400
Do you have any perspective

859
00:24:48,400 --> 00:24:50,740
given the depth of history that

860
00:24:50,740 --> 00:24:52,220
you have on your soils with

861
00:24:52,880 --> 00:24:55,380
having had them covered with

862
00:24:55,380 --> 00:24:56,799
plant material for the long term

863
00:24:56,799 --> 00:24:58,759
and the compost?

864
00:25:00,099 --> 00:25:01,900
extracts that you've and the

865
00:25:01,900 --> 00:25:02,880
teas that you've been applying.

866
00:25:02,960 --> 00:25:04,000
Do you have any perspectives on

867
00:25:04,000 --> 00:25:05,279
your soils fungal bacterial

868
00:25:05,279 --> 00:25:07,599
ratios and what might have been

869
00:25:07,599 --> 00:25:08,399
happening there?

870
00:25:08,799 --> 00:25:10,059
Well, again, I don't have a heck

871
00:25:10,059 --> 00:25:11,259
of a lot of history, but I do

872
00:25:11,259 --> 00:25:13,160
have a snapshot anyway.

873
00:25:15,319 --> 00:25:17,359
PLFA analysis is what I've got.

874
00:25:18,829 --> 00:25:19,789
And so

875
00:25:21,480 --> 00:25:23,700
the numbers are, let's see here.

876
00:25:25,400 --> 00:25:27,380
In terms of bacteria, I have,

877
00:25:27,640 --> 00:25:29,259
and they've measured nanograms

878
00:25:29,259 --> 00:25:30,720
per gram for what that's worth.

879
00:25:31,259 --> 00:25:33,200
So, I run about 1 ,700 on total

880
00:25:33,200 --> 00:25:34,000
bacteria,

881
00:25:34,890 --> 00:25:37,069
and on fungi, I run about 900.

882
00:25:39,299 --> 00:25:40,099
So,

883
00:25:40,240 --> 00:25:41,039
and the

884
00:25:41,960 --> 00:25:44,000
herbuscular mycorrhizal are

885
00:25:44,000 --> 00:25:46,200
about 200, and the saprophytic

886
00:25:46,200 --> 00:25:47,000
are about

887
00:25:47,049 --> 00:25:48,390
700.

888
00:25:50,559 --> 00:25:51,680
So, that's sort of the picture.

889
00:25:51,740 --> 00:25:52,660
I think it's reasonable,

890
00:25:52,900 --> 00:25:53,700
although again,

891
00:25:54,410 --> 00:25:56,210
You have some pretty, you have

892
00:25:56,210 --> 00:25:57,410
some quite decent soil, high

893
00:25:57,410 --> 00:25:58,369
organic matter, and you have

894
00:25:58,369 --> 00:26:00,349
some very nice raw material

895
00:26:00,349 --> 00:26:01,650
resources there to work with

896
00:26:01,650 --> 00:26:02,690
that many people would probably

897
00:26:02,690 --> 00:26:03,529
be envious of.

898
00:26:04,519 --> 00:26:05,940
Yeah, I think it's pretty good

899
00:26:05,940 --> 00:26:06,740
at this point.

900
00:26:08,609 --> 00:26:10,309
I think I'm

901
00:26:10,660 --> 00:26:12,039
shifting my focus back more to

902
00:26:12,039 --> 00:26:13,819
the vines. I think the soil is

903
00:26:13,819 --> 00:26:15,529
in pretty decent shape and

904
00:26:17,029 --> 00:26:18,349
we're going to really get on

905
00:26:18,349 --> 00:26:20,960
those saps and try and make sure

906
00:26:20,960 --> 00:26:21,920
we get the vines happy.

907
00:26:23,019 --> 00:26:25,720
How has your fruit quality and

908
00:26:25,720 --> 00:26:27,240
wine quality and disease

909
00:26:27,240 --> 00:26:28,599
resistance evolved over this

910
00:26:28,599 --> 00:26:29,399
entire journey?

911
00:26:29,259 --> 00:26:30,740
So far, we've spoken about your

912
00:26:30,740 --> 00:26:31,900
soil, but what's been happening

913
00:26:31,900 --> 00:26:32,700
with the plants?

914
00:26:32,980 --> 00:26:34,559
Yes, it's really interesting.

915
00:26:37,329 --> 00:26:39,410
The basic answer is nothing,

916
00:26:39,650 --> 00:26:40,450
John.

917
00:26:42,220 --> 00:26:43,619
With wine, you can look at

918
00:26:43,619 --> 00:26:44,419
sensory

919
00:26:44,690 --> 00:26:47,670
and starting in 2020, we added

920
00:26:47,670 --> 00:26:48,690
the ability to measure

921
00:26:48,690 --> 00:26:50,349
phenolics. So we can measure the

922
00:26:50,349 --> 00:26:52,250
tannin levels and anthocyanins

923
00:26:52,250 --> 00:26:53,049
in our wines.

924
00:26:53,880 --> 00:26:54,940
And what we're finding is they

925
00:26:54,940 --> 00:26:56,109
were good to start with and they

926
00:26:56,109 --> 00:26:57,109
continue to be good.

927
00:26:58,269 --> 00:26:59,069
So

928
00:27:00,549 --> 00:27:03,569
again, there's time ahead.

929
00:27:03,710 --> 00:27:05,009
We'll see just how it goes.

930
00:27:05,109 --> 00:27:06,190
We have years left to

931
00:27:06,660 --> 00:27:08,079
work on this thing, but

932
00:27:08,390 --> 00:27:09,190
yeah,

933
00:27:10,069 --> 00:27:11,650
it's kind of surprising really.

934
00:27:12,650 --> 00:27:14,269
So as you've been on this

935
00:27:14,809 --> 00:27:15,609
pathway,

936
00:27:16,130 --> 00:27:18,089
this learning journey and trying

937
00:27:18,089 --> 00:27:18,889
different things,

938
00:27:20,740 --> 00:27:22,880
what produced the most

939
00:27:22,880 --> 00:27:23,920
unexpected results?

940
00:27:24,059 --> 00:27:25,019
What has surprised you?

941
00:27:27,710 --> 00:27:28,890
Oh, that's a good question.

942
00:27:33,220 --> 00:27:35,279
So since you self -describe as

943
00:27:35,279 --> 00:27:36,579
having been subconscious or

944
00:27:36,579 --> 00:27:37,640
unconscious for part of the

945
00:27:37,640 --> 00:27:38,859
time, I figured something had to

946
00:27:38,859 --> 00:27:39,960
wake you up at several points.

947
00:27:40,119 --> 00:27:41,319
Yeah. I was going to say almost

948
00:27:41,319 --> 00:27:42,640
everything is with my first

949
00:27:42,640 --> 00:27:44,660
response to that question.

950
00:27:45,920 --> 00:27:47,920
I was trying to prioritize them.

951
00:27:48,000 --> 00:27:49,099
Okay. Which one was the most

952
00:27:49,099 --> 00:27:49,899
surprising?

953
00:27:50,400 --> 00:27:51,200
Uh,

954
00:27:51,420 --> 00:27:54,289
the thing is sort of the, uh,

955
00:27:55,599 --> 00:27:56,779
if I, if I just kind of reflect

956
00:27:56,779 --> 00:27:58,480
on the great scheme of things,

957
00:27:58,480 --> 00:27:59,279
uh,

958
00:28:00,049 --> 00:28:00,910
in my lifetime,

959
00:28:02,240 --> 00:28:03,400
there's been a, there's been

960
00:28:03,400 --> 00:28:04,460
some really interesting stuff

961
00:28:04,460 --> 00:28:05,259
happened.

962
00:28:06,630 --> 00:28:08,210
So for example, DNA got

963
00:28:08,210 --> 00:28:09,990
discovered. Somebody figured out

964
00:28:09,990 --> 00:28:11,289
DNA and

965
00:28:12,109 --> 00:28:12,909
figured out

966
00:28:13,569 --> 00:28:15,029
how it works, how it makes, how

967
00:28:15,029 --> 00:28:16,930
cells make proteins from it and

968
00:28:16,930 --> 00:28:18,269
how to read the code and all of

969
00:28:18,269 --> 00:28:19,069
that,

970
00:28:19,039 --> 00:28:20,079
which has created this huge

971
00:28:20,079 --> 00:28:21,559
biotech revolution that's going

972
00:28:21,559 --> 00:28:22,359
on.

973
00:28:22,869 --> 00:28:25,190
The transistor got invented and

974
00:28:25,660 --> 00:28:26,980
that's created the whole

975
00:28:26,980 --> 00:28:28,819
computer and AI and all of this

976
00:28:28,819 --> 00:28:29,619
stuff.

977
00:28:31,630 --> 00:28:33,250
of which I was a participant in

978
00:28:33,250 --> 00:28:34,869
the early days and really loved.

979
00:28:35,509 --> 00:28:36,490
But then more recently,

980
00:28:36,809 --> 00:28:38,250
and I think hidden to the

981
00:28:38,250 --> 00:28:40,450
population at this moment, is

982
00:28:40,450 --> 00:28:41,869
this discovery of how plants

983
00:28:41,869 --> 00:28:42,669
grow.

984
00:28:43,230 --> 00:28:45,369
The idea of this kind of soil

985
00:28:45,369 --> 00:28:47,730
food web, which I assume was new

986
00:28:47,730 --> 00:28:49,430
in about 1980 or something like

987
00:28:49,430 --> 00:28:50,230
that.

988
00:28:51,579 --> 00:28:53,299
And then sort

989
00:28:54,160 --> 00:28:56,259
of the liquid carbon pathway

990
00:28:56,259 --> 00:28:59,480
stuff where the

991
00:28:59,480 --> 00:29:00,619
mycorrhizal

992
00:29:01,259 --> 00:29:03,160
fungi became more clearly

993
00:29:03,160 --> 00:29:03,960
understood.

994
00:29:04,099 --> 00:29:05,140
And then more recently, this

995
00:29:05,140 --> 00:29:05,940
rhizophagy.

996
00:29:06,660 --> 00:29:07,720
These are astounding

997
00:29:08,220 --> 00:29:09,599
discoveries, actually.

998
00:29:10,259 --> 00:29:11,279
They're astounding discoveries,

999
00:29:11,339 --> 00:29:12,259
and they completely

1000
00:29:13,220 --> 00:29:15,140
up and on its head, the

1001
00:29:15,140 --> 00:29:17,059
historical practice of agronomy,

1002
00:29:17,359 --> 00:29:18,799
which has not been implemented

1003
00:29:18,799 --> 00:29:20,440
yet on a commercial scale.

1004
00:29:21,000 --> 00:29:21,799
Exactly.

1005
00:29:22,140 --> 00:29:24,339
I find it just fascinating as

1006
00:29:24,339 --> 00:29:25,700
hell to be involved in this

1007
00:29:25,700 --> 00:29:27,380
right now. It's very lucky to be

1008
00:29:27,380 --> 00:29:28,859
alive at this moment in time

1009
00:29:29,259 --> 00:29:30,380
to see how it's going to

1010
00:29:30,380 --> 00:29:31,180
proceed.

1011
00:29:32,089 --> 00:29:33,150
And I think there's more to

1012
00:29:33,150 --> 00:29:34,529
learn. I have a feeling also

1013
00:29:34,529 --> 00:29:35,329
that some of these

1014
00:29:35,799 --> 00:29:37,500
rhizophagia ideas are going to

1015
00:29:37,500 --> 00:29:38,559
find their way back into the

1016
00:29:38,559 --> 00:29:40,079
biotech world, that maybe

1017
00:29:40,079 --> 00:29:41,019
there's some human stuff

1018
00:29:41,539 --> 00:29:43,380
that might be related in some

1019
00:29:43,380 --> 00:29:44,839
way to that whole microbiome

1020
00:29:44,839 --> 00:29:45,799
interaction with

1021
00:29:46,369 --> 00:29:49,650
organism cells and somehow, I

1022
00:29:49,650 --> 00:29:50,650
wouldn't be surprised if we

1023
00:29:50,650 --> 00:29:51,950
don't find something along those

1024
00:29:51,950 --> 00:29:52,750
lines.

1025
00:29:52,789 --> 00:29:54,130
Well, it's interesting actually,

1026
00:29:54,450 --> 00:29:56,329
when I, this is going back 15

1027
00:29:56,329 --> 00:29:57,809
years ago, maybe longer, but

1028
00:29:57,809 --> 00:29:59,470
when I was first studying the

1029
00:30:00,160 --> 00:30:02,619
process of endocytosis, there

1030
00:30:02,619 --> 00:30:05,039
was a historical book, I forget

1031
00:30:05,039 --> 00:30:06,240
exactly when it was published,

1032
00:30:06,359 --> 00:30:07,619
if I had to throw a dart at the

1033
00:30:07,619 --> 00:30:08,900
dart board, I'd say somewhere in

1034
00:30:08,900 --> 00:30:10,680
the 1980s or late 70s,

1035
00:30:11,259 --> 00:30:13,400
It was titled The Organic Method

1036
00:30:13,400 --> 00:30:14,200
Primer.

1037
00:30:14,539 --> 00:30:16,099
It was a husband and wife team

1038
00:30:16,099 --> 00:30:17,880
out of California that wrote it.

1039
00:30:18,910 --> 00:30:21,150
And they first wrote about the

1040
00:30:21,150 --> 00:30:23,490
process of endocytosis of

1041
00:30:23,490 --> 00:30:24,289
plants,

1042
00:30:24,579 --> 00:30:27,180
of plant cells absorbing entire

1043
00:30:27,180 --> 00:30:28,119
bacterial cells.

1044
00:30:28,220 --> 00:30:29,900
And they had some images in that

1045
00:30:29,900 --> 00:30:30,700
book of

1046
00:30:30,809 --> 00:30:32,250
underneath the microscope

1047
00:30:32,250 --> 00:30:33,829
documenting this process.

1048
00:30:34,289 --> 00:30:35,089
Wow.

1049
00:30:34,759 --> 00:30:35,980
And come to find out

1050
00:30:36,579 --> 00:30:38,920
that process is

1051
00:30:39,490 --> 00:30:41,609
well understood and well

1052
00:30:41,609 --> 00:30:43,130
established in human cell

1053
00:30:43,130 --> 00:30:44,990
biology and animal cell biology.

1054
00:30:45,759 --> 00:30:47,059
it never got transferred to

1055
00:30:47,059 --> 00:30:47,859
plants.

1056
00:30:48,789 --> 00:30:49,890
And now we're discovering things

1057
00:30:49,890 --> 00:30:51,670
in plants that, as you said, I

1058
00:30:51,670 --> 00:30:53,069
think are going to come back

1059
00:30:53,069 --> 00:30:55,529
into cellular

1060
00:30:55,910 --> 00:30:57,569
biology more broadly as well.

1061
00:30:58,210 --> 00:30:59,009
Yeah.

1062
00:31:00,109 --> 00:31:02,109
It's a good thing to be alive as

1063
00:31:02,109 --> 00:31:03,569
far as this kind of stuff goes.

1064
00:31:08,130 --> 00:31:09,329
Yeah. So those were some of the

1065
00:31:09,329 --> 00:31:10,730
things that have surprised you.

1066
00:31:10,869 --> 00:31:12,890
What about experiences out in

1067
00:31:12,890 --> 00:31:13,690
the field?

1068
00:31:14,150 --> 00:31:15,369
What have been some observations

1069
00:31:15,369 --> 00:31:16,789
or experiences there that were

1070
00:31:16,789 --> 00:31:17,589
unexpected?

1071
00:31:20,089 --> 00:31:20,889
Well,

1072
00:31:20,930 --> 00:31:21,730
one

1073
00:31:24,460 --> 00:31:26,500
thing that pops to mind is just

1074
00:31:26,779 --> 00:31:28,460
in terms of viticulture,

1075
00:31:30,700 --> 00:31:31,500
one of the

1076
00:31:31,660 --> 00:31:34,220
areas that people go around on

1077
00:31:34,220 --> 00:31:35,799
is the undervine

1078
00:31:38,059 --> 00:31:39,299
tending, I guess, to

1079
00:31:39,619 --> 00:31:40,419
pick a word.

1080
00:31:44,319 --> 00:31:46,519
In my particular situation, that

1081
00:31:46,519 --> 00:31:47,900
native cover comes up like

1082
00:31:47,900 --> 00:31:49,559
crazy, and it's growing right

1083
00:31:49,559 --> 00:31:50,359
under the vines.

1084
00:31:50,259 --> 00:31:51,059
And there's a tendency

1085
00:31:53,500 --> 00:31:55,099
for people to say,

1086
00:31:55,670 --> 00:31:57,009
gosh, the competition there is

1087
00:31:57,009 --> 00:31:58,170
really tough. You've got to get

1088
00:31:58,170 --> 00:31:58,970
it out of there.

1089
00:32:00,049 --> 00:32:01,450
And I'm kind of an observation

1090
00:32:01,450 --> 00:32:02,990
that I don't think I have to,

1091
00:32:03,150 --> 00:32:04,630
that the vines are rooted much,

1092
00:32:04,750 --> 00:32:05,549
much deeper

1093
00:32:05,680 --> 00:32:07,299
than that cover crop.

1094
00:32:07,440 --> 00:32:08,420
Plus you have all of the sort of

1095
00:32:08,420 --> 00:32:10,259
indirect evidence that cover

1096
00:32:10,259 --> 00:32:11,599
crops can help on some of these

1097
00:32:11,599 --> 00:32:12,399
situations.

1098
00:32:15,200 --> 00:32:17,720
So that's one area that I puzzle

1099
00:32:17,720 --> 00:32:18,519
about.

1100
00:32:18,779 --> 00:32:20,900
I think my observation is that

1101
00:32:20,900 --> 00:32:22,500
the real problem with it is just

1102
00:32:22,940 --> 00:32:25,480
annoying the crews that are

1103
00:32:25,480 --> 00:32:26,500
working those vines.

1104
00:32:26,640 --> 00:32:28,940
If it gets too fuzzy in there,

1105
00:32:29,000 --> 00:32:30,859
if you get grasses and stuff

1106
00:32:30,859 --> 00:32:31,880
that are growing all the way up

1107
00:32:31,880 --> 00:32:32,680
into the canopy,

1108
00:32:33,599 --> 00:32:35,799
it impedes their ability to

1109
00:32:36,039 --> 00:32:38,390
fruit thin and shoot thin and

1110
00:32:38,390 --> 00:32:39,190
this sort of thing.

1111
00:32:39,839 --> 00:32:41,180
But in terms of just the actual

1112
00:32:41,710 --> 00:32:43,450
growing of the vine, I don't

1113
00:32:43,450 --> 00:32:44,250
think it's a problem.

1114
00:32:44,369 --> 00:32:45,269
So that's one area.

1115
00:32:48,980 --> 00:32:49,799
When we look at what is

1116
00:32:49,799 --> 00:32:50,740
happening in agriculture

1117
00:32:50,740 --> 00:32:51,539
generally,

1118
00:32:51,819 --> 00:32:53,140
I mean, it's been true for

1119
00:32:53,140 --> 00:32:54,339
several years that the general

1120
00:32:54,339 --> 00:32:56,420
ag macroeconomy has really been

1121
00:32:56,420 --> 00:32:57,220
struggling.

1122
00:32:58,279 --> 00:32:59,299
And something

1123
00:32:59,680 --> 00:33:01,019
similar is happening in wine

1124
00:33:01,019 --> 00:33:02,059
grapes as well, where

1125
00:33:02,059 --> 00:33:03,859
consumption is declining

1126
00:33:03,859 --> 00:33:05,079
dramatically, not just

1127
00:33:05,079 --> 00:33:06,319
domestically, but globally.

1128
00:33:06,599 --> 00:33:08,599
Wine consumption is on a very

1129
00:33:09,299 --> 00:33:11,680
dramatic downward decline, it

1130
00:33:11,680 --> 00:33:12,480
seems.

1131
00:33:13,279 --> 00:33:15,079
How do you see the future

1132
00:33:15,079 --> 00:33:17,859
evolving both in wine industry

1133
00:33:17,859 --> 00:33:19,200
more generally and for your

1134
00:33:19,200 --> 00:33:20,220
operation specifically?

1135
00:33:20,799 --> 00:33:22,420
So that's a really interesting

1136
00:33:22,420 --> 00:33:23,920
question. You're right about

1137
00:33:23,920 --> 00:33:24,720
that.

1138
00:33:25,440 --> 00:33:26,660
The wine industry is really,

1139
00:33:28,029 --> 00:33:29,450
the history is kind of

1140
00:33:29,450 --> 00:33:31,170
interesting. My perspective on

1141
00:33:31,170 --> 00:33:31,970
the history,

1142
00:33:32,109 --> 00:33:33,589
I just had a cat jump down from

1143
00:33:33,779 --> 00:33:35,380
the bookcase to the floor behind

1144
00:33:35,380 --> 00:33:36,180
me there.

1145
00:33:38,349 --> 00:33:39,849
If you go back,

1146
00:33:40,430 --> 00:33:41,650
The prohibition pretty much

1147
00:33:41,650 --> 00:33:43,849
knocked out the, the, uh, the

1148
00:33:43,849 --> 00:33:44,869
wine business, at least in

1149
00:33:44,869 --> 00:33:46,930
America. And there was a very

1150
00:33:46,930 --> 00:33:49,369
slow recovery after that.

1151
00:33:49,369 --> 00:33:50,509
It sort of drifted back,

1152
00:33:51,180 --> 00:33:54,130
uh, starting in around 1970 or

1153
00:33:54,130 --> 00:33:55,950
so Robert Mondavi and the Napa

1154
00:33:55,950 --> 00:33:57,690
Valley really kind of began to

1155
00:33:58,829 --> 00:34:00,150
seem to push and move that

1156
00:34:00,150 --> 00:34:00,950
forward,

1157
00:34:01,119 --> 00:34:04,000
uh, and, uh, made some progress.

1158
00:34:04,000 --> 00:34:05,180
But in the eighties, the mothers

1159
00:34:05,180 --> 00:34:06,440
against drunk driving, remember

1160
00:34:06,440 --> 00:34:07,240
that mad,

1161
00:34:08,429 --> 00:34:10,269
they put the kibosh on a lot of

1162
00:34:10,269 --> 00:34:11,510
that growth. And so the wine

1163
00:34:11,510 --> 00:34:12,489
industry again was pretty

1164
00:34:12,489 --> 00:34:14,010
stagnant and not moving a lot.

1165
00:34:14,730 --> 00:34:15,989
And then you

1166
00:34:16,530 --> 00:34:18,510
can actually set your watch to

1167
00:34:18,510 --> 00:34:19,510
the moment where it turned

1168
00:34:19,510 --> 00:34:20,310
around.

1169
00:34:20,519 --> 00:34:21,320
It was a

1170
00:34:22,280 --> 00:34:24,800
60 minutes episode in about 1991

1171
00:34:24,800 --> 00:34:25,600
or 92.

1172
00:34:26,530 --> 00:34:27,530
It was called the French

1173
00:34:27,530 --> 00:34:28,330
Paradox.

1174
00:34:28,590 --> 00:34:30,849
And they did a half an hour of

1175
00:34:31,550 --> 00:34:33,349
going over to France and showing

1176
00:34:33,349 --> 00:34:34,750
these people eating all these

1177
00:34:34,750 --> 00:34:35,550
fatty foods.

1178
00:34:35,630 --> 00:34:36,430
and

1179
00:34:36,750 --> 00:34:38,809
pasta and wine.

1180
00:34:40,090 --> 00:34:41,809
And then they

1181
00:34:42,190 --> 00:34:44,969
quoted the stats about

1182
00:34:44,969 --> 00:34:47,949
the cardiovascular disease

1183
00:34:47,949 --> 00:34:49,630
rates being way lower, longer

1184
00:34:49,630 --> 00:34:50,710
lives, et cetera, et cetera.

1185
00:34:50,829 --> 00:34:51,829
And then at the end, they sort

1186
00:34:51,829 --> 00:34:52,750
of popped the surprise.

1187
00:34:53,150 --> 00:34:53,950
And guess what?

1188
00:34:53,849 --> 00:34:55,030
There was a glass of red wine

1189
00:34:55,030 --> 00:34:56,250
sitting on every one of those

1190
00:34:56,250 --> 00:34:57,690
tables that you saw earlier.

1191
00:34:58,500 --> 00:35:00,280
And at that moment, the US wine

1192
00:35:00,280 --> 00:35:01,159
industry took off.

1193
00:35:01,300 --> 00:35:02,780
If you could plot it, you would

1194
00:35:02,780 --> 00:35:04,340
see an inflection point.

1195
00:35:05,179 --> 00:35:06,500
And it maintained that growth

1196
00:35:06,500 --> 00:35:07,880
rate growing, I don't know, 7 %

1197
00:35:07,880 --> 00:35:11,150
to 10 % a year until 2019.

1198
00:35:12,789 --> 00:35:14,389
So we basically have a 30 -year

1199
00:35:14,389 --> 00:35:16,269
span of uninterrupted growth.

1200
00:35:16,389 --> 00:35:17,329
And we have an industry

1201
00:35:18,340 --> 00:35:20,530
that almost everybody that works

1202
00:35:20,530 --> 00:35:22,230
in it has never experienced a

1203
00:35:22,230 --> 00:35:23,030
downturn.

1204
00:35:23,210 --> 00:35:24,010
So

1205
00:35:23,989 --> 00:35:25,010
it comes as kind of a rude

1206
00:35:25,010 --> 00:35:25,810
shock.

1207
00:35:26,769 --> 00:35:28,389
In retrospect, it peaked in

1208
00:35:28,389 --> 00:35:29,190
2019.

1209
00:35:30,280 --> 00:35:32,320
But then COVID came along and

1210
00:35:32,320 --> 00:35:33,120
there was a

1211
00:35:34,110 --> 00:35:36,050
natural spike again.

1212
00:35:36,230 --> 00:35:37,730
2020 was a great year because

1213
00:35:37,730 --> 00:35:39,070
most people were sitting at home

1214
00:35:39,070 --> 00:35:39,870
and

1215
00:35:39,809 --> 00:35:41,269
having wine delivered to their,

1216
00:35:41,389 --> 00:35:43,150
to their front doorstep.

1217
00:35:43,849 --> 00:35:45,949
So 20 and 21 seemed pretty good.

1218
00:35:46,070 --> 00:35:47,550
Then in 22, it began to revert

1219
00:35:47,550 --> 00:35:49,010
back to more normal.

1220
00:35:49,150 --> 00:35:50,210
And suddenly we

1221
00:35:51,289 --> 00:35:52,469
discovered that actually the

1222
00:35:52,469 --> 00:35:54,550
industry peaked in 2019 and

1223
00:35:54,550 --> 00:35:55,949
there was never catching up.

1224
00:35:56,030 --> 00:35:57,309
So there has been some hard

1225
00:35:57,309 --> 00:35:58,110
years

1226
00:35:58,260 --> 00:35:59,940
and it is shrinking.

1227
00:36:00,059 --> 00:36:01,400
So that's kind of the history,

1228
00:36:01,480 --> 00:36:03,219
but now looking ahead, where are

1229
00:36:03,219 --> 00:36:04,019
we going to go?

1230
00:36:05,639 --> 00:36:06,440
Who knows?

1231
00:36:08,000 --> 00:36:10,219
That's one thing about time is

1232
00:36:10,219 --> 00:36:11,539
you can look back and you can't

1233
00:36:11,539 --> 00:36:12,780
change anything and you can look

1234
00:36:12,780 --> 00:36:13,760
ahead and you don't have any

1235
00:36:13,760 --> 00:36:14,719
idea what the hell's coming.

1236
00:36:15,000 --> 00:36:15,800
So

1237
00:36:15,360 --> 00:36:18,000
with that in mind, we can

1238
00:36:18,000 --> 00:36:19,360
prognosticate to our heart's

1239
00:36:19,360 --> 00:36:20,160
content.

1240
00:36:21,679 --> 00:36:22,639
Personally, I think

1241
00:36:23,690 --> 00:36:26,010
to me, wine is not just alcohol.

1242
00:36:26,010 --> 00:36:27,929
It's not something you drink in

1243
00:36:27,929 --> 00:36:29,030
order to achieve a

1244
00:36:29,960 --> 00:36:31,440
level of drunkenness or

1245
00:36:31,440 --> 00:36:32,960
whatever. It's a social

1246
00:36:33,659 --> 00:36:35,639
beverage. It's intended to be

1247
00:36:35,639 --> 00:36:37,559
enjoyed with food and people and

1248
00:36:37,559 --> 00:36:38,360
friends.

1249
00:36:39,099 --> 00:36:40,039
It serves a minor

1250
00:36:40,480 --> 00:36:43,039
purpose of lubricating the

1251
00:36:43,039 --> 00:36:43,940
social interaction.

1252
00:36:45,420 --> 00:36:46,840
At the appropriate level, it's

1253
00:36:46,840 --> 00:36:48,800
wonderful. I personally feel

1254
00:36:48,800 --> 00:36:49,600
like there's probably some

1255
00:36:49,599 --> 00:36:50,400
health benefits

1256
00:36:51,170 --> 00:36:53,949
with reasonable consumption.

1257
00:36:56,199 --> 00:36:57,860
I have confidence that we'll

1258
00:36:57,860 --> 00:36:59,400
come back. I don't anticipate

1259
00:36:59,400 --> 00:37:00,619
it's going to be real fast or

1260
00:37:00,619 --> 00:37:01,519
anything like that,

1261
00:37:01,940 --> 00:37:03,099
but the fundamentals of human

1262
00:37:03,099 --> 00:37:04,440
life don't really change.

1263
00:37:04,519 --> 00:37:05,780
Having friends and

1264
00:37:06,539 --> 00:37:08,300
enjoying a meal, these are

1265
00:37:08,300 --> 00:37:09,100
things that

1266
00:37:09,360 --> 00:37:10,199
will not change.

1267
00:37:10,280 --> 00:37:11,179
They've been around since,

1268
00:37:12,030 --> 00:37:13,630
I don't know, Julius Caesar or

1269
00:37:13,630 --> 00:37:15,570
somebody, you know, goes back.

1270
00:37:16,110 --> 00:37:18,369
So my personal approach is to

1271
00:37:19,070 --> 00:37:20,130
stay the course,

1272
00:37:20,590 --> 00:37:21,390
try

1273
00:37:21,710 --> 00:37:22,809
and really focus on

1274
00:37:25,199 --> 00:37:26,000
growing

1275
00:37:26,619 --> 00:37:28,440
the healthiest, most nutrient

1276
00:37:28,440 --> 00:37:30,639
-dense grapes I can possibly do,

1277
00:37:30,760 --> 00:37:32,059
and making the greatest wine I

1278
00:37:32,059 --> 00:37:32,860
can out of them,

1279
00:37:33,590 --> 00:37:34,590
keeping it at a reasonable

1280
00:37:34,590 --> 00:37:35,650
price, and

1281
00:37:36,920 --> 00:37:38,079
build it and they will come.

1282
00:37:38,380 --> 00:37:39,180
So, yeah,

1283
00:37:39,079 --> 00:37:40,719
probably not going to win me any

1284
00:37:40,719 --> 00:37:42,420
marketing prizes, but that's my

1285
00:37:42,420 --> 00:37:43,220
view.

1286
00:37:43,289 --> 00:37:45,250
Well, I think your comments

1287
00:37:45,250 --> 00:37:46,789
speak to differentiation.

1288
00:37:47,389 --> 00:37:48,590
It's a simple question.

1289
00:37:48,769 --> 00:37:50,780
If you have greater production

1290
00:37:50,780 --> 00:37:52,559
and greater supply than you have

1291
00:37:52,559 --> 00:37:54,579
demand, how do you differentiate

1292
00:37:54,579 --> 00:37:55,460
in that environment?

1293
00:37:57,440 --> 00:37:59,639
Exactly, and I can tell you that

1294
00:37:59,639 --> 00:38:01,780
the regen ag is going to be big.

1295
00:38:01,860 --> 00:38:02,760
I'm sure you've already noticed

1296
00:38:02,760 --> 00:38:03,560
that.

1297
00:38:04,619 --> 00:38:05,780
Yeah, I think everything,

1298
00:38:06,989 --> 00:38:08,710
all the indicators point to wine

1299
00:38:08,710 --> 00:38:11,389
grapes being the leader in

1300
00:38:11,829 --> 00:38:13,829
implementing and adopting regen

1301
00:38:13,829 --> 00:38:16,929
ag on scale to the point where

1302
00:38:16,929 --> 00:38:19,090
it could rapidly grow to be a

1303
00:38:19,090 --> 00:38:20,429
significant proportion of the

1304
00:38:20,429 --> 00:38:21,230
overall production.

1305
00:38:21,630 --> 00:38:23,769
Oh yeah, I expect it will, John.

1306
00:38:24,969 --> 00:38:26,269
The wine industry is,

1307
00:38:26,630 --> 00:38:27,630
the way I think about it, is

1308
00:38:27,630 --> 00:38:28,730
kind of at the top of the,

1309
00:38:29,030 --> 00:38:30,469
near the top of the agricultural

1310
00:38:30,469 --> 00:38:31,849
pyramid in terms of

1311
00:38:32,190 --> 00:38:33,630
dollars per acre or something

1312
00:38:33,630 --> 00:38:34,430
like that.

1313
00:38:34,889 --> 00:38:36,349
And it is typically

1314
00:38:36,820 --> 00:38:38,380
vertically integrated in the

1315
00:38:38,380 --> 00:38:40,119
sense that,

1316
00:38:41,269 --> 00:38:42,710
like in my case, most of my

1317
00:38:42,710 --> 00:38:44,570
grapes I sell to myself and I

1318
00:38:44,570 --> 00:38:46,050
make wine out of them and then I

1319
00:38:46,050 --> 00:38:46,850
sell that wine.

1320
00:38:46,969 --> 00:38:47,989
So I have a

1321
00:38:48,880 --> 00:38:49,940
I don't have to go through a

1322
00:38:49,940 --> 00:38:52,159
broker or some cooperative or

1323
00:38:52,159 --> 00:38:53,900
something like that, which,

1324
00:38:54,239 --> 00:38:56,380
and there's also a plethora of

1325
00:38:56,380 --> 00:38:58,239
marketing people associated with

1326
00:38:58,239 --> 00:38:59,039
the wine industry.

1327
00:38:59,360 --> 00:39:00,800
If you go into these big,

1328
00:39:01,380 --> 00:39:02,840
the larger corporations,

1329
00:39:04,050 --> 00:39:05,150
I would guess they have more

1330
00:39:05,150 --> 00:39:06,349
marketing people than anything

1331
00:39:06,349 --> 00:39:07,409
else. Uh,

1332
00:39:07,739 --> 00:39:09,420
and they are looking for an edge

1333
00:39:09,420 --> 00:39:12,300
and regen ag. It just, it's a

1334
00:39:12,300 --> 00:39:14,079
bright shining star and you can

1335
00:39:14,079 --> 00:39:15,880
bet there will be a mad rush to

1336
00:39:16,550 --> 00:39:18,150
implement that and to exploit it

1337
00:39:18,150 --> 00:39:18,950
in the marketplace.

1338
00:39:19,030 --> 00:39:19,830
So

1339
00:39:19,880 --> 00:39:20,860
you guys are going to do well.

1340
00:39:21,909 --> 00:39:22,989
Your timing is excellent.

1341
00:39:24,019 --> 00:39:25,420
Well, we were there before the

1342
00:39:25,420 --> 00:39:26,260
timing was excellent.

1343
00:39:26,400 --> 00:39:27,200
Yeah, exactly.

1344
00:39:27,480 --> 00:39:28,619
That's why.

1345
00:39:30,650 --> 00:39:31,450
Yeah.

1346
00:39:32,159 --> 00:39:32,960
Yeah, it's certainly an

1347
00:39:32,920 --> 00:39:33,720
interesting time.

1348
00:39:33,719 --> 00:39:35,460
And I think your

1349
00:39:36,860 --> 00:39:38,079
comments about vertical

1350
00:39:38,079 --> 00:39:39,539
integration and value adding,

1351
00:39:39,619 --> 00:39:41,059
they're kind of inherent within

1352
00:39:41,059 --> 00:39:41,860
winemaking.

1353
00:39:42,380 --> 00:39:43,960
There's the grape growing and

1354
00:39:43,960 --> 00:39:44,780
then there's the winemaking.

1355
00:39:45,159 --> 00:39:46,099
It's kind of,

1356
00:39:46,809 --> 00:39:48,090
there's that inherent close

1357
00:39:48,090 --> 00:39:49,369
connection because you have this

1358
00:39:49,369 --> 00:39:50,170
very short life.

1359
00:39:50,150 --> 00:39:51,090
You don't have something that's

1360
00:39:51,090 --> 00:39:51,890
storable.

1361
00:39:52,500 --> 00:39:54,059
And when I look at the rest of

1362
00:39:54,059 --> 00:39:55,420
the agricultural landscape, so

1363
00:39:55,420 --> 00:39:56,699
many of the other things that we

1364
00:39:56,699 --> 00:39:58,739
produce, a majority of them are

1365
00:39:59,659 --> 00:40:01,360
commodities or quasi commodities

1366
00:40:01,360 --> 00:40:02,320
that can be stored.

1367
00:40:02,960 --> 00:40:04,820
And we've disassociated the

1368
00:40:05,039 --> 00:40:06,219
production from the value

1369
00:40:06,219 --> 00:40:07,019
adding.

1370
00:40:07,880 --> 00:40:08,680
That's correct.

1371
00:40:08,519 --> 00:40:10,000
And I think that if you're on

1372
00:40:10,000 --> 00:40:11,280
the farmer's end of that, you're

1373
00:40:11,630 --> 00:40:12,989
you've got a big challenge.

1374
00:40:13,130 --> 00:40:13,930
It's,

1375
00:40:14,420 --> 00:40:15,659
you know, the value chain,

1376
00:40:16,360 --> 00:40:17,400
when the

1377
00:40:17,809 --> 00:40:19,090
way it works in a value chain is

1378
00:40:19,090 --> 00:40:20,510
the person closest to you actual

1379
00:40:20,510 --> 00:40:21,310
consumer

1380
00:40:21,579 --> 00:40:23,420
is who makes the most margin.

1381
00:40:23,639 --> 00:40:24,440
And,

1382
00:40:24,309 --> 00:40:25,110
uh, when there's a,

1383
00:40:25,530 --> 00:40:27,269
when there's an inventory issue,

1384
00:40:27,550 --> 00:40:29,710
it ripples back and it whipsaws

1385
00:40:29,710 --> 00:40:31,130
the guys at the very front end

1386
00:40:31,130 --> 00:40:32,289
of it. So the

1387
00:40:32,800 --> 00:40:34,639
farmer is probably in that

1388
00:40:34,639 --> 00:40:35,440
situation.

1389
00:40:35,679 --> 00:40:36,940
Wine is pretty lucky that

1390
00:40:36,940 --> 00:40:38,500
although there are still quite a

1391
00:40:38,500 --> 00:40:39,300
number of,

1392
00:40:39,639 --> 00:40:40,820
of guys that are

1393
00:40:41,260 --> 00:40:43,760
just growers that are seeking to

1394
00:40:43,760 --> 00:40:45,500
sell grapes to another wine

1395
00:40:45,500 --> 00:40:46,300
company.

1396
00:40:46,670 --> 00:40:48,289
and they're, I'm sure, under

1397
00:40:48,289 --> 00:40:49,590
intense pressure right now.

1398
00:40:51,349 --> 00:40:52,150
Yeah,

1399
00:40:53,980 --> 00:40:55,420
I'm

1400
00:40:55,860 --> 00:40:57,059
just realizing, I feel like we

1401
00:40:57,059 --> 00:40:58,659
didn't quite finish up on the

1402
00:40:58,659 --> 00:41:01,019
plant population, or excuse me,

1403
00:41:01,039 --> 00:41:03,500
on the plant conversation of how

1404
00:41:03,500 --> 00:41:05,820
are your plants evolving and how

1405
00:41:05,820 --> 00:41:08,420
are they expressing themselves

1406
00:41:08,420 --> 00:41:09,480
differently than they have in

1407
00:41:09,480 --> 00:41:10,440
the past in any way.

1408
00:41:10,719 --> 00:41:12,079
You started by

1409
00:41:12,429 --> 00:41:14,710
responding to some of the things

1410
00:41:14,710 --> 00:41:15,710
that you've

1411
00:41:16,719 --> 00:41:17,980
been surprised by, such as

1412
00:41:17,980 --> 00:41:19,400
rhizophagia and so forth, but

1413
00:41:19,400 --> 00:41:21,199
I'd love to dig more into

1414
00:41:22,059 --> 00:41:23,739
the infield application of how

1415
00:41:23,739 --> 00:41:24,639
things might have changed.

1416
00:41:27,030 --> 00:41:27,830
So,

1417
00:41:28,369 --> 00:41:29,650
you're thinking sort of in terms

1418
00:41:29,650 --> 00:41:31,210
of how the vines are behaving

1419
00:41:31,210 --> 00:41:32,329
differently now, possibly?

1420
00:41:33,070 --> 00:41:34,889
A combination of how the vines

1421
00:41:34,889 --> 00:41:36,090
are behaving differently and how

1422
00:41:36,090 --> 00:41:37,429
your management of the vines is

1423
00:41:37,429 --> 00:41:38,550
different, if it is at all.

1424
00:41:40,460 --> 00:41:41,260
So,

1425
00:41:41,300 --> 00:41:42,100
I

1426
00:41:43,289 --> 00:41:44,090
don't want to give the

1427
00:41:43,809 --> 00:41:45,590
impression that the vineyard is

1428
00:41:45,590 --> 00:41:47,150
just pristine. I've got plenty

1429
00:41:47,150 --> 00:41:49,230
of challenges. I have, there

1430
00:41:50,400 --> 00:41:51,880
is trunk disease out there that

1431
00:41:51,880 --> 00:41:53,119
comes from, you know, long ago

1432
00:41:53,119 --> 00:41:55,349
fungal infections that have

1433
00:41:55,349 --> 00:41:56,150
gotten

1434
00:41:56,489 --> 00:41:57,429
in through a pruning wound

1435
00:41:57,429 --> 00:41:58,230
somewhere.

1436
00:41:58,639 --> 00:42:00,829
So we're constantly fighting

1437
00:42:00,829 --> 00:42:02,530
that and we continue to

1438
00:42:03,289 --> 00:42:04,429
work

1439
00:42:05,730 --> 00:42:07,469
on trying to do better on our

1440
00:42:07,469 --> 00:42:08,269
mildew.

1441
00:42:08,530 --> 00:42:09,769
But just generally speaking,

1442
00:42:09,969 --> 00:42:12,309
what I have observed is that

1443
00:42:15,150 --> 00:42:16,269
the vines are happy.

1444
00:42:17,530 --> 00:42:18,330
Maybe

1445
00:42:20,210 --> 00:42:22,230
the way I would think about it

1446
00:42:22,230 --> 00:42:23,590
is you can drive around and look

1447
00:42:23,590 --> 00:42:25,150
at vineyards and occasionally

1448
00:42:25,150 --> 00:42:26,829
you'll see a vineyard that's got

1449
00:42:26,829 --> 00:42:27,630
that

1450
00:42:27,710 --> 00:42:30,050
beautiful bare dirt everywhere.

1451
00:42:30,789 --> 00:42:31,869
And if you look at the vines,

1452
00:42:31,929 --> 00:42:33,010
they just look forlorn.

1453
00:42:34,440 --> 00:42:36,320
They just look sad out there.

1454
00:42:36,880 --> 00:42:38,659
They look weathered.

1455
00:42:38,760 --> 00:42:39,659
The shoot lengths are a little

1456
00:42:39,659 --> 00:42:40,460
shorter.

1457
00:42:41,670 --> 00:42:42,929
They just don't look very perky,

1458
00:42:43,050 --> 00:42:45,989
whereas if you look at my

1459
00:42:45,989 --> 00:42:46,869
vineyard, you have the opposite.

1460
00:42:47,030 --> 00:42:48,710
You've got this terribly shaggy

1461
00:42:49,190 --> 00:42:51,010
ground cover situation,

1462
00:42:51,730 --> 00:42:53,590
but the vines, they feel, they

1463
00:42:53,590 --> 00:42:54,809
look happy, you know, they look

1464
00:42:54,809 --> 00:42:55,610
like their

1465
00:42:57,780 --> 00:43:00,099
shoots, the shoots are solid and

1466
00:43:00,099 --> 00:43:01,199
yeah,

1467
00:43:02,280 --> 00:43:03,760
so that I observed.

1468
00:43:03,840 --> 00:43:04,960
But as far as kind of really

1469
00:43:04,960 --> 00:43:06,320
doing something different on the

1470
00:43:06,320 --> 00:43:07,120
viticulture,

1471
00:43:07,559 --> 00:43:08,360
there's not a lot.

1472
00:43:08,500 --> 00:43:09,300
Vines are,

1473
00:43:10,829 --> 00:43:11,690
they're pretty straightforward.

1474
00:43:11,869 --> 00:43:12,730
They love to grow.

1475
00:43:14,800 --> 00:43:15,600
I think if you just,

1476
00:43:16,170 --> 00:43:17,030
give them a little bit of water

1477
00:43:17,030 --> 00:43:17,830
and give them a little bit of

1478
00:43:17,710 --> 00:43:18,650
nutrition, they're going to be

1479
00:43:18,650 --> 00:43:20,150
happy. And you have more problem

1480
00:43:20,150 --> 00:43:21,250
trying to deal with excess

1481
00:43:21,250 --> 00:43:22,050
growth than

1482
00:43:22,460 --> 00:43:24,119
you do with trying

1483
00:43:24,590 --> 00:43:25,690
to nurse them along, trying to

1484
00:43:25,690 --> 00:43:26,490
get them to grow more.

1485
00:43:27,190 --> 00:43:27,990
Yeah.

1486
00:43:28,269 --> 00:43:30,369
How have... It's been several

1487
00:43:30,369 --> 00:43:31,429
years now, I think, that you've

1488
00:43:31,429 --> 00:43:32,250
been using the foliar

1489
00:43:32,250 --> 00:43:33,489
applications. What does your

1490
00:43:33,489 --> 00:43:34,989
foliar application frequency and

1491
00:43:34,989 --> 00:43:35,789
timing look like?

1492
00:43:35,949 --> 00:43:36,750
And how has

1493
00:43:37,110 --> 00:43:38,690
that made any observable

1494
00:43:38,690 --> 00:43:39,510
improvements for you?

1495
00:43:40,000 --> 00:43:40,800
So,

1496
00:43:41,260 --> 00:43:42,500
we basically

1497
00:43:43,170 --> 00:43:45,329
have been adding foliars in with

1498
00:43:45,329 --> 00:43:46,250
our mildew sprays.

1499
00:43:46,250 --> 00:43:47,409
It's been the approach to it.

1500
00:43:48,070 --> 00:43:50,369
And with an organic approach,

1501
00:43:50,409 --> 00:43:51,429
you have to spray more often.

1502
00:43:51,570 --> 00:43:52,370
That's probably one of the

1503
00:43:52,329 --> 00:43:53,269
downsides

1504
00:43:53,639 --> 00:43:55,960
of organic chemistry.

1505
00:43:57,000 --> 00:43:58,900
So, we run about every 10 to 12

1506
00:43:58,900 --> 00:44:00,400
days, we go through and spray.

1507
00:44:01,059 --> 00:44:02,000
And we've been adding

1508
00:44:03,170 --> 00:44:05,269
the micronutrients primarily to

1509
00:44:05,269 --> 00:44:07,489
those sprays based on a SAP

1510
00:44:07,489 --> 00:44:08,610
analysis. And we try

1511
00:44:09,050 --> 00:44:09,850
and

1512
00:44:10,750 --> 00:44:13,349
that sap analysis so that we get

1513
00:44:13,349 --> 00:44:15,010
it after the last spray and

1514
00:44:15,550 --> 00:44:16,710
we'll

1515
00:44:17,659 --> 00:44:18,460
probably,

1516
00:44:18,260 --> 00:44:21,170
the approach is we spray,

1517
00:44:21,409 --> 00:44:22,969
give it four or five days, pull

1518
00:44:22,969 --> 00:44:24,090
a sap analysis, then there's

1519
00:44:24,090 --> 00:44:25,610
another spray without any new

1520
00:44:25,610 --> 00:44:26,849
knowledge and then the next

1521
00:44:26,849 --> 00:44:28,030
spray after that we have new

1522
00:44:28,030 --> 00:44:28,830
knowledge and

1523
00:44:29,110 --> 00:44:30,789
we adjust our foliars

1524
00:44:30,940 --> 00:44:31,860
accordingly.

1525
00:44:33,329 --> 00:44:34,349
And thus far,

1526
00:44:35,840 --> 00:44:37,739
It's still, each year we've had

1527
00:44:37,739 --> 00:44:38,539
to work at it.

1528
00:44:39,039 --> 00:44:41,079
When we start off, what we find

1529
00:44:41,079 --> 00:44:42,239
with our sap is that certain

1530
00:44:42,239 --> 00:44:43,380
micronutrients are

1531
00:44:43,980 --> 00:44:44,820
deficient.

1532
00:44:46,760 --> 00:44:48,119
You know, the macros, calcium is

1533
00:44:48,119 --> 00:44:50,239
often a problem.

1534
00:44:50,739 --> 00:44:52,280
And we work through the year,

1535
00:44:52,380 --> 00:44:53,559
and typically by the time we get

1536
00:44:53,559 --> 00:44:54,360
to veraison,

1537
00:44:55,150 --> 00:44:56,269
we've got everything pretty much

1538
00:44:56,269 --> 00:44:57,070
where we want it.

1539
00:44:57,570 --> 00:44:58,630
So that has been

1540
00:44:58,969 --> 00:45:00,289
the theme thus far,

1541
00:45:00,869 --> 00:45:02,050
and obviously

1542
00:45:02,650 --> 00:45:04,110
the goal is to try and get that

1543
00:45:04,110 --> 00:45:04,910
very first

1544
00:45:05,050 --> 00:45:06,989
sap analysis to be where we want

1545
00:45:06,989 --> 00:45:07,789
it.

1546
00:45:12,250 --> 00:45:13,449
So I have a question for you,

1547
00:45:13,489 --> 00:45:14,289
John.

1548
00:45:16,349 --> 00:45:18,630
There's some very good wines

1549
00:45:18,630 --> 00:45:20,510
that are made from dry farmed

1550
00:45:20,860 --> 00:45:23,239
vineyards and oftentimes very

1551
00:45:24,219 --> 00:45:25,019
old vines.

1552
00:45:25,829 --> 00:45:27,650
And the typical situation there

1553
00:45:27,650 --> 00:45:28,789
is that they're

1554
00:45:29,230 --> 00:45:32,199
widely spaced, maybe 10 feet by

1555
00:45:32,199 --> 00:45:34,159
10 feet or 12 feet by 12 feet.

1556
00:45:35,699 --> 00:45:36,500
They're

1557
00:45:37,119 --> 00:45:39,019
typically grown in

1558
00:45:39,590 --> 00:45:41,250
clay, is what I have observed,

1559
00:45:41,449 --> 00:45:42,250
something that has a little

1560
00:45:42,150 --> 00:45:45,099
higher water retaining in it.

1561
00:45:48,190 --> 00:45:49,809
Again, since I don't farm that

1562
00:45:49,809 --> 00:45:50,769
way, I'm not an expert, but

1563
00:45:50,769 --> 00:45:51,789
here's what I see.

1564
00:45:53,210 --> 00:45:55,150
Typically, the guys have either

1565
00:45:55,150 --> 00:45:57,170
a native cover crop, or in the

1566
00:45:57,170 --> 00:45:58,269
more recent years, I've noticed

1567
00:45:58,269 --> 00:45:59,670
they're starting to plant a

1568
00:46:00,619 --> 00:46:01,420
cover crop.

1569
00:46:01,989 --> 00:46:03,090
They let it grow until

1570
00:46:03,590 --> 00:46:05,130
just before bud time.

1571
00:46:05,380 --> 00:46:06,300
and then they

1572
00:46:06,619 --> 00:46:07,639
till it under.

1573
00:46:08,480 --> 00:46:09,840
And they till it dramatically.

1574
00:46:10,139 --> 00:46:12,139
They till X

1575
00:46:12,610 --> 00:46:13,410
and Y,

1576
00:46:13,699 --> 00:46:14,519
and they till deep.

1577
00:46:14,780 --> 00:46:15,920
And the idea is to create what

1578
00:46:15,920 --> 00:46:17,079
they call a dust mulch

1579
00:46:17,579 --> 00:46:19,099
that's like six or eight inches

1580
00:46:19,099 --> 00:46:19,900
deep.

1581
00:46:20,789 --> 00:46:23,190
And those vines seem to do just

1582
00:46:23,190 --> 00:46:24,489
fine and make really, really

1583
00:46:24,489 --> 00:46:25,289
good vines.

1584
00:46:26,110 --> 00:46:26,910
And yet,

1585
00:46:26,730 --> 00:46:28,070
from my perspective, it seems

1586
00:46:28,070 --> 00:46:30,030
like they've pretty well erased

1587
00:46:30,030 --> 00:46:32,750
any soil biology in that top

1588
00:46:32,750 --> 00:46:33,550
foot or so.

1589
00:46:33,820 --> 00:46:35,059
Curious for your thoughts on how

1590
00:46:35,059 --> 00:46:36,179
that system works.

1591
00:46:39,510 --> 00:46:40,310
That's intriguing.

1592
00:46:40,329 --> 00:46:41,369
I have a few thoughts around

1593
00:46:41,369 --> 00:46:42,869
that. I would tend to agree with

1594
00:46:42,869 --> 00:46:44,150
your assessment that

1595
00:46:45,039 --> 00:46:47,340
they've really destroyed much of

1596
00:46:47,340 --> 00:46:48,579
what is left of any living

1597
00:46:48,579 --> 00:46:50,219
system in that upper profile.

1598
00:46:51,039 --> 00:46:52,380
Obviously, the plant roots are a

1599
00:46:52,380 --> 00:46:53,340
lot deeper than that, and

1600
00:46:53,340 --> 00:46:54,300
they're getting moisture a lot

1601
00:46:54,300 --> 00:46:55,119
deeper than that.

1602
00:46:57,170 --> 00:46:58,630
It would be interesting to know

1603
00:46:58,630 --> 00:47:00,190
how that system might operate

1604
00:47:00,190 --> 00:47:01,570
without that dust mulch.

1605
00:47:02,489 --> 00:47:03,289
But you know,

1606
00:47:04,070 --> 00:47:05,409
Bob Quinn first pointed

1607
00:47:05,409 --> 00:47:06,289
something out to me.

1608
00:47:06,329 --> 00:47:07,750
I had him in here on the podcast

1609
00:47:07,750 --> 00:47:08,550
years ago.

1610
00:47:09,909 --> 00:47:12,409
a longtime leader in the organic

1611
00:47:12,409 --> 00:47:13,909
farming space out of Montana.

1612
00:47:14,570 --> 00:47:16,349
And he's growing crops that

1613
00:47:16,980 --> 00:47:18,900
supposedly he's in a dry land,

1614
00:47:19,650 --> 00:47:20,849
arid environment.

1615
00:47:21,130 --> 00:47:22,710
If my memory serves me

1616
00:47:22,710 --> 00:47:23,710
correctly, I want to say 10 to

1617
00:47:23,710 --> 00:47:24,849
12 inches of rainfall a year,

1618
00:47:24,929 --> 00:47:26,070
maybe a bit more than that, but

1619
00:47:26,070 --> 00:47:26,870
not much more.

1620
00:47:28,409 --> 00:47:30,190
And he's

1621
00:47:30,789 --> 00:47:32,250
growing watermelons in that

1622
00:47:32,250 --> 00:47:33,570
environment and he's growing

1623
00:47:33,570 --> 00:47:34,710
potatoes and he's growing a

1624
00:47:34,710 --> 00:47:36,349
variety of crops that supposedly

1625
00:47:36,349 --> 00:47:37,650
you wouldn't be able to grow in

1626
00:47:37,650 --> 00:47:38,750
that environment because of

1627
00:47:38,750 --> 00:47:39,550
inadequate moisture.

1628
00:47:40,579 --> 00:47:42,900
And his solution was spacing.

1629
00:47:43,409 --> 00:47:45,789
He said he just spaces the

1630
00:47:45,789 --> 00:47:46,989
plants farther apart.

1631
00:47:47,829 --> 00:47:49,429
So he's thinking of it in terms

1632
00:47:49,429 --> 00:47:50,230
of

1633
00:47:50,250 --> 00:47:52,150
plant spacing relative to

1634
00:47:52,150 --> 00:47:53,250
moisture requirements.

1635
00:47:53,849 --> 00:47:56,409
That if a watermelon plant is

1636
00:47:56,849 --> 00:47:59,289
planted two feet apart in a 40

1637
00:47:59,289 --> 00:48:00,579
-inch rainfall environment, He's

1638
00:48:00,579 --> 00:48:01,739
planting them eight inches apart

1639
00:48:01,739 --> 00:48:02,739
in a 10 -inch rainfall

1640
00:48:02,739 --> 00:48:03,639
environment, and

1641
00:48:04,010 --> 00:48:05,309
he's able to produce the same

1642
00:48:05,309 --> 00:48:06,469
yields because he's essentially

1643
00:48:06,469 --> 00:48:08,090
giving those plant root systems

1644
00:48:08,090 --> 00:48:10,010
access to much larger soil

1645
00:48:10,260 --> 00:48:12,699
volume to absorb more water.

1646
00:48:13,750 --> 00:48:15,110
So I found that idea pretty

1647
00:48:15,110 --> 00:48:16,210
intriguing, and that kind of

1648
00:48:16,210 --> 00:48:18,530
aligns with your idea of plant

1649
00:48:18,530 --> 00:48:19,330
spacing.

1650
00:48:20,630 --> 00:48:22,469
Now what is interesting, I

1651
00:48:22,780 --> 00:48:23,580
don't know about in your

1652
00:48:23,559 --> 00:48:25,840
context, but in

1653
00:48:28,980 --> 00:48:30,219
If you go further east,

1654
00:48:30,880 --> 00:48:32,019
where there's this long

1655
00:48:32,019 --> 00:48:33,659
-standing historical practice of

1656
00:48:33,659 --> 00:48:35,300
a summer fallow in dryland

1657
00:48:35,300 --> 00:48:36,860
farming, with wheat farming and

1658
00:48:36,860 --> 00:48:37,660
so forth,

1659
00:48:39,550 --> 00:48:40,949
this idea of having a summer

1660
00:48:40,949 --> 00:48:42,730
fallow, of not having any plants

1661
00:48:42,730 --> 00:48:43,530
growing,

1662
00:48:44,070 --> 00:48:46,750
and of conserving moisture by

1663
00:48:46,750 --> 00:48:48,110
having the soil bare and

1664
00:48:48,110 --> 00:48:49,090
uncovered, you know, when you

1665
00:48:49,090 --> 00:48:50,510
start thinking about soil

1666
00:48:50,510 --> 00:48:52,530
dynamics and evapotranspiration,

1667
00:48:52,610 --> 00:48:54,449
the idea seems kind of not so

1668
00:48:54,449 --> 00:48:55,989
smart after you really dig into

1669
00:48:55,989 --> 00:48:56,789
it.

1670
00:48:57,480 --> 00:48:58,280
But

1671
00:48:58,739 --> 00:49:00,099
I'm trying to remember

1672
00:49:03,250 --> 00:49:04,250
A couple of growers I was

1673
00:49:04,250 --> 00:49:05,469
visiting with at an event this

1674
00:49:05,469 --> 00:49:06,710
last winter told me about this

1675
00:49:06,710 --> 00:49:07,510
research.

1676
00:49:07,929 --> 00:49:08,909
I don't remember if it was the

1677
00:49:08,909 --> 00:49:10,190
University of Nebraska or

1678
00:49:10,190 --> 00:49:11,449
Colorado, but it was out in that

1679
00:49:11,449 --> 00:49:12,250
area somewhere.

1680
00:49:13,050 --> 00:49:15,690
And they studied soil water

1681
00:49:15,690 --> 00:49:17,030
dynamics and they came to the

1682
00:49:17,030 --> 00:49:18,510
conclusion that when you have a

1683
00:49:18,510 --> 00:49:19,710
summer fallow, you have bare

1684
00:49:19,710 --> 00:49:20,510
soil,

1685
00:49:20,880 --> 00:49:22,000
you actually keep

1686
00:49:22,440 --> 00:49:25,099
only 20 % of the water that

1687
00:49:25,099 --> 00:49:25,900
lands.

1688
00:49:26,019 --> 00:49:28,360
So the benefits of that bare

1689
00:49:28,360 --> 00:49:29,920
fallow are actually very

1690
00:49:29,920 --> 00:49:30,720
minimal.

1691
00:49:31,219 --> 00:49:32,019
Now,

1692
00:49:32,519 --> 00:49:34,739
in your case, where you have

1693
00:49:35,469 --> 00:49:38,250
this dust mulch,

1694
00:49:39,369 --> 00:49:42,369
are you actually able to keep

1695
00:49:42,369 --> 00:49:43,809
more of that of what fell during

1696
00:49:43,809 --> 00:49:44,610
the winter months?

1697
00:49:45,250 --> 00:49:46,289
I don't know. I don't know the

1698
00:49:46,289 --> 00:49:48,570
answer to that, but I have a

1699
00:49:48,570 --> 00:49:49,370
feeling,

1700
00:49:50,619 --> 00:49:51,460
as we have a growing

1701
00:49:51,460 --> 00:49:52,380
understanding of

1702
00:49:53,050 --> 00:49:54,829
how plants are collaborating

1703
00:49:54,829 --> 00:49:55,630
with each other, other,

1704
00:49:55,940 --> 00:49:57,300
instead of competing with each

1705
00:49:57,300 --> 00:49:58,920
other for moisture and

1706
00:49:58,920 --> 00:50:00,219
nutrients, when we have really

1707
00:50:00,219 --> 00:50:01,880
good biology and quorum sensing,

1708
00:50:02,949 --> 00:50:05,840
there are many instances

1709
00:50:05,840 --> 00:50:07,179
emerging and observations

1710
00:50:07,179 --> 00:50:09,219
emerging where we realize that

1711
00:50:09,849 --> 00:50:10,989
the idea that plants

1712
00:50:11,909 --> 00:50:13,550
inherently compete with each

1713
00:50:13,550 --> 00:50:14,869
other always is

1714
00:50:15,539 --> 00:50:16,340
not true.

1715
00:50:16,659 --> 00:50:18,719
They can, they do sometimes, but

1716
00:50:18,719 --> 00:50:21,059
it's not an inherent de facto

1717
00:50:21,059 --> 00:50:21,860
status.

1718
00:50:23,590 --> 00:50:24,989
So understanding what those

1719
00:50:24,989 --> 00:50:26,570
variables are, I think, is very

1720
00:50:26,570 --> 00:50:28,429
important for us to figure out.

1721
00:50:28,590 --> 00:50:29,390
Because

1722
00:50:29,590 --> 00:50:32,690
I'm of the opinion

1723
00:50:32,690 --> 00:50:33,969
that it

1724
00:50:34,280 --> 00:50:35,719
is going to be possible for us

1725
00:50:35,719 --> 00:50:38,219
in most environments to identify

1726
00:50:38,590 --> 00:50:41,349
companion plants and

1727
00:50:41,349 --> 00:50:43,250
collaborators that share water

1728
00:50:43,250 --> 00:50:44,530
instead of competing for water.

1729
00:50:44,590 --> 00:50:45,829
And all of a sudden, the idea of

1730
00:50:45,829 --> 00:50:47,210
a summer fallow or

1731
00:50:47,650 --> 00:50:50,090
a dust mulch becomes obsolete.

1732
00:50:53,000 --> 00:50:53,800
I don't know if that was really

1733
00:50:53,780 --> 00:50:54,739
the answer to your question.

1734
00:50:55,159 --> 00:50:56,619
Well, I agree with your thoughts

1735
00:50:56,619 --> 00:50:57,420
on that.

1736
00:50:57,639 --> 00:50:59,239
But the guys that do it don't,

1737
00:50:59,599 --> 00:51:00,840
I can tell you that.

1738
00:51:02,440 --> 00:51:04,039
So I brought you a couple of

1739
00:51:04,039 --> 00:51:04,840
them.

1740
00:51:05,000 --> 00:51:07,239
Yeah, you've got to.

1741
00:51:07,699 --> 00:51:08,500
You know,

1742
00:51:09,699 --> 00:51:10,500
there is this

1743
00:51:10,760 --> 00:51:13,079
challenging aspect of being

1744
00:51:13,079 --> 00:51:15,559
human and human psychology that

1745
00:51:15,880 --> 00:51:17,679
most of us are

1746
00:51:18,949 --> 00:51:20,630
only willing to consider making

1747
00:51:20,630 --> 00:51:23,969
changes when the actual pain

1748
00:51:23,969 --> 00:51:26,650
of not changing becomes greater

1749
00:51:26,650 --> 00:51:28,389
than the perceived pain of

1750
00:51:28,389 --> 00:51:29,190
changing.

1751
00:51:31,849 --> 00:51:35,050
So that's why we have in so many

1752
00:51:35,050 --> 00:51:36,929
domains there are breakthroughs

1753
00:51:36,929 --> 00:51:39,269
where a lot of advances are made

1754
00:51:39,269 --> 00:51:40,429
in science and so forth, but

1755
00:51:40,429 --> 00:51:41,869
they're not implemented for 20

1756
00:51:41,869 --> 00:51:44,210
or 30 or 40 years because people

1757
00:51:45,059 --> 00:51:46,260
prefer not to change.

1758
00:51:46,480 --> 00:51:47,280
Yes.

1759
00:51:48,070 --> 00:51:50,090
Well, when I was actually

1760
00:51:50,150 --> 00:51:51,610
working for a living in the old

1761
00:51:51,610 --> 00:51:53,010
days, I read a book called

1762
00:51:53,010 --> 00:51:54,289
Change in Science.

1763
00:51:54,369 --> 00:51:55,369
This would have been back in the

1764
00:51:55,369 --> 00:51:56,170
80s.

1765
00:51:56,820 --> 00:51:58,300
And the guy that wrote it had

1766
00:51:58,300 --> 00:52:00,519
gone back to Copernicus and

1767
00:52:00,519 --> 00:52:02,920
Galileo and Newton and worked

1768
00:52:02,920 --> 00:52:04,780
his way through to current times

1769
00:52:04,780 --> 00:52:06,460
and came to the conclusion was

1770
00:52:06,800 --> 00:52:08,639
that science does not change

1771
00:52:08,639 --> 00:52:10,300
until the last professor from

1772
00:52:10,300 --> 00:52:11,599
the old regime dies.

1773
00:52:13,079 --> 00:52:13,980
That's exactly right.

1774
00:52:14,059 --> 00:52:15,739
It says Thomas Kuhn, The Nature

1775
00:52:15,739 --> 00:52:16,980
of Scientific Revolutions.

1776
00:52:17,599 --> 00:52:19,460
That's the foundational premise

1777
00:52:19,460 --> 00:52:20,599
of a couple of hundred page,

1778
00:52:20,719 --> 00:52:21,880
very well written book.

1779
00:52:22,179 --> 00:52:22,980
The

1780
00:52:23,360 --> 00:52:25,019
nature of scientific revolutions

1781
00:52:25,019 --> 00:52:26,460
is when the old guard dies off.

1782
00:52:27,079 --> 00:52:27,960
Exactly right.

1783
00:52:28,519 --> 00:52:29,639
Sounds about true, I think.

1784
00:52:30,389 --> 00:52:32,110
How much of that is true in

1785
00:52:32,110 --> 00:52:32,910
farming?

1786
00:52:34,639 --> 00:52:36,219
Well, I would say the same.

1787
00:52:36,320 --> 00:52:37,719
I don't know. You have a hell of

1788
00:52:37,719 --> 00:52:38,940
a lot more experience in farming

1789
00:52:38,940 --> 00:52:39,740
than I do.

1790
00:52:40,750 --> 00:52:42,989
There's some pretty old codgers

1791
00:52:42,989 --> 00:52:44,449
around that have got pretty set

1792
00:52:44,449 --> 00:52:45,269
views of the world.

1793
00:52:47,130 --> 00:52:47,930
You know, there's this

1794
00:52:47,829 --> 00:52:48,630
interesting phenomenon.

1795
00:52:48,809 --> 00:52:50,010
I've spoken about this a couple

1796
00:52:50,010 --> 00:52:51,050
of times, but a lot of people

1797
00:52:51,050 --> 00:52:53,380
don't realize there

1798
00:52:53,949 --> 00:52:55,489
is this what is called the

1799
00:52:55,489 --> 00:52:57,090
theory of diffusion,

1800
00:52:57,670 --> 00:52:58,829
the diffusion of innovations.

1801
00:52:59,570 --> 00:53:01,530
And it's how new ideas and new

1802
00:53:01,530 --> 00:53:02,889
technologies get adopted.

1803
00:53:03,070 --> 00:53:04,030
It was originally the original

1804
00:53:04,030 --> 00:53:06,130
research in the 1970s by Everett

1805
00:53:06,130 --> 00:53:06,930
Rogers.

1806
00:53:07,840 --> 00:53:10,360
And people may not be familiar

1807
00:53:10,360 --> 00:53:12,780
with the theory by those terms,

1808
00:53:12,900 --> 00:53:13,900
but they're very familiar with

1809
00:53:13,900 --> 00:53:14,700
the language.

1810
00:53:14,619 --> 00:53:16,179
The marketers have made the

1811
00:53:16,179 --> 00:53:17,460
language popular, talking about

1812
00:53:17,460 --> 00:53:19,139
the innovators and the early

1813
00:53:19,139 --> 00:53:20,539
adopters and the early majority

1814
00:53:20,539 --> 00:53:21,559
and the late majority and so

1815
00:53:21,559 --> 00:53:23,380
forth. What a lot of people

1816
00:53:23,380 --> 00:53:25,179
don't realize is that that

1817
00:53:25,179 --> 00:53:27,059
original foundational research

1818
00:53:27,059 --> 00:53:28,920
was done on farmers,

1819
00:53:29,989 --> 00:53:32,369
specifically on how farmers in

1820
00:53:32,369 --> 00:53:34,610
Iowa adopted hybrid seed corn

1821
00:53:34,610 --> 00:53:35,410
technology.

1822
00:53:35,840 --> 00:53:36,640
Interesting.

1823
00:53:37,099 --> 00:53:39,579
And of course the research has

1824
00:53:39,579 --> 00:53:41,280
expanded now far beyond that

1825
00:53:41,280 --> 00:53:42,480
original scope, but there's a

1826
00:53:42,480 --> 00:53:44,340
lot of research on how farmers

1827
00:53:44,340 --> 00:53:46,320
adopt new information.

1828
00:53:47,389 --> 00:53:48,190
And

1829
00:53:47,880 --> 00:53:51,110
Simon Sinek says it very

1830
00:53:51,110 --> 00:53:52,670
well when he speaks about the

1831
00:53:52,670 --> 00:53:54,469
last category, the laggards.

1832
00:53:55,349 --> 00:53:57,269
The laggards are those people

1833
00:53:57,269 --> 00:53:59,190
which only, the only reason they

1834
00:53:59,190 --> 00:54:00,449
use touch -tone phones is

1835
00:54:00,449 --> 00:54:01,690
because they don't make dial

1836
00:54:01,690 --> 00:54:03,469
tone or ring -tone, ring -dial

1837
00:54:03,469 --> 00:54:04,269
phones anymore.

1838
00:54:05,269 --> 00:54:07,269
And you look at the demographics

1839
00:54:07,269 --> 00:54:09,090
of what is present in

1840
00:54:09,090 --> 00:54:09,929
agriculture today,

1841
00:54:11,480 --> 00:54:13,219
There's a lot of variation in

1842
00:54:13,219 --> 00:54:14,639
subgroups, but you look at the

1843
00:54:14,639 --> 00:54:16,059
commodity production across the

1844
00:54:16,059 --> 00:54:19,110
Midwest and agriculture largely

1845
00:54:19,900 --> 00:54:20,700
is

1846
00:54:21,090 --> 00:54:22,510
a group of elderly people who've

1847
00:54:22,510 --> 00:54:23,570
built up a lot of equity.

1848
00:54:24,070 --> 00:54:26,150
And the development of air

1849
00:54:26,150 --> 00:54:27,510
conditioned cabs and tractors

1850
00:54:27,510 --> 00:54:28,869
and combines has allowed them to

1851
00:54:28,869 --> 00:54:30,730
keep farming into their 70s and

1852
00:54:30,730 --> 00:54:32,010
80s, when historically they

1853
00:54:32,010 --> 00:54:33,130
would have been ejected from the

1854
00:54:33,130 --> 00:54:33,989
tractor seat. They would have

1855
00:54:33,989 --> 00:54:34,949
not been comfortable in the

1856
00:54:34,949 --> 00:54:36,250
tractor seat 50 years ago.

1857
00:54:36,989 --> 00:54:37,789
And

1858
00:54:38,269 --> 00:54:41,590
so it's it's that entrenchment

1859
00:54:41,590 --> 00:54:42,390
of age

1860
00:54:43,219 --> 00:54:44,059
and

1861
00:54:44,730 --> 00:54:46,769
the proclivity of age to be

1862
00:54:46,769 --> 00:54:48,190
somewhat resistant to change.

1863
00:54:49,010 --> 00:54:50,110
That is, I mean, all of those

1864
00:54:50,110 --> 00:54:52,039
are contributing factors to why

1865
00:54:52,039 --> 00:54:54,619
we have this inherent resistance

1866
00:54:54,619 --> 00:54:55,719
to change in so much of

1867
00:54:55,719 --> 00:54:56,519
agriculture.

1868
00:54:57,360 --> 00:54:58,880
Yep. I can believe it.

1869
00:54:59,769 --> 00:55:00,969
Well, you know, in the

1870
00:55:01,190 --> 00:55:03,110
technology world, you kind of

1871
00:55:03,110 --> 00:55:03,910
have a,

1872
00:55:04,110 --> 00:55:05,230
you have, you have the flip side

1873
00:55:05,230 --> 00:55:06,030
of that. They call it the

1874
00:55:05,969 --> 00:55:06,889
innovators dilemma.

1875
00:55:08,000 --> 00:55:09,079
So these, these technology

1876
00:55:09,079 --> 00:55:10,239
people come along and they

1877
00:55:10,239 --> 00:55:11,039
launch a

1878
00:55:11,369 --> 00:55:13,710
successful company that they

1879
00:55:13,710 --> 00:55:14,550
grow like crazy.

1880
00:55:14,670 --> 00:55:17,050
They hire 50 ,000 people, make a

1881
00:55:17,050 --> 00:55:17,850
lot of money.

1882
00:55:18,679 --> 00:55:19,940
And then 10 years later,

1883
00:55:20,760 --> 00:55:23,059
another company launches with a

1884
00:55:23,059 --> 00:55:25,420
product that actually is better

1885
00:55:25,420 --> 00:55:26,220
than them.

1886
00:55:26,280 --> 00:55:27,080
And makes their zobs lead.

1887
00:55:27,559 --> 00:55:29,079
And they're unable to adapt.

1888
00:55:29,739 --> 00:55:30,880
They've got the huge

1889
00:55:30,880 --> 00:55:32,139
infrastructure in place.

1890
00:55:32,400 --> 00:55:34,760
And even though the boss can see

1891
00:55:34,760 --> 00:55:35,800
the problem, he cannot

1892
00:55:35,800 --> 00:55:37,280
communicate it down the chain

1893
00:55:37,280 --> 00:55:38,080
and get it done.

1894
00:55:38,440 --> 00:55:39,739
Well, agriculture is the same

1895
00:55:39,739 --> 00:55:41,880
way. we also, we also have a lot

1896
00:55:41,880 --> 00:55:44,059
of, of incumbent infrastructure

1897
00:55:44,059 --> 00:55:46,340
that isn't easy to, and it's

1898
00:55:46,340 --> 00:55:47,860
highly leveraged in many cases.

1899
00:55:47,860 --> 00:55:49,920
So you're committed from a debt

1900
00:55:49,920 --> 00:55:51,179
and the capitalization structure

1901
00:55:51,179 --> 00:55:52,239
perspective where it's very

1902
00:55:52,239 --> 00:55:53,039
difficult to pivot.

1903
00:55:54,619 --> 00:55:56,980
You know, going back to that

1904
00:55:56,980 --> 00:55:58,199
Scottsdale meeting, that's the

1905
00:55:58,199 --> 00:55:59,460
first time I've ever gone to,

1906
00:56:00,019 --> 00:56:02,099
to that kind of a, of a session.

1907
00:56:02,199 --> 00:56:03,400
And that was one of the

1908
00:56:03,400 --> 00:56:04,639
learnings that I got out of it

1909
00:56:04,639 --> 00:56:06,199
was just the challenge.

1910
00:56:06,800 --> 00:56:08,079
that the kind of the traditional

1911
00:56:08,780 --> 00:56:11,059
farm people are faced with with

1912
00:56:11,059 --> 00:56:12,840
that whole situation of

1913
00:56:13,019 --> 00:56:14,280
declining

1914
00:56:14,760 --> 00:56:16,760
margins and

1915
00:56:17,929 --> 00:56:19,449
being kind of locked into

1916
00:56:19,449 --> 00:56:21,230
different techniques and

1917
00:56:21,230 --> 00:56:23,550
approaches through insurance and

1918
00:56:23,550 --> 00:56:24,409
through loans and

1919
00:56:24,750 --> 00:56:25,550
whatever.

1920
00:56:25,570 --> 00:56:26,370
It's a

1921
00:56:26,550 --> 00:56:27,750
pretty tough situation.

1922
00:56:28,559 --> 00:56:29,360
Yeah.

1923
00:56:30,090 --> 00:56:31,730
So I asked you this question

1924
00:56:31,730 --> 00:56:32,530
earlier.

1925
00:56:32,809 --> 00:56:35,250
How do you see your operation

1926
00:56:35,250 --> 00:56:36,409
evolving in the future?

1927
00:56:36,510 --> 00:56:38,730
And you spoke very broadly about

1928
00:56:40,679 --> 00:56:42,599
the wanting to grow nutrient

1929
00:56:42,599 --> 00:56:44,179
dense, high quality and so

1930
00:56:44,179 --> 00:56:46,360
forth. But let's focus on the

1931
00:56:46,360 --> 00:56:47,820
growing aspects for a moment.

1932
00:56:48,199 --> 00:56:50,360
How do you anticipate your

1933
00:56:50,360 --> 00:56:52,860
operation shifting or evolving

1934
00:56:52,860 --> 00:56:54,099
in terms of your actual growing

1935
00:56:54,099 --> 00:56:55,739
practices, if in any way?

1936
00:56:56,469 --> 00:56:57,269
Well,

1937
00:56:56,989 --> 00:56:58,590
at this moment, I don't know of

1938
00:56:58,590 --> 00:57:00,210
anything else to implement.

1939
00:57:00,329 --> 00:57:01,469
As soon as I find out anything,

1940
00:57:01,570 --> 00:57:02,969
I will. You can bet on that.

1941
00:57:04,650 --> 00:57:06,010
So kind of for me, the Holy

1942
00:57:06,010 --> 00:57:08,469
Grail is back to wine quality.

1943
00:57:10,449 --> 00:57:12,329
And I'm hoping that as we keep

1944
00:57:12,329 --> 00:57:13,550
pushing these things that we

1945
00:57:13,550 --> 00:57:14,350
will find

1946
00:57:15,079 --> 00:57:15,880
that are,

1947
00:57:18,300 --> 00:57:19,920
when I say nutrient dense, I'm

1948
00:57:19,920 --> 00:57:21,199
thinking more in terms of the

1949
00:57:21,199 --> 00:57:22,460
phenolics, actually, than

1950
00:57:22,460 --> 00:57:24,320
anything else. Those aspects

1951
00:57:24,320 --> 00:57:26,150
that really impact the wine

1952
00:57:26,150 --> 00:57:26,950
quality.

1953
00:57:27,349 --> 00:57:28,630
I'm hoping that we'll be able to

1954
00:57:28,630 --> 00:57:29,430
push those along.

1955
00:57:30,050 --> 00:57:31,110
I'm hoping that we can build

1956
00:57:31,110 --> 00:57:32,969
vines that are really resistant

1957
00:57:32,969 --> 00:57:33,769
to mildew,

1958
00:57:34,159 --> 00:57:35,119
if we can get them stronger.

1959
00:57:35,130 --> 00:57:37,610
enough and nutrient satisfied.

1960
00:57:39,989 --> 00:57:40,789
Just kind of

1961
00:57:41,090 --> 00:57:42,550
in passing, one of the things

1962
00:57:42,550 --> 00:57:44,469
that's happened so far is that

1963
00:57:44,469 --> 00:57:45,269
the

1964
00:57:46,900 --> 00:57:48,639
progress that we've made, the

1965
00:57:48,639 --> 00:57:50,840
leafhoppers and spider mites

1966
00:57:50,840 --> 00:57:52,420
that were occasional problems

1967
00:57:52,420 --> 00:57:53,400
back in the more conventional

1968
00:57:53,400 --> 00:57:54,780
days are gone. We haven't had

1969
00:57:54,780 --> 00:57:55,860
those in years now,

1970
00:57:56,780 --> 00:57:58,920
and that strikes me as a

1971
00:57:59,360 --> 00:58:01,260
good sign, and I'm hoping that

1972
00:58:01,260 --> 00:58:02,260
somewhere along the way we can

1973
00:58:02,260 --> 00:58:03,659
push the mildew into that same

1974
00:58:03,659 --> 00:58:04,460
corner.

1975
00:58:05,099 --> 00:58:06,360
So yeah, it's, it's more, uh,

1976
00:58:06,619 --> 00:58:08,059
for me, John, this is a

1977
00:58:08,559 --> 00:58:10,159
kind of a lifetime project.

1978
00:58:10,420 --> 00:58:12,500
I'm I'm my daughter is in the

1979
00:58:12,500 --> 00:58:14,079
business. She's in the process

1980
00:58:14,079 --> 00:58:15,019
of taking it over.

1981
00:58:15,139 --> 00:58:16,079
Thank goodness for that.

1982
00:58:16,849 --> 00:58:18,030
Uh, and I'm going to,

1983
00:58:19,030 --> 00:58:20,409
uh, you're not going to be one

1984
00:58:20,409 --> 00:58:21,650
of the guys in air conditioned

1985
00:58:21,650 --> 00:58:23,309
tractor cabs, but at age 85,

1986
00:58:23,670 --> 00:58:25,190
well, I won't have an air

1987
00:58:25,190 --> 00:58:26,809
conditioned cab, but I will be

1988
00:58:26,809 --> 00:58:28,150
there at 85. I hope.

1989
00:58:31,409 --> 00:58:32,489
Yeah, exactly.

1990
00:58:33,090 --> 00:58:34,309
It's one of these deals, you

1991
00:58:34,309 --> 00:58:35,210
know, when you're young,

1992
00:58:35,980 --> 00:58:36,900
it's like you learn.

1993
00:58:37,670 --> 00:58:38,470
you learn,

1994
00:58:38,690 --> 00:58:39,490
you

1995
00:58:40,739 --> 00:58:42,000
know, a little bit about a whole

1996
00:58:42,000 --> 00:58:44,079
lot of things and you just keep

1997
00:58:44,079 --> 00:58:44,880
expanding.

1998
00:58:45,460 --> 00:58:47,400
And I'm at a point now where

1999
00:58:47,840 --> 00:58:49,139
there's

2000
00:58:49,940 --> 00:58:50,940
very few things that I'm

2001
00:58:50,940 --> 00:58:51,940
interested in, but I want to

2002
00:58:51,940 --> 00:58:53,260
know a hell of a lot about them.

2003
00:58:54,460 --> 00:58:57,039
That's really focusing in on

2004
00:58:57,039 --> 00:58:57,840
growing these grapes.

2005
00:59:00,630 --> 00:59:01,430
Yeah.

2006
00:59:01,260 --> 00:59:02,559
Well, it sounds like you're

2007
00:59:02,559 --> 00:59:03,360
having a lot of fun.

2008
00:59:03,420 --> 00:59:04,380
That's one of the most important

2009
00:59:04,380 --> 00:59:05,180
things in life.

2010
00:59:05,320 --> 00:59:06,120
Oh, definitely.

2011
00:59:06,360 --> 00:59:07,160
Definitely.

2012
00:59:07,329 --> 00:59:08,130
Yeah.

2013
00:59:08,590 --> 00:59:09,390
Well, thank you, Bob.

2014
00:59:09,389 --> 00:59:10,690
I really enjoyed this

2015
00:59:10,690 --> 00:59:11,490
conversation.

2016
00:59:12,190 --> 00:59:13,590
Where can people learn more

2017
00:59:13,590 --> 00:59:14,849
about your vineyard?

2018
00:59:14,949 --> 00:59:16,349
And are there any final thoughts

2019
00:59:16,349 --> 00:59:17,269
that you would like to share?

2020
00:59:18,130 --> 00:59:18,930
Well,

2021
00:59:19,289 --> 00:59:20,409
it's easy to find us

2022
00:59:20,949 --> 00:59:23,670
www .altacalina

2023
00:59:23,670 --> 00:59:24,590
.com.

2024
00:59:25,610 --> 00:59:27,050
We're located here in Paso

2025
00:59:27,050 --> 00:59:27,850
Robles.

2026
00:59:28,480 --> 00:59:29,960
We would love to sell you wine.

2027
00:59:31,099 --> 00:59:32,500
Log in and place your orders,

2028
00:59:32,639 --> 00:59:33,960
please. That would be just fine

2029
00:59:33,960 --> 00:59:34,760
with me.

2030
00:59:36,880 --> 00:59:37,800
And I don't know, final

2031
00:59:37,800 --> 00:59:38,600
thoughts.

2032
00:59:38,559 --> 00:59:39,960
I appreciate the opportunity,

2033
00:59:40,159 --> 00:59:41,300
John. It was fun talking with

2034
00:59:41,300 --> 00:59:42,440
you. I get to know you a little

2035
00:59:42,440 --> 00:59:43,820
bit face to face.

2036
00:59:45,300 --> 00:59:46,100
Thank you, Bob.

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