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Microbial
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Resilient
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Proven
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Waterwise
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Regenerative
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Microbial
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Resilient
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Proven
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Waterwise
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Regenerative
The Science Behind C1iN.
C1iN is grounded in over a decade of microbiome research at San Diego State University. Our scientists studied how methane-consuming microbes found in desert soils naturally support plant growth in extreme conditions. These methanotrophic bacteria help plants retain water, improve root development, and enhance soil carbon. C1iN applies this research to real-world challenges — turning dry, depleted soils into healthy, living ecosystems.
Enhances soil moisture retention
C1iN has been trialed in real gardens — small-scale and commercial alike — to show it works where it counts: in your soil
Improves heat and drought resilience
Grounded in real soil science. Our product is based on natural processes and proven research — not marketing
Supports soil carbon storage
Built for what today’s gardens face: drought, poor soil, heat stress, and water limits. C1iN helps your plants do more
Boosts root structure and depth
Plant health starts below the surface. C1iN helps you build better soil using desert microbes — no chemicals
Reduces greenhouse gas emissions
We’ll tell you exactly what’s in it, how to use it, and what results to expect. No jargon. No false promises
Enhances soil moisture retention
C1iN has been trialed in real gardens — small-scale and commercial alike — to show it works where it counts: in your soil
Improves heat and drought resilience
Grounded in real soil science. Our product is based on natural processes and proven research — not marketing.
Boosts root structure and depth
Plant health starts below the surface. C1iN helps you build better soil using desert microbes — no chemicals
Supports soil carbon storage
Built for what today’s gardens face: drought, poor soil, heat stress, and water limits. C1iN helps your plants do more
Reduces greenhouse gas emissions
We’ll tell you exactly what’s in it, how to use it, and what results to expect. No jargon. No false promises
In the Field: Proven Results.
From home gardens to golf courses and farms, C1iN has been tested in real-world environments — delivering measurable improvements in soil and plant health.
In the Field: Proven Results.
From home gardens to golf courses and farms, C1iN has been tested in real-world environments — delivering measurable improvements in soil and plant health.
The Science Behind C1iN.
C1iN is grounded in over a decade of microbiome research at San Diego State University. Our scientists studied how methane-consuming microbes found in desert soils naturally support plant growth in extreme conditions. These methanotrophic bacteria help plants retain water, improve root development, and enhance soil carbon. C1iN applies this research to real-world challenges — turning dry, depleted soils into healthy, living ecosystems.
-50% water
+ Root depth
Urban Garden
Improved moisture retention and root depth in heat-stressed soil. 50% less watering needed.
-50% water
+ Root depth
Urban Garden
Improved moisture retention and root depth in heat-stressed soil. 50% less watering needed.
-75% water
+Turf quality
Golf Course
Reduced water usage by up to 75% under drought conditions. Healthier, more resilient turf with fewer fertilizers.
-75% water
+Turf quality
Golf Course
Reduced water usage by up to 75% under drought conditions. Healthier, more resilient turf with fewer fertilizers.
Smarter care
Stronger plants
Urban Landscaping Project
Describe the service and how customers or clients can benefit from it. This is the place to add a short description with relevant details, like pricing, duration and how to book.
Smarter care
Stronger plants
Urban Landscaping Project
Describe the service and how customers or clients can benefit from it. This is the place to add a short description with relevant details, like pricing, duration and how to book.
8
weeks
Less spent, stronger yield
Urban Farm
Enhanced soil carbon, better crop health, and lower input costs over 8-week trial.
8
weeks
Less spent, stronger yield
Organic Farm
Enhanced soil carbon, better crop health, and lower input costs over 8-week trial.
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Access trial data and research findings
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Co-develop field studies
3
Collaborate on soil microbiome science
4
Advance climate-resilient agriculture
1
Access trial data and research findings
2
Co-develop field studies
3
Collaborate on soil microbiome science
4
Advance climate-resilient agriculture
Learn how methane-consuming microbes improve soil resilience, water retention, and plant growth. This white paper summarizes over 10 years of scientific research and field validation — now available to growers, researchers, and partners.
+1 23 456 789
C1iN Corporation
11812 N Creek Pkwy N, Suite 101
Bothell, WA 98011
© 2025 C1iN Corporation. All rights reserved.
C1iN Corporation
11812 N Creek Pkwy N, Suite 101
Bothell, WA 98011
© 2025 C1iN Corporation. All rights reserved.
