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Welcome to part two of our episode with Ariane Lotti from Tenuta San Carlo in Tuscany.

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This second part is more about farming practices.

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Ariane shows us one of her rice fields and explains how her farming rotation works.

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She shares some pretty innovative regenerative practices she uses and we also talk about the issue around water.

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This episode was made in partnership with Soil Capital.

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I am your host Raphael and this is the Deep Seed Podcast.

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So as I said earlier,

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the reason I grow rice is because this was a former marshland and the soils are the right type of soil for rice,

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right?

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They're heavy clay soils,

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they're poorly drained,

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and they hold water really well,

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which are all characteristics that rice needs.

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to grow.

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Obviously

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I have an extensive crop rotation through these rice fields but overall on all the land that I manage and I also grow about a dozen other crops organically.

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So we're focusing today like you said on the rice because it's that's where some of where I've been testing some of the most more innovative techniques in terms of the regenerative agriculture applications here.

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So

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I'd like to take a step back though and just talk about briefly are what I call my traditional organic rice production method,

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right?

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Obviously everything is always,

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you know,

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there's no one way I do something.

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It's a constant,

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you know,

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back and forth with the land,

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see what works,

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see what doesn't.

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What problems are in this field?

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What do we want to improve in that field?

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And so all of that is part of our context.

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But in terms of the very basics of it,

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the technique over the years that I've developed for most of our rice fields is,

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it relies heavily on cover crops and on crop rotation in our rice management.

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And rice gets planted in May and harvested in October.

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And the fall before,

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I plant a cover crop that then grows over the wintertime here because we are in a Mediterranean climate.

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The cover crop tends to be a fava bean cover crop,

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so loves heavy soils,

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a legume.

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I work a lot on,

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it provides a lot of biomass,

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a lot of nitrogen to the soil,

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and helps structure the soil as well.

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And then I will...

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till that biomass in in March and then level the field and do the final field prep for rice production for rice planting in May.

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Rice gets planted in water about this deep and so in May this field was a little lake essentially and then we are now in the primary kind of

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you know,

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vegetative phase before the rice starts,

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the rice grain head starts to emerge in about a couple of weeks.

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The,

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obviously I don't,

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you know,

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apply any herbicides,

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pesticides,

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we're certified organic,

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but the more regenerative technique,

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I wanted to explain that primary,

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the basics of of that technique because the regenerative one tries to essentially

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minimize or limit soil disturbance over a two-year period in rice production.

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And so this was a technique originally developed by a farmer with the University of Milan in Northern Italy,

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and I've been the first to kind of apply it and think through it here in Tuscany.

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So instead of planting a cover crop in the fall before rice,

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you plant essentially a hay field,

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right?

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You plant vetch and rye.

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on a leveled field.

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So you do all of your field prep in the fall and that hay field,

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the vetch and rye,

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grow throughout the winter and into the spring.

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And instead of tilling all of that biomass back into the soil,

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I plant directly into the standing hay field in May.

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So I plant rice into that.

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And then immediately after that,

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I mow.

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Right,

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and so you get a,

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like all of that biomass,

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which in May is higher than I am,

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taller than I am,

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forms about a mulch this thick with the rice seeds in it,

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and then I flood,

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right?

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And that flooding

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causes a fermentation to happen over a few days and then I remove the water and you'll get that wet mulch,

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right,

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that rice seeds will start to germinate in and then through and then the rest of the production season is similar,

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right,

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because we don't really do much during the production season.

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The rice plant will grow and we will then harvest in October like all of the other rice.

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What happens in certain years is that then the vetch,

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no not the vetch,

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the rye will re-germinate over that winter after the rice harvest and so we'll get a secondary crop of rye seed from that original planting.

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It's not a very profitable crop obviously but that means that we go approximately two years in annual rice production without a...

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without tilling the soil.

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There are a lot of things that...

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I've done the technique for five years,

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and last year with the irrigation district that I'm a part of,

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I actually started measuring the water consumption of the two different techniques and put water meters on those fields.

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And we saw that the regenerative practice actually used a little bit more water in the entire season.

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And that's because in that first flooding,

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in order to like effectively cover the mulch,

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which is about this big,

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you're actually using two or three times more water than you actually need in that other than you use in that other technique.

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And so at the beginning of the season you actually have more water consumption.

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And then there have been problems with the heat.

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Sometimes we get a really hot

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May and the heat will cause the fermentation to go too far,

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right?

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And so we have to be really careful in that.

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But essentially,

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if you think about the two production techniques I mentioned,

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they are,

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they help me manage climate risk because the field work is actually in two different parts of the year,

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right?

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So the field work for the,

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you know,

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the less

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The like no-till or more,

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you know,

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I don't know,

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we're calling it more regenerative technique is in the fall,

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whereas the majority of the planting work,

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you know,

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the pre-planting work and the other technique is in the spring.

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Last fall,

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we had a very rainy fall.

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And so

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I had in the crop plan one of the rice field,

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you know,

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a few of the rice fields in that technique,

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but we weren't able to get in and level the field.

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and plant the field in time for then,

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you know,

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before the deep winter.

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And so actually this year

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I don't have one of those fields in production because it rains so much.

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You know,

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oddly enough,

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had we had one of those fields in production that would have helped me manage the intense amount of rain that we got in May during the planting season,

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which delayed us significantly because in the years when I have had that,

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technique in the field and we've had a wet planting season,

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I'm always able to get the rice into those fields on time because I'm not tilling anything.

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And so perfecting that technique is one of the things that I'm working on.

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But I'm also right now,

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we do have livestock on the farm.

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And we haven't talked too much about the livestock.

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Obviously,

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livestock is an important part of any regenerative system.

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And one of the things that I'm working on now is trying to figure out how to get animals into my rice,

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well,

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generally into the crop production,

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but more specifically into the rice fields.

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And

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I'm working on,

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and maybe you'll come back in a year and see if we're testing this in the field or not.

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Trying to understand whether it makes sense to have ducks run through the fields for a month or two,

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right?

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There are a lot of like public health regulations to work through and a lot of like duck management things to learn.

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But it is an interesting...

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technique to think about,

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you know,

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in a field like this,

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having ducks come in around this time,

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you know,

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within the past month and for another few weeks to help fertilize,

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but also to eat the weeds.

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So we'll see.

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Stay tuned on that front.

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And it's,

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I don't know,

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it's a process.

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It sounds really interesting.

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I did a conversation a while back with a university professor from the Netherlands.

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And they're doing the Lighthouse Farm Network.

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One of them is in Indonesia.

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And I know that he mentioned that they were working on a similar system with rice fields there with ducks and fishes.

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Oh,

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I'd love to.

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Maybe that's a good contact to be in touch with.

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That would be great.

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Yeah,

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but I remember the story being so interesting.

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The idea of like including these animals and they each bring a different benefit.

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Yeah,

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that sort of first method you described there of planting into your...

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your field and then mowing it and and fermenting it so you you mentioned some of the downsides the the water uses a big one yeah um what are the big upsides yeah the big upsides are that you um you don't obviously till

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the field right you're not you don't you're not um compacting the soil you're helping improve the soil quality and the soil structure and all of the soil ecosystem right And then it's...

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It gives us,

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when we don't have a super rainy fall,

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it helps us manage that climate risk that I said because there's less field work in a certain part of the year that here,

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when it's often raining,

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which is planting season.

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And it's the biodiversity,

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so we get,

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I get high biodiversity in my cover crop,

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my regular cover crop method too,

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but the The biodiversity that we get here in this...

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bring in the in the vetch and the rye field in terms of not just the plants but all of the you know the insects and then the birds it's it's a beautiful system to see when we're planting um so there's that that piece to it as well but the water piece is a big piece

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right to figure out how to manage we right now i'm part of an irrigation district and what that means is that i um

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I participate and I pay into,

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essentially,

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to an entity that manages the infrastructure around irrigation.

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And so there's a river nearby.

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The river is,

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you know,

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comes from the watershed,

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the hills,

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and all of the water gets redistributed here.

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you know,

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in underground tubes.

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Because obviously we are in Tuscany,

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so it doesn't rain that often in the summertime.

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And in a certain sense,

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that water management of underground tubes has greatly improved the water use efficiency in this area.

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And now we're metering all of the water and working on improving the amount of water,

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or diminishing the amount of water that we use on a per hectare basis in rice production.

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It's a big topic.

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Yeah.

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And

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I have tried,

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I did experiment with a research institute once in Italy,

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rice,

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growing rice with drip irrigation.

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I don't want to say it failed because nothing ever fails,

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but the experiment that we did did not produce sufficient rice at a good quality to immediately.

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invest in that kind of irrigation technology on a broad scale.

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I did get elected to the water board here.

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I participate now.

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I'm the president of the Irrigation Commission because it's such a big...

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The management of the water resource is such an important part to the future of this area,

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but to the future generally,

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that

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I...

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Let's say I'm actively involved in conversations around water use here,

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right,

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with the goal both of being able to conserve and monitor and improve the water management of the area and also make sure that farming can still exist in this area.

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Just a very quick pause to tell you about the official partner of the Deep Seat podcast.

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Soil Capital.

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Soil Capital is a company that accelerates to transition to regenerative agriculture by financially rewarding farmers who improve things like soil health and biodiversity.

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They're an amazing company and if you'd like to learn more about them I will leave a link in the description of this episode.

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Is there a lot of pressure on that side here in the area in terms of like water scarcity becoming more and more of an issue?

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Yeah it is it is

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It is an issue and it's interesting too because certain research studies,

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at least in Italy now,

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are showing that irrigation practices,

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including like flood irrigation for rice fields,

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help to counteract the salt incursion,

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the salt water incursion that's coming in from the sea because of just a density,

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water density question.

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But we are obviously looking at a future where

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00:15:03.268 --> 00:15:30.228
as well that we're living right now right there are years of water scarcity and years of water abundance and being able to effectively manage both of those situations at a water scale level at a watershed level is one of the things that um i think is the one of the biggest challenges for agriculture and one of the more interesting challenges too right from just like how do you design water systems.

253
00:15:31.489 --> 00:15:34.832
so that you can meet the needs of many different uses,

254
00:15:34.871 --> 00:15:36.055
including agriculture.

255
00:15:36.832 --> 00:15:38.016
Yeah.

256
00:15:38.157 --> 00:15:41.723
There's been cases we discussed on recent episodes where,

257
00:15:42.700 --> 00:15:42.942
you know,

258
00:15:43.457 --> 00:15:48.723
regenerative farmers are working hard to try and recreate the water cycles to revive it locally.

259
00:15:49.051 --> 00:15:52.645
And one of the problems they're having is that there are in the region,

260
00:15:52.723 --> 00:15:53.411
in the watershed,

261
00:15:54.051 --> 00:15:56.895
big industrial producers who consume a lot of water.

262
00:15:58.585 --> 00:15:59.726
Does that happen here as well?

263
00:15:59.767 --> 00:16:03.110
How can you regulate the amount of water?

264
00:16:03.232 --> 00:16:03.470
Yeah,

265
00:16:03.771 --> 00:16:05.732
and this is the benefit of having...

266
00:16:07.052 --> 00:16:07.833
I say a benefit,

267
00:16:07.872 --> 00:16:08.091
I mean,

268
00:16:08.177 --> 00:16:13.278
I pay into what is a public authority that manages the irrigation district,

269
00:16:13.279 --> 00:16:15.560
that manages the water infrastructure here.

270
00:16:16.216 --> 00:16:17.919
Because if it were privatized,

271
00:16:18.060 --> 00:16:26.716
it'd be very difficult to have that dialogue in a way that would satisfy everybody.

272
00:16:27.380 --> 00:16:31.823
And so because of a European law that regionally has been adopted,

273
00:16:31.846 --> 00:16:38.315
we are now their water meters on all of the irrigation district.

274
00:16:38.370 --> 00:16:39.995
And so historically,

275
00:16:40.190 --> 00:16:47.628
the way the tax or the payment to the district was calculated was on a fixed rate basis primarily.

276
00:16:48.362 --> 00:16:51.237
And that's changed now completely as of this year,

277
00:16:51.378 --> 00:16:54.549
where we're going on a consumption basis.

278
00:16:55.136 --> 00:16:56.536
So if you consume more water,

279
00:16:56.656 --> 00:16:57.177
you pay.

280
00:16:57.396 --> 00:16:59.776
And then the irrigation district,

281
00:16:59.839 --> 00:17:01.519
one of the projects I'm working with them on,

282
00:17:01.636 --> 00:17:06.476
is to collect the baseline data on how much a hectare of rice,

283
00:17:07.460 --> 00:17:08.616
how much water does it use?

284
00:17:08.617 --> 00:17:10.702
How much does a hectare of tomatoes use?

285
00:17:11.280 --> 00:17:13.984
There's a lot of wheat in the area that doesn't get irrigated.

286
00:17:14.077 --> 00:17:17.515
How much does a hectare of corn use?

287
00:17:17.859 --> 00:17:19.359
So that they have a baseline.

288
00:17:20.588 --> 00:17:24.933
And then we can have a dialogue with the irrigation district where they say,

289
00:17:25.074 --> 00:17:25.371
okay,

290
00:17:25.691 --> 00:17:26.914
the water level is low,

291
00:17:27.074 --> 00:17:36.004
so for this production season we can only authorize a certain number of hectares of rice or of tomatoes.

292
00:17:36.785 --> 00:17:39.910
And while that's not something that I personally,

293
00:17:40.722 --> 00:17:42.410
as a farm business manager,

294
00:17:42.863 --> 00:17:49.394
appreciate in terms of wanting someone that can limit my production the truth is that if you don't manage the

295
00:17:49.620 --> 00:17:51.041
the resource collectively,

296
00:17:51.783 --> 00:17:53.303
there's not going to be enough for anybody.

297
00:17:54.205 --> 00:17:54.525
And so

298
00:17:55.725 --> 00:17:57.025
I, just this week,

299
00:17:57.369 --> 00:18:04.916
we had a meeting of the Irrigation Commission to talk about the percentages that are going to be fixed or variable,

300
00:18:05.416 --> 00:18:05.643
right,

301
00:18:05.814 --> 00:18:07.002
based off of consumption.

302
00:18:07.533 --> 00:18:09.846
And then what the regulation around that,

303
00:18:09.924 --> 00:18:10.143
you know,

304
00:18:10.144 --> 00:18:13.080
the rules around water use will be going into the future,

305
00:18:13.236 --> 00:18:13.768
because

306
00:18:14.896 --> 00:18:18.440
I do believe that if you effectively manage a water resource,

307
00:18:18.540 --> 00:18:22.524
irrigation can be part of the water use,

308
00:18:22.786 --> 00:18:30.208
but it has to be measured to what the resource can sustain and what the other uses are.

309
00:18:30.645 --> 00:18:30.786
Yeah,

310
00:18:31.052 --> 00:18:31.427
of course,

311
00:18:31.458 --> 00:18:31.614
yes.

312
00:18:32.395 --> 00:18:42.145
But I suppose controlling the water use like this and working on a more of a usage-based cost will also incentivize

313
00:18:43.360 --> 00:18:48.467
moving towards producing crops that are more resilient to water scarcity,

314
00:18:48.627 --> 00:18:55.471
maybe other older varieties and slowly kind of shifting the focus towards something that makes more sense for the future,

315
00:18:55.635 --> 00:18:55.752
no?

316
00:18:55.893 --> 00:18:56.111
Yeah,

317
00:18:56.416 --> 00:18:56.877
I think so.

318
00:18:57.377 --> 00:18:57.635
You know,

319
00:18:57.674 --> 00:18:57.932
I mean,

320
00:18:58.478 --> 00:19:01.643
although it's a long road,

321
00:19:01.986 --> 00:19:02.205
right,

322
00:19:02.252 --> 00:19:06.939
because we do use water,

323
00:19:07.361 --> 00:19:07.580
right,

324
00:19:07.627 --> 00:19:09.018
but not just for agriculture,

325
00:19:09.127 --> 00:19:10.580
we humans use water.

326
00:19:10.674 --> 00:19:12.346
And so what

327
00:19:12.512 --> 00:19:17.037
how much water use and what's sustainable water use and what's regenerative water use.

328
00:19:17.377 --> 00:19:18.658
Those are questions that

329
00:19:19.517 --> 00:19:26.068
I'm slowly trying to introduce into the irrigation district because up until now it's been like,

330
00:19:26.084 --> 00:19:26.264
well,

331
00:19:26.428 --> 00:19:27.006
there's water,

332
00:19:27.225 --> 00:19:27.490
right?

333
00:19:27.685 --> 00:19:29.662
And we can just use it.

334
00:19:30.146 --> 00:19:31.865
But like I mentioned in 2017,

335
00:19:31.866 --> 00:19:32.631
there was a drought.

336
00:19:32.709 --> 00:19:33.975
And then in 2022,

337
00:19:34.709 --> 00:19:37.896
we were on red alert for water use and had to,

338
00:19:38.162 --> 00:19:38.412
you know,

339
00:19:39.318 --> 00:19:39.443
the,

340
00:19:39.693 --> 00:19:39.818
the,

341
00:19:40.396 --> 00:19:41.257
They implemented,

342
00:19:41.297 --> 00:19:42.339
the irrigation district,

343
00:19:42.340 --> 00:19:43.960
a number of conservation techniques,

344
00:19:44.079 --> 00:19:47.124
but you know that obviously will be the norm,

345
00:19:47.464 --> 00:19:48.105
right?

346
00:19:48.265 --> 00:19:49.304
The difference is,

347
00:19:49.648 --> 00:19:49.944
you know,

348
00:19:50.007 --> 00:19:54.288
the wild swings between water abundance and water scarcity.

349
00:19:54.851 --> 00:20:02.796
And so trying to have that conversation within the entity of the irrigation district to say,

350
00:20:02.874 --> 00:20:03.093
okay,

351
00:20:03.296 --> 00:20:06.640
what is a sustainable water use?

352
00:20:07.364 --> 00:20:11.289
plan here is it's the first time that conversation is being had.

353
00:20:11.969 --> 00:20:13.691
At least you're having a conversation about it,

354
00:20:13.692 --> 00:20:15.012
that's already a good start.

355
00:20:15.152 --> 00:20:16.472
Yeah,

356
00:20:16.473 --> 00:20:16.551
yeah.

357
00:20:16.552 --> 00:20:20.418
So coming back to regenerative agriculture and the practices that you do here,

358
00:20:21.418 --> 00:20:27.558
one question that just came to mind is do you do any crop rotation besides the cover crops that comes in the winter?

359
00:20:27.559 --> 00:20:28.168
Oh yeah,

360
00:20:28.183 --> 00:20:28.621
yeah,

361
00:20:28.683 --> 00:20:28.840
yeah,

362
00:20:28.841 --> 00:20:28.965
yeah.

363
00:20:28.966 --> 00:20:33.168
It's not like a place that is really dedicated to rice production and you do it every year?

364
00:20:33.824 --> 00:20:33.996
Yeah,

365
00:20:33.997 --> 00:20:34.074
yeah,

366
00:20:34.075 --> 00:20:34.152
yeah.

367
00:20:34.153 --> 00:20:35.324
We do crop rotation,

368
00:20:35.371 --> 00:20:36.277
one of my favorite.

369
00:20:37.048 --> 00:20:47.941
quotes is crop rotation as with life is a journey not a destination crop rotation is a huge part of what we do and so just to give you a sense the farm is 480 hectares

370
00:20:48.316 --> 00:21:05.856
350 are arable land right because we have the marshlands and pine forests which are classified which don't have annual crop production on them and of that 350 I have annually 35 to 45 hectares in rice production so

371
00:21:07.152 --> 00:21:14.555
the vast majority of actually the hectares I produce is in other crops.

372
00:21:16.516 --> 00:21:18.133
The most profitable is rice.

373
00:21:18.297 --> 00:21:19.696
And right now

374
00:21:20.352 --> 00:21:23.555
I have a three to four year crop rotation on rice,

375
00:21:23.633 --> 00:21:23.852
right?

376
00:21:23.915 --> 00:21:28.555
So if we're doing our traditional rice production,

377
00:21:28.680 --> 00:21:33.540
so let's say this will be harvested in October and then

378
00:21:33.920 --> 00:21:44.654
A couple years ago I started integrating a technique where I just broadcast immediately after harvest clover seed on top because you can't go in and prep the field for any sort of,

379
00:21:46.389 --> 00:21:46.670
you know,

380
00:21:49.983 --> 00:21:53.061
crop planting that's not just broadcasting at that point.

381
00:21:53.998 --> 00:21:55.076
What do you mean by broadcasting?

382
00:21:55.108 --> 00:21:55.764
Broadcasting,

383
00:21:55.858 --> 00:21:58.389
so like a manure spreader,

384
00:21:58.529 --> 00:21:59.951
you just like throw it on.

385
00:21:59.998 --> 00:22:00.123
Yeah,

386
00:22:00.201 --> 00:22:00.373
okay.

387
00:22:00.420 --> 00:22:00.670
Right?

388
00:22:00.764 --> 00:22:01.561
So we go in.

389
00:22:02.268 --> 00:22:14.096
with our tractor with the steel wheels and just throw the seed on right right after harvest and so we'll get a Clover crop because otherwise it would just the field would just stay uncovered through the winter and into the next summer

390
00:22:14.800 --> 00:22:21.214
We get a a clover crop out of that and a cover crop essentially and then the following year

391
00:22:21.854 --> 00:22:28.557
We do so that one of the rotations that working out best although it varies in different parts of the field We do

392
00:22:29.167 --> 00:22:30.995
I'll do a legume

393
00:22:31.364 --> 00:22:33.487
which is a fava bean for seed,

394
00:22:34.207 --> 00:22:34.448
right,

395
00:22:35.069 --> 00:22:36.389
which would be a fall planted.

396
00:22:36.811 --> 00:22:39.514
And then I'll do a grain crop after that,

397
00:22:39.553 --> 00:22:40.491
which is farrow.

398
00:22:41.053 --> 00:22:42.897
We found that farrow works really well.

399
00:22:43.756 --> 00:22:47.123
Other crops that I've tried include organic,

400
00:22:47.241 --> 00:22:47.483
you know,

401
00:22:47.577 --> 00:22:48.498
well everything's organic,

402
00:22:48.748 --> 00:22:50.467
so heirloom wheat varieties,

403
00:22:50.889 --> 00:22:51.358
flax,

404
00:22:51.952 --> 00:22:52.811
sunflowers.

405
00:22:52.905 --> 00:22:53.983
I've tried a variety,

406
00:22:54.045 --> 00:22:54.420
millet,

407
00:22:54.623 --> 00:22:55.967
I've tried a variety of different

408
00:22:56.652 --> 00:22:59.195
kind of primary crops in the rice rotation,

409
00:22:59.256 --> 00:23:05.103
but because the fields are structured in a different way to really hold water instead of drain water,

410
00:23:05.619 --> 00:23:08.666
only a few crops really can handle that situation.

411
00:23:08.720 --> 00:23:09.025
And so

412
00:23:09.705 --> 00:23:15.213
I found that farrow is a crop that goes into that rotation well.

413
00:23:15.244 --> 00:23:19.791
And so you'll do the farrow and then after that you'll plant the fava bean or,

414
00:23:19.978 --> 00:23:20.197
you know,

415
00:23:20.228 --> 00:23:24.635
your cover crop mix before the rice cycle then again.

416
00:23:25.213 --> 00:23:25.400
Okay.

417
00:23:26.532 --> 00:23:28.434
And did you have animals on the farm?

418
00:23:28.734 --> 00:23:28.994
Yes,

419
00:23:29.234 --> 00:23:30.076
we have animals on the farm.

420
00:23:30.077 --> 00:23:32.437
Do you also integrate them onto the rotation or is it a separate?

421
00:23:32.777 --> 00:23:40.223
So that's where the ducks came in because I was kind of struck in my mind about how to get animals on the rice fields,

422
00:23:40.246 --> 00:23:42.270
which is a goal,

423
00:23:42.645 --> 00:23:42.910
right?

424
00:23:43.348 --> 00:23:46.270
It's the next big step in our regenerative agriculture journey.

425
00:23:46.770 --> 00:23:54.426
I have a heritage breed of cattle that pastures in our pine forests and in...

426
00:23:54.892 --> 00:23:57.093
the fields and pastures towards the sea,

427
00:23:57.775 --> 00:23:58.035
right?

428
00:23:59.195 --> 00:24:12.437
Getting those animals across the road and into the fields themselves is a large logistical challenge that I've started to address in terms of trying to,

429
00:24:13.531 --> 00:24:13.765
you know,

430
00:24:13.890 --> 00:24:16.171
introduce more mobile fencing.

431
00:24:16.359 --> 00:24:19.250
And we tried some of the no-fence collars as well.

432
00:24:20.703 --> 00:24:23.828
And I work with a cowboy who helps me manage the cows.

433
00:24:24.160 --> 00:24:25.742
by horse as well.

434
00:24:26.283 --> 00:24:32.646
But there's a big logistical question which is that the cows currently are on the other side of a provincial road,

435
00:24:32.912 --> 00:24:33.169
right,

436
00:24:33.208 --> 00:24:34.951
because the farm's in two big pieces.

437
00:24:35.349 --> 00:24:38.857
And getting them out here is a logistical challenge.

438
00:24:38.872 --> 00:24:40.857
And that's why when I heard about the ducks,

439
00:24:41.419 --> 00:24:41.841
I was like,

440
00:24:41.904 --> 00:24:42.091
oh,

441
00:24:42.685 --> 00:24:46.341
that seems a lot more feasible than moving at the moment,

442
00:24:46.482 --> 00:24:47.404
I heard of cows.

443
00:24:47.638 --> 00:24:47.904
I do,

444
00:24:48.857 --> 00:24:49.607
In my mind,

445
00:24:49.747 --> 00:24:53.794
there's the goal of having the cows graze on these fields.

446
00:24:55.619 --> 00:24:57.842
It's always a goal that's five or ten years out.

447
00:24:59.327 --> 00:24:59.526
Okay,

448
00:24:59.846 --> 00:24:59.967
yeah.

449
00:25:01.631 --> 00:25:06.295
So all of these methods that you've been applying for a number of years now,

450
00:25:06.397 --> 00:25:06.975
have you seen

451
00:25:07.848 --> 00:25:08.749
Some benefits to,

452
00:25:09.290 --> 00:25:09.530
I mean,

453
00:25:09.950 --> 00:25:12.372
some improvements in soil health and biodiversity.

454
00:25:12.392 --> 00:25:14.376
Have you been measuring the soil?

455
00:25:15.017 --> 00:25:15.935
What can you tell us about that?

456
00:25:16.060 --> 00:25:16.192
Yeah,

457
00:25:16.356 --> 00:25:16.474
yeah,

458
00:25:16.521 --> 00:25:16.638
yeah.

459
00:25:16.739 --> 00:25:22.302
So as soon as you start adding crop rotations and cover crops,

460
00:25:22.966 --> 00:25:27.192
you start to see in a couple of years just the soil structure.

461
00:25:28.364 --> 00:25:32.427
You start to see the microbiological activity.

462
00:25:32.927 --> 00:25:33.192
You know,

463
00:25:33.239 --> 00:25:34.021
you look at the color,

464
00:25:34.036 --> 00:25:34.536
you look at the,

465
00:25:34.927 --> 00:25:35.177
you know,

466
00:25:35.192 --> 00:25:37.114
all of the different kind of indicators.

467
00:25:37.344 --> 00:25:38.565
physical indicators,

468
00:25:38.606 --> 00:25:38.766
right?

469
00:25:38.767 --> 00:25:41.327
And then every few years I do tests.

470
00:25:42.530 --> 00:25:50.295
We've been testing soil organic matter in a few different parts of the farm over time and those parameters improve,

471
00:25:50.397 --> 00:25:51.116
but slowly,

472
00:25:51.436 --> 00:25:51.616
right?

473
00:25:51.678 --> 00:25:57.077
These are heavy clay soils so they are very nutrient rich to begin with.

474
00:25:59.061 --> 00:26:04.748
And so that I've seen and just the ability of the soils.

475
00:26:05.260 --> 00:26:11.024
to respond to lots of rain or periods of drought,

476
00:26:11.125 --> 00:26:11.387
right?

477
00:26:11.547 --> 00:26:12.789
When I first took over,

478
00:26:12.926 --> 00:26:13.168
you know,

479
00:26:13.169 --> 00:26:16.211
I think I mentioned earlier there was a drought in 2017.

480
00:26:16.774 --> 00:26:18.172
The soils had only been,

481
00:26:18.555 --> 00:26:18.813
you know,

482
00:26:19.336 --> 00:26:21.821
I started the organic transition in 2016,

483
00:26:21.836 --> 00:26:25.961
so it had only been a year of crop rotation and cover cropping,

484
00:26:26.774 --> 00:26:30.164
and the soils really suffered from that drought,

485
00:26:30.305 --> 00:26:30.571
right?

486
00:26:31.039 --> 00:26:31.602
We do have...

487
00:26:31.760 --> 00:26:46.938
we have had drier periods in the past couple years and there's there's more resilience in the soils and like I said we do the soil testing every few years yeah okay amazing any other

488
00:26:47.118 --> 00:26:59.180
like big plans for the future things that you you want to try that you're quite excited about yeah oh yeah of course well the ducks is a big one yeah but then one of the projects that

489
00:26:59.649 --> 00:27:00.289
I'm you know

490
00:27:00.492 --> 00:27:20.995
participating in and hopefully will get funded is around more full-scale climate you know carbon emissions and and climate you know related emissions uh monitoring right so that we can really start to put more um quantify better what our practice how our practices impact um

491
00:27:21.213 --> 00:27:28.276
carbon the carbon cycle essentially um and then from a farm business perspective one of the um

492
00:27:28.704 --> 00:27:32.524
I'm hoping to open a farm store in the next year or two.

493
00:27:33.206 --> 00:27:34.604
We didn't really talk about,

494
00:27:34.925 --> 00:27:36.065
and that's totally fine,

495
00:27:37.866 --> 00:27:38.726
the workshops,

496
00:27:38.749 --> 00:27:39.444
the tourism,

497
00:27:39.866 --> 00:27:42.210
the educational component of the farm,

498
00:27:42.226 --> 00:27:44.624
which is a really important part of what we do,

499
00:27:44.827 --> 00:27:55.796
but how the public interacts with what we're doing is the next step in that process is really a place for people to buy farm products and learn about what we do.

500
00:27:56.249 --> 00:27:57.046
So those are some of that.

501
00:27:57.192 --> 00:27:58.373
projects on the horizon.

502
00:28:00.193 --> 00:28:01.691
This is the end of part two.

503
00:28:02.172 --> 00:28:03.812
Thank you so much for listening until the end.

504
00:28:04.414 --> 00:28:06.136
If you'd like to support me and my work,

505
00:28:06.137 --> 00:28:12.457
you can actually do that in just a few seconds by clicking on the deep seat page and clicking the follow or subscribe button.

506
00:28:12.933 --> 00:28:15.730
It only takes a few seconds and it makes a huge difference for me.

507
00:28:15.777 --> 00:28:23.261
So thank you so much in advance and see you tomorrow for part three for the last part of this awesome interview with Ariane.

508
00:28:28.612 --> 00:28:29.658
Bye.

