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What does it actually take to build a regenerative farm from bare, depleted soil?

In this episode of Harvesting Wisdom, host Mike McMahon travels to the Šiauliai district of Lithuania to visit Lornus, a farmer who moved onto his grandfather's land in 2015 with his wife and, eventually, three kids. What started as a plant-based homesteading dream turned into a hands-on education in soil science, rotational grazing, and the real economics of raising food.

Lornus shares how a video on permaculture reshaped his thinking during university, and how early attempts at market gardening ran into hard truths about poor soil and short growing seasons. That struggle led him back toward raising animals, starting with movable chicken coops and eventually a herd of cattle managed through mob grazing and holistic pasture management.

The conversation covers practical details of running a small regenerative operation: managing calving season, finding a slaughterhouse suited to grass-finished beef, improving pasture health without tilling, and navigating regulations that limit which animals small farmers can raise. Lornus is candid about the setbacks, the learning curve, and the deeper motivation that keeps the family going even when the margins are thin.

This episode is a grounded look at what it really means to build a resilient, self-sufficient food system from the ground up, one paddock, one mistake, and one season at a time.

👉 Subscribe to Harvesting Wisdom for more conversations on agriculture, sustainability, and the people building resilient food and farming systems.

Why Listen?

This episode is a candid, on-the-ground account of what regenerative farming actually looks like in practice, not just in theory. Lornus doesn't gloss over the failures: poor soil, a failed vegetable venture, and the steep learning curve of managing livestock. For anyone interested in rotational grazing, soil regeneration, homesteading, or simply curious what it takes to build food independence from scratch, this conversation offers honest, practical insight. It's especially worthwhile for aspiring farmers, homesteaders, or anyone rethinking their relationship with where their food comes from.

00:00 – Introduction to Lornus and the farm in Šiauliai, Lithuania
 02:01 – From studying plant science to discovering permaculture
 04:01 – Moving onto family land and starting a plant-based homestead
 05:27 – Testing the soil and discovering it couldn't support crops
 06:40 – Why the market garden idea didn't work out
 07:47 – Shifting toward animals: movable chicken coops and goats
 08:28 – Taking on a herd of 12 cows through a regional park program
 09:28 – Managing breeding season and calving timing
 11:17 – Water management and natural water sources
 12:36 – Raising bulls for beef and timing the harvest
 14:02 – Finding a slaughterhouse for grass-finished cattle
 16:10 – Why poultry is "for the feast" and beef is for every day
 17:52 – Chickens surviving harsh winters outdoors
 17:52 – Regulations preventing pastured hogs due to swine flu concerns
 20:17 – Plans to grow berries without chemical inputs
 23:12 – Tracking farm data and calculating input costs
 25:05 – Improving pasture health through grazing management
 28:02 – What it takes to stick with this way of life long-term
 29:00 – Raising kids on the farm and hopes for the next generation

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What does it take to keep a 200-year-old vineyard thriving as the climate shifts beneath it?

In this episode of Harvesting Wisdom, host Mike McMahon travels to Burgundy, France to sit down with Christophe, who oversees field operations for the historic Louis LaTour estate. Their conversation unfolds right in the vineyard, walking the rows while discussing soil, biodiversity, and the realities of farming some of the most celebrated land in the world.

Christophe shares how growers across small, centuries-old plots are working together to restore biodiversity at a landscape scale — leaving native forest edges intact, replanting hedgerows, and creating wildlife corridors between tiny parcels owned by dozens of different families. He also explains Burgundy's dry-farming approach, on-site composting practices, and why shallow, mineral-rich soils have historically defined the region's wines.

A major thread throughout the episode is climate change. Christophe walks through decades of harvest data showing dates shifting earlier and earlier, and describes the long-term work being done — from testing new rootstocks and grape clones to reconsidering vine density — to help vineyards stay resilient for future generations.

The conversation closes with reflections on tradition, terroir, and what it really means to make wine as part of a multi-generational, cooperative system rather than a solo pursuit.

If you care about regenerative agriculture, soil health, or how traditional farming systems are adapting to a changing climate, this is a conversation worth your time.

👉 Subscribe to Harvesting Wisdom for more conversations on agriculture, sustainability, and the people working to build resilient food and farming systems.

Why Listen?

This episode offers a rare, ground-level look at how one of the world's most tradition-bound wine regions is confronting climate change in practical, hands-on ways. Whether you're into regenerative agriculture, soil health, biodiversity, or simply curious about how generations-old farming systems adapt under pressure, Christophe's perspective is grounded, honest, and full of specifics — from composting methods to root depth to why cooperation between growers matters more than competition. It's a great watch for gardeners, farmers, sustainability students, or anyone who wants to understand agriculture through the lens of place, patience, and long-term thinking.

00:00 – Introduction to Christophe and Louis LaTour
 02:40 – Native forest edges and natural biodiversity buffers
 04:22 – Multi-generational cooperation among Burgundy growers
 09:16 – Clone diversity and building resilience through genetics
 11:10 – Dry farming and on-site composting practices
 12:39 – Managing vine disease without synthetic sprays
 16:32 – Harvest date data and visible signs of climate change
 19:08 – Shallow soils, root depth, and water reserves
 21:02 – Cover crops and managing competition for water
 32:55 – The "Terroir de Corton" biodiversity project
 36:13 – Long-term adaptation: rootstocks, density, and old varieties
 44:00 – Advice for wine lovers exploring Burgundy
 45:34 – Closing thoughts and appreciation

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Can healthier soil produce better wine? What happens when a family vineyard spends generations working with nature instead of against it?

In this episode of Harvesting Wisdom, host Mike McMahon visits Château Nodot in the Blaye Côtes de Bordeaux appellation to speak with vineyard owner Jessica Aubert. Her family has cared for the estate for more than 200 years, and for the past 16 years Jessica has continued their commitment to organic practices while leading the vineyard's transition into biodynamic farming.

Jessica explains how biodynamic agriculture has improved soil health, strengthened biodiversity, increased resilience to climate change, and enhanced the quality of their wines. From cover crops and herbal preparations to forest conservation and natural pest management, this conversation highlights how healthy ecosystems create healthier farms.

You'll also learn about:

•  The differences between organic, biodynamic, and regenerative agriculture 
•  How living soil supports healthier vines 
•  Biodiversity, pollinators, and natural pest control 
•  Climate change challenges facing vineyards today 
•  Biodynamic preparations and seasonal farming practices 
•  Why protecting forests and natural habitat matters for agriculture 

Whether you're a gardener, farmer, wine enthusiast, or simply interested in sustainable food systems, this episode offers practical insights into farming with nature while preserving the land for future generations.

Subscribe to Harvesting Wisdom for more conversations exploring agriculture, sustainability, food systems, environmental stewardship, and the people helping shape a more resilient future.

Healthy soil is the foundation of resilient agriculture, and this episode offers a real-world look at what that means in practice. Jessica Aubert shares how biodynamic farming has helped her family vineyard improve soil biology, protect biodiversity, and adapt to changing environmental conditions. Whether you're interested in regenerative agriculture, sustainable gardening, or simply curious about how great wine begins in the vineyard, you'll come away with valuable insights that extend far beyond wine.

00:00 – Welcome to Harvesting Wisdom & introduction to Château Nodot

00:41 – Meet Jessica Aubert and her family's 200-year-old Bordeaux vineyard

01:15 – The grape varieties grown at Château Nodot

03:10 – Why the vineyard transitioned to biodynamic farming

04:04 – Jessica's journey from banking to vineyard management

05:03 – Managing a vineyard year-round and today's wine market challenges

06:01 – Why wine consumption is changing around the world

07:00 – Shipping wine internationally and Bordeaux's unique terroir

08:28 – How biodynamic farming transformed the vineyard's soil

09:39 – Biodynamic farming vs. regenerative agriculture

10:37 – Does the moon influence plant growth?

11:17 – Biodynamic preparations explained

14:06 – Using herbs and natural teas to prevent vineyard diseases

15:26 – Creating natural soil amendments

16:06 – How biodynamic preparations are made and applied

18:15 – Best conditions for applying biodynamic treatments

19:04 – Climate change and its impact on grape production

20:31 – Managing vine growth for healthier grapes

22:23 – Building resilience through soil biology

23:59 – Organic matter, water retention, and healthier soils

24:57 – Why biodiversity matters below the surface

25:33 – Cover crops, clover, and supporting pollinators

26:07 – Bees, biodiversity, and natural ecosystems

27:03 – Preserving forests around the vineyard

29:03 – The economics of organic and biodynamic farming

29:49 – Future plans for grazing sheep in the vineyard

31:10 – Managing weeds without herbicides

32:32 – Why biodynamic grapes produce richer wines

33:13 – Working alongside conventional vineyards

35:27 – Jessica's vision for biodiversity and the future of wine

36:32 – Closing thoughts & thanks for watching

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What would happen to our food supply if honeybees disappeared?

In this episode of Harvesting Wisdom, Dr. Joe Roselle speaks with Arizona State University Bee Lab researcher Dr. Cahit Ozturk about the essential role honeybees and other pollinators play in food production, biodiversity, and healthy ecosystems.

Dr. Ozturk explains what declining bee populations could mean for agriculture, how pesticides and monoculture farming affect bee health, and why honeybees are especially valuable pollinators. He also shares insights from his research into bee genetics, hygienic behavior, fungicide exposure, and Varroa mites.

Thinking about starting a backyard beehive? This conversation also covers practical beekeeping basics, including providing water, protecting hives from Arizona’s extreme heat, and identifying mite problems before they spread.

IN THIS EPISODE, YOU’LL LEARN:

🐝 Why honeybees are critical to our food supply
🌱 How pollination affects crop quality and biodiversity
🚜 Why monoculture farming can harm bee nutrition
🧪 How pesticides and fungicides affect bee health
🍯 What gives honey its unique regional flavor
🔬 What researchers are discovering about bee genetics and behavior
🏡 What you need to begin backyard beekeeping
☀️ How Arizona beekeepers manage extreme heat and limited water
⚠️ How to recognize and manage Varroa mites

ABOUT DR. CAHIT OZTURK

Dr. Cahit Ozturk is a research technologist and associate researcher at Arizona State University with more than three decades of experience in honeybee research, education, breeding, and colony management.

He began working with honeybees in 1989 and earned his master’s degree studying royal jelly production. He later received his Ph.D. in bee genetics and breeding from Cukurova University in Turkey.

Before joining the ASU Bee Lab in 2014, Dr. Ozturk worked as a lecturer and researcher and served as the head of a government beekeeping research department in Turkey. His areas of expertise include honeybee breeding and management, queen bee rearing, bee genetics, hygienic behavior, royal jelly production, instrumental insemination, and honeybee learning and behavior.

He currently contributes to honeybee research projects and teaches basic through advanced beekeeping courses at the ASU Bee Lab.

CHAPTERS

00:00 – Meet Dr. Cahit Ozturk
01:26 – Why bees matter to our food supply
02:35 – What happens if bee colonies collapse?
04:19 – Bumblebees, mason bees, butterflies, and other pollinators
07:18 – How chemicals and monoculture farming affect bees
11:00 – The connection between bees and biodiversity
12:58 – How pollination affects food quality and quantity
14:51 – What gives honey its regional flavor?
17:52 – Honey and human health
21:23 – Current research at the ASU Bee Lab
23:45 – Protecting bees from pesticides and fungicides
26:34 – How to begin backyard beekeeping
28:35 – Managing water and extreme heat in Arizona
30:05 – Detecting and treating Varroa mites
34:14 – Surprising facts about honeybees
36:38 – Final advice for future beekeepers

If you care about sustainable agriculture, food security, biodiversity, gardening, or beekeeping, this conversation is for you.

Subscribe to Harvesting Wisdom for more conversations with the researchers, farmers, educators, and innovators working to create healthier communities and more resilient food systems.

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Episode Summary

Part 2 continues the conversation with Philippe Drouhin, diving deeper into rootstock science including a mysterious rootstock disease that emerged in France 20 years ago and ongoing collaborative testing among growers. Philippe and Mike explore the philosophical heart of Burgundy winemaking: the difference between "style" and true "terroir," why a great taster should be able to identify a wine's origin blind, and how his father used old vintages to teach the next generation what a wine "should" taste like. The discussion broadens into shifting consumer habits declining alcohol consumption, the rise and fall of trends like non-alcoholic and vegan wine, and why younger drinkers are choosing less but better. Philippe also shares a hands-on experiment reducing soil compaction with modified tractor routes, and closes with reflections on how growers now cooperate more than compete in the face of a shared enemy: climate change.

Why Listen

Listen if you want to understand what separates a wine that merely tastes good from one that's authentically true to its land, and how a historic estate is adapting old traditions to new environmental realities. Great for wine enthusiasts, sustainable agriculture followers, and anyone interested in how tradition, science, and changing consumer culture intersect in the modern wine industry.

Highlight Timestamps

• 00:27 – Rootstock varieties, disease outbreaks, and ongoing regional testing
• 02:30 – Where rootstocks originally came from and how they were crossed
• 03:42 – What a phylloxera-style total vineyard loss would mean today
• 04:40 – Vine planting timelines, legal harvest ages, and early yields
• 07:03 – How a winery keeps its flavor consistent year after year
• 08:29 – Learning terroir from your father: knowledge passed through generations
• 10:16 – Terroir vs. style: why a wine should be recognizable blind
• 13:51 – Élevage and tasting sessions used to teach "what's right"
• 15:49 – Did Philippe ever consider a different path? Life in the family business
• 16:03 – The unpredictability of organic farming, year to year
• 17:38 – The "40 Chances" idea — a farmer's limited shots at getting it right
• 19:24 – Passing the vineyard down: family, teaching, and staying local
• 20:12 – Storytelling through old vintages (1961, 1962) at family dinners
• 21:32 – Why younger generations are drinking less but choosing better wine
• 24:15 – Non-alcoholic and vegan wine trends, and how far they'll go
• 27:55 – A hands-on soil experiment: reducing tractor compaction row by row
• 30:51 – Compaction, water retention, and long-term soil health
• 32:39 – Why growers now cooperate more than compete
• 32:53 – Climate change and emerging disease threats as the shared enemy
• 34:34 – Closing thoughts: trading wine and community among growers

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Episode Summary
In this episode of Harvesting Wisdom, Mike McMahon travels to Burgundy's Clos des Mouches to speak with Philippe Drouhin of the historic Joseph Drouhin estate. Philippe traces his family's winemaking story back to 1880, including the accidental discovery that led to Clos des Mouches' celebrated white wine, and explains how four generations have shaped the domaine's vineyards. The conversation moves into the fine details of terroir — how soil composition can shift dramatically within just a hundred meters, how compost and cover crops are tailored plot by plot, and why root depth (sometimes reaching 20 meters) plays a critical role in surviving drought without irrigation, which is prohibited in Burgundy. Philippe and Mike also discuss the accelerating effects of climate change, water availability, and how the estate manages three separate vineyard sites across the region.

Why Listen
Listen if you want a grounded, detail-rich look at what it actually takes to farm a multi-generational vineyard through changing climate conditions. This episode is ideal for wine lovers, growers, soil science enthusiasts, and anyone curious how a family business preserves both land and legacy across a century of change.

Highlight Timestamps
Intro — Meeting Philippe Drouhin at Clos des Mouches
Family history: Joseph Drouhin founds the company in 1880
1921 the first vineyard purchase and the birth of Clos des Mouches
The accidental discovery of Clos des Mouches white wine
Four generations: from Joseph to today's four siblings running the estate
The oldest surviving vines (1935, 1945) and why vine age is hard to track
Limestone, clay, and silt: how soil changes every 100 meters
Tailoring compost and cover crops to each micro-plot
Managing three vineyard estates and the role of vineyard managers
Why irrigation is banned in Burgundy — and how vines adapt
Roots reaching 20 meters deep as a natural drought buffer
Climate change: heat waves and droughts not seen 15 years ago
A detour: growing grapes in the Arizona desert and heat-driven veraison issues
Rootstock selection, clones, and preserving vineyard genetic diversity

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Can a regenerative farm actually turn a profit, and how long does it take to get there?

In part two of this Harvesting Wisdom conversation, host Mike McMahon continues talking with Niels, a Danish entrepreneur who built a 650-hectare regenerative farm in Lithuania called Farmer Circle. This half of the conversation goes deeper into the numbers, the setbacks, and the bigger systems needed to make regenerative farming work long-term.

Niels traces the decline of his father's farm in Denmark back to the shift toward industrial monoculture in the 1970s, and compares it to how his own farm is slowly rebuilding carbon and soil structure through grazing and rotation. He also talks about launching a trading company to help neighboring farms reach the market, and running a shared slaughterhouse that benefits smaller producers nearby.

The conversation covers where technology fits into regenerative farming, from satellite and drone monitoring to virtual fencing, along with the regulatory hurdles that come with using new tools on an organic-certified farm. Niels is direct about the financial reality too, including a costly herd management mistake and the multi-year path from losses toward profitability.

The discussion widens further into food policy, population growth, farm subsidies, and the connection between processed food and long-term health, tying the farm-level story back to bigger questions about how food systems are built.

👉 Subscribe to Harvesting Wisdom for more conversations on agriculture, sustainability, and the people building resilient food systems.

Why Listen?

This half of the conversation is especially valuable for anyone wondering whether regenerative farming actually pencils out financially. Niels walks through real losses, a costly mistake with the herd, and a genuine path toward profitability, without glossing over the difficulty. He also raises thoughtful points about technology, farm subsidies, and food policy that go beyond the farm gate. It's a strong watch for farmers weighing the transition to regenerative practices, agribusiness owners, or anyone interested in how food policy and soil health connect to long-term public health.

00:00 – Comparing childhood soil in Denmark to the Lithuanian farm
 01:23 – How industrial monoculture degraded his father's farm
 03:14 – Building carbon back into the soil through grazing
 04:39 – Building "Farmers and Company" to help neighboring farms reach market
 06:47 – Running a shared slaughterhouse for local farmers
 08:32 – Considering new technology, including virtual fencing
 09:00 – Satellite and drone monitoring for precision fertilizer use
 10:56 – Regenerative ranching and its effects on livestock and land
 12:28 – Regulatory conflicts around new grazing technology
 15:25 – Comparing grazing pressures in Central Asia and Mongolia
 18:26 – The real economics: losses, mistakes, and a path to profit
 21:35 – Farm subsidies, food pricing, and consolidation of farmland
 23:18 – Agriculture's role in addressing climate change
 27:33 – A costly mistake with the herd and lessons learned
 29:41 – Population growth, food demand, and women's education
 33:47 – Long-term soil regeneration and historical warnings ignored
 38:14 – Processed food, chemical exposure, and long-term health
 39:47 – EU organic farming targets and pesticide reduction goals
 44:05 – Closing thoughts

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What happens when a successful entrepreneur decides his last mission should be healing soil instead of building companies?

In this two-part episode of Harvesting Wisdom, host Mike McMahon sits down with Niels, a Danish businessman who built and sold companies in construction, windows, and bicycles before moving to Lithuania and eventually acquiring a 650-hectare farm. What started as an interest in better food led to "Farmer Circle," a farm built around organic, regenerative practices, and a growing network of connected businesses, including a slaughterhouse, bakery, butcher shop, brewery, and even a vertical farm.

Part one covers Niels' path from a small organic-by-necessity childhood farm in Denmark, through decades in business, to his decision to buy a run-down Lithuanian farm and commit to regenerative agriculture. He's candid about the hard years, what he calls "the valley of dead soil," when the land got worse before it got better after removing chemical inputs.

Part two goes deeper into the economics and systems side: crop rotation, cattle as the centerpiece of the operation, cooperating with neighboring farms, and the challenges of scaling regenerative practices while staying profitable. The conversation also widens out into broader themes, including industrial agriculture's history, soil degradation, population and food demand, and the connection between food quality and long-term health.

This is a wide-ranging, honest conversation about what it actually takes, financially and personally, to rebuild a farm from the ground up.

👉 Subscribe to Harvesting Wisdom for more conversations on agriculture, sustainability, and the people building resilient food systems.

Why Listen?

This two-part conversation is a rare, detailed look at regenerative farming from someone who approaches it like the business turnaround it is. Niels doesn't sugarcoat the early years of declining yields and financial losses, and he's equally direct about the systems that eventually made the farm work: cattle-centered rotation, farmer cooperation, and building markets for surrounding small farms. It's a great watch for aspiring farmers, agribusiness owners, or anyone curious about the real economics behind regenerative agriculture, along with the bigger-picture questions about soil health, food policy, and long-term health that come up along the way.

00:00 – Introduction to Niels and his path to Lithuania
 01:48 – Growing up on a small organic-by-necessity farm in Denmark
 03:07 – Building and selling a window manufacturing company
 05:19 – Moving to Lithuania and shifting focus to food
 08:43 – First venture into food: opening a restaurant
 10:09 – Realizing there was no organic food market in Lithuania
 11:12 – Acquiring the 650-hectare farm near Vilnius
 14:24 – Naming "Farmer Circle" and its dual meaning
 17:02 – Entering "the valley of dead soil" after removing chemicals
 19:27 – Bringing biology back through compost and animals
 21:19 – Introducing cattle, hens, and sheep to the farm
 22:39 – Building an on-farm slaughterhouse and meat processing
 24:39 – The wider business network: bakery, butcher shop, wine bar, brewery
 25:19 – A vertical farm in Vilnius and a microbrewery in Copenhagen
 27:21 – Internal trade between the businesses
 29:19 – Why vegetables remain the hardest part of the system
 34:13 – The history of chemical fertilizers and pesticides in agriculture

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Episode Summary
In this episode of Harvesting Wisdom, Mike McMahon visits a hillside farm overlooking Florence, Italy, run by a farmer practicing what he calls "ultra bioattivo" — an intensely biological, small-scale approach to growing over 40 varieties of vegetables and olives without any fertilizers, pesticides, fungicides, or herbicides for more than 12 years. The conversation, translated live from Italian, covers his unique composting process (a thermophilic phase followed by months resting in a forest windrow), his use of biochar, zeolite, and Korean natural farming principles, and how cypress trees and mulched water basins help recharge the aquifer instead of letting runoff carry chemicals downhill. Remarkably, the farm has partnered with the University of Florence on clinical trials showing measurable improvements in customers' gut microbiomes, and Mike connects this to his own water-saving trials with the University of Arizona using the same radicchio variety in the Yuma desert. The episode closes with a look at community: 200 subscribing families, dozens of partner restaurants, and a shared vision between Mike and his host — brothers from different mothers — to prove this kind of farming can work anywhere on the planet, including through education and a possible documentary collaboration.

Why Listen
Listen if you want to see regenerative, chemical-free farming in action — not as theory, but as a working business feeding hundreds of families and dozens of restaurants without a dollar spent on advertising. This episode is great for anyone interested in soil biology, biochar and mineral amendments, water conservation, the food-health connection (gut microbiome research!), or the idea that sustainable farming can be both ecologically sound and genuinely profitable.

00:00 – Intro: visiting a farmer above Florence growing 40+ vegetable varieties
00:00 – "Ultra bioattivo": small-scale, biology-driven farming without chemicals for 12+ years
00:00 – The composting process: a month of thermophilic heat, then months resting in a forest windrow
00:00 – Community impact: farmers market embraces, restaurant partners, and local goodwill
00:00 – The tradeoff of going chemical-free: less input cost, more labor, more loyal customers
06:03 – Clinical trials with the University of Florence show real gut microbiome improvements in customers
06:10 – 200 families and multiple acquired farms — scaling entirely through word of mouth
08:40 – Parallel water-saving trials with the University of Arizona using the same radicchio variety
09:15 – "We are not luddites" — using LoRa network sensors and real data alongside natural methods
09:46 – Biochar as a microbial "condominium" and its role in drainage and carbon
10:39 – Zeolite and Tuscany's volcanic soil — natural mineral amendments
11:24 – Water basins, mulch, and soil armor: preventing runoff and recharging the aquifer
11:57 – Italian cypress trees and their deep taproots that funnel water into the aquifer
14:52 – Korean natural farming philosophy: "no good, no bad — only what the soil needs"
15:31 – Worm composting and a liquid injector system for direct feeding
17:18 – Turning olive leaves into a micronized powder to feed the trees, mimicking a forest cycle
17:21 – The farmer's book and "five pillars" of the bioactive method
19:52 – Mike's own nonprofit: Urban Farming Education, the Harvesting Wisdom podcast, and an environmental film festival
20:00 – A shared mission: proving regenerative farming can work anywhere, and a possible documentary partnership

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In Part 2 of this conversation from France, Mike McMahon and his guest expand the discussion beyond wine to examine the broader relationship between food, agriculture, public health, and environmental stewardship.

They explore the impact of processed foods on human health, the cultural importance of slowing down to enjoy meals, and how healthy soils ultimately lead to healthier people. The conversation also dives into microplastics, water conservation, regenerative farming, sustainable land management, and the responsibility of protecting agricultural resources for future generations.

The discussion highlights how innovation, including drone technology and precision agriculture, can help vineyards reduce soil compaction and chemical use while improving sustainability. The episode concludes with reflections on climate change, family-owned vineyards, preserving agricultural knowledge, and why producing fewer—but better—products may be the future of both farming and winemaking.

Why Listen?

If you've ever wondered how agriculture affects nearly every aspect of our lives, this episode connects the dots. From the food we eat and the health of our bodies to water conservation, climate resilience, and the future of farming, this conversation offers practical insights rooted in generations of experience. Whether you're passionate about regenerative agriculture, wine, environmental sustainability, nutrition, or simply preserving the land for future generations, you'll come away with a deeper appreciation for the choices that shape our food system.

Highlight Timestamps

00:00 – Processed food vs. whole food and why nutrition begins with quality ingredients

02:00 – The importance of slowing down during meals and the connection between culture and health

04:20 – Scientific evidence supporting healthier eating habits

04:50 – Lobbying, plastics, and how economic interests influence agriculture

06:45 – Microplastics in our bodies and the future of food and water

08:05 – Why regenerative agriculture needs more attention beyond livestock farming

09:20 – Soil infiltration, flooding, and protecting healthy farmland

10:35 – Water depletion, sustainable land management, and long-term stewardship

12:00 – Why farmland is both private property and a public resource

13:20 – Agricultural knowledge, education, and protecting farming traditions

15:00 – Managing a historic family vineyard and preserving generations of expertise

17:50 – Five families, five centuries: the legacy of Château Climens

20:00 – Precision agriculture, drone technology, and the future of sustainable vineyards

22:15 – Pairing sweet Barsac wines with food and the importance of balance

24:50 – How wine regions evolve as consumers choose quality over quantity

27:30 – Biodynamic farming, climate change, and regenerative success stories

29:00 – Climate extremes and their impact on farmers around the world

30:40 – Why investing in better food today leads to healthier communities tomorrow