Where Regeneration Becomes Applied Intelligence
Regenerative Intelligence
Ana Intl operates as an evolving platform, expressed through writing, conversation, and applied systems design.
This is where ideas are refined, tested, and translated into infrastructure.
Ana Intl translates the principles of living systems into strategy, leadership, and enterprise design.
Across food, health, and organizational architecture, we teach how life organizes itself to create more life, and how to build accordingly.
This is not information.
It is systems literacy.
Field Notes from Ana Intl
Our primary publication explores regeneration as strategy.
Through long-form writing, we examine how living systems create resilience — and how those patterns apply to food systems, human health, leadership architecture, and enterprise design.
These are not trends.
They are structural conversations about the future.
Nature’s Currency Podcast
A Podcast with Chandrima Ornvold · Launching Soon
Nature’s Currency explores how human health, land, society, and economies are fundamentally connected, and what happens when our systems forget how life creates value.
Using living systems as a lens, each episode examines environmental breakdown, burnout, inequality, food systems, and economic incentives not as separate crises, but as symptoms of the same misalignment.
This is not commentary.
It is systems interpretation.
Season One: What we’ve been measuring wrong.
Applied Systems Design
Selective Engagements
Beyond writing and conversation, Ana Intl works privately with a limited number of founders and institutions each year.
These engagements focus on structural redesign, aligning incentives, culture, capital, and decision-making with the intelligence of living systems.
This is not surface-level strategy.
It is architectural work.
We examine how value flows, where fragmentation exists, and how systems can be redesigned to produce resilience rather than erosion.
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Our engagements focus on structural coherence, not surface tactics. Depending on the partner, work may include:
• Systems mapping (where fragmentation lives)
• Incentive and feedback loop redesign
• Organizational and leadership architecture
• Regenerative enterprise and operating model design
• Supply chain and value-flow strategy
• Long-horizon infrastructure planning
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This work is best suited for leaders and organizations building for the long term, including:
• Founders and executive teams navigating complexity and scale
• Mission-driven brands ready to align values with operating reality
• Institutions modernizing strategy through living systems intelligence
• Land-based projects developing regenerative demonstration models
If your priority is short-term optimization, this will not be the right fit.
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Ana Intl works with a limited number of partners each year. Most engagements begin with a short inquiry and an alignment call to confirm fit and scope.
Common engagement formats:
• Executive systems intensive (short-term diagnostic + direction)
• Strategic partnership (multi-month systems redesign)
• Ongoing advisory (select partners, long-horizon work)
To inquire, share a brief overview of your system, your time horizon, and what you are trying to redesign.
CASE STUDY
Regenerating the High Desert
Cedar Springs Farm · Hotchkiss, Colorado
Problem
Cedar Springs Farm began as a degraded high desert landscape in western Colorado.
The 40-acre property was defined by compacted soils, poor water retention, low biodiversity, and expanding dryland juniper, a system trending toward desertification.
Left unmanaged, resilience would continue to decline.
The vision was not simply to improve yield, but to redesign the landscape entirely — transforming it into a functioning silvopasture system where water, soil, trees, and animals operated as an integrated whole.
A working model of regeneration in practice.
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We applied regenerative design principles across the entire landscape, integrating water, soil, animals, and perennial systems into a coherent whole.
Water & Earthworks
Extensive swales and water-harvesting earthworks were designed to mimic beaver activity — slowing runoff, spreading water across contours, and gradually restoring the water table.
Water was treated as infrastructure, not waste.
Rotational Grazing & Soil Regeneration
A multi-species rotational grazing system was implemented to replicate the natural disturbance cycles once created by wild ruminants.
Holistic grazing methods transformed invasive knapweed from liability into functional support species, restoring balance with native grasses and legumes.
Agroforestry & Silvopasture
Thousands of trees were planted in integrated silvopasture patterns — including honey locust, oak, chestnut, apple, plum, mulberry, and hazelnut.
Genetics were selected and tested for alkaline, arid soils, with chestnut cultivars sourced from New Forest Farm and adapted regionally.
Perennial systems were designed for both ecological restoration and long-term food production.
Integrated Livestock Systems
Hybrid beef and dairy operations were developed using heritage breeds (Devons, Jerseys, Belted Galloway crosses).
A calf-sharing dairy model allowed cows to raise calves while milk was harvested selectively — maintaining animal welfare and community supply simultaneously.
Pastured pigs were integrated seasonally, with adaptive management systems to balance soil impact and fertility gains.
Ecosystem Services & Closed Loops
Domestic waterfowl (Toulouse geese) were integrated into pond systems to manage mosquito larvae, cycle nutrients, and aerate water bodies.
The farm moved toward a near closed-loop model:
pond → geese → soil fertility → forage → livestock.
Protected Growing & Food Sovereignty
High tunnels extended the growing season and stabilized annual yields of tomatoes, peppers, corn, and brassicas.
The result was a diversified, nutrient-dense food system supporting winter storage, local markets, and regional resilience.
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The redesign produced measurable ecological and operational shifts across the landscape.
Hydrology Restored
Swaled zones demonstrated a measurable rise in the water table, suppressing dryland juniper and creating conditions for deciduous tree succession.
Water moved from runoff to retention.
Chemical-Free Invasive Suppression
Knapweed populations were significantly reduced through grazing strategy alone — without herbicides — restoring balance to native grasses and legumes.
Perennial Proof of Concept
Initial fruit and nut harvests (plums, honey locust pods, emerging chestnuts) signaled the viability of long-term perennial food systems in alkaline, arid conditions.
Biodiversity Return
Deer populations increased and endangered leopard frogs reappeared in pond systems — indicators of restored ecological function.
Closed-Loop Nutrient Cycling
Geese and pigs became integrated ecological tools, supporting nutrient cycling, soil aeration, and pasture fertility.
Regional Impact
A regional tree propagation program was developed to distribute resilient agroforestry species across the Mountain West.
Resilient Production Model
The farm evolved into a diversified homestead system producing:
• Grass-fed beef
• Pastured pork
• Dairy & eggs
• Tree crops
• Annual vegetables
• Pollination services
A living demonstration of integrated regeneration.
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What we design on land mirrors how we design organizations.
Living systems principles translate directly across soil and structure.
Flow Before Output
On land, water must move correctly before yield is possible.
In organizations, energy, information, and incentives must flow coherently before performance improves.
We redesign flow before demanding results.
Regeneration Over Force
Degraded landscapes are restored through design, not pressure.
The same applies to underperforming teams and systems.
Intelligent redesign replaces reactive intervention.
Context Over Generic Growth
No two ecosystems are identical.
Neither are organizations.
We apply context-specific strategies to cultivate resilience and long-term yield, rather than chasing standardized outputs.
Impact
The integrated system of water, animals, and perennial plantings became a working demonstration of ecological coherence, illustrating what becomes possible when agriculture is designed as a living system rather than a series of isolated inputs.
The farm evolved into:
• A tangible model of silvopasture and desert regeneration
• A demonstration site for rotational grazing and agroforestry integration
• A trusted regional source for tree crops, livestock, and nutrient-dense food
• A distributed propagation hub for resilient agroforestry species
The work gained recognition across the Mountain West as a functional example of applied regeneration.
Begin With Literacy
Regeneration cannot be implemented without understanding.
Start with the ideas.
Engage the dialogue.
Build accordingly.