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Climate-Smart Farming
Active Project • Started April 2023

Climate-Smart Farming Initiative

Empowering farmers with sustainable agricultural practices that build resilience to climate change while reducing environmental impact and improving livelihoods.

12.8 tons
Carbon Sequestered per Hectare Annually
4,750+
Farmers Participating in Program
18
Districts Covered Across 3 Regions
42%
Average Yield Improvement in Drought Conditions

Project Overview

The Climate-Smart Farming Initiative is Faminga's flagship program designed to address the dual challenges of climate change adaptation and mitigation in agricultural communities. By implementing a comprehensive suite of climate-resilient agricultural practices, we're helping farmers reduce their vulnerability to extreme weather events while simultaneously reducing greenhouse gas emissions from farming activities.

Our approach integrates traditional knowledge with modern agricultural science, focusing on practices that sequester carbon in soil, conserve water resources, and build ecosystem resilience. The program works directly with smallholder farmers, providing training, resources, and ongoing support to transition to climate-smart methods.

Project Objectives

  • Increase agricultural resilience to climate shocks through diversified farming systems
  • Reduce agricultural greenhouse gas emissions by 30% in participating farms
  • Enhance soil health and carbon sequestration through regenerative practices
  • Improve farmer livelihoods through increased productivity and climate resilience
  • Create market linkages for climate-smart agricultural products

Target Beneficiaries

Our program primarily targets smallholder farmers in climate-vulnerable regions, with a special focus on:

  • Farmers in drought-prone and flood-prone areas
  • Women farmers and female-headed households
  • Youth interested in sustainable agriculture
  • Indigenous communities with traditional agricultural knowledge

Project Details

Project Duration

April 2023 - March 2028 (5 years)

Project Lead

Dr. Amara Okafor

Dr. Amara Okafor

Agricultural Sustainability Director

Locations

Eastern Region (8 districts)
Central Region (6 districts)
Northern Region (4 districts)

Budget

$4.8 million USD

Current Status

Active - Year 2 Implementation

Key Technologies

Drought-resistant crops Agroforestry Conservation agriculture Water harvesting Biochar production
Soil Health

Healthy soil with high organic matter is key to carbon sequestration

Implementation Approach

Diversified Cropping Systems

Implementation of intercropping, crop rotation, and integration of drought-resistant varieties to enhance resilience and soil health.

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Agroforestry Integration

Strategic planting of trees and shrubs in agricultural landscapes to provide shade, windbreaks, soil stabilization, and carbon sequestration.

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Water Management

Implementation of rainwater harvesting, micro-irrigation, and water conservation techniques to maximize efficiency and build drought resilience.

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Technical Components

1

Soil Carbon Management

Implementation of no-till farming, cover cropping, and organic matter incorporation to build soil health and sequester carbon. Includes biochar application in selected areas.

2

Climate-Resilient Crop Selection

Introduction and distribution of drought-tolerant and heat-resistant crop varieties, including indigenous and improved varieties suited to changing local conditions.

3

Integrated Pest Management

Ecological approach to pest control that combines biological, cultural, physical, and chemical tools to minimize economic, health, and environmental risks.

4

Weather Monitoring Network

Installation of local weather stations and training farmers to use climate information services for improved decision-making and risk management.

Monitoring & Evaluation Framework

Environmental Indicators

  • Soil organic carbon content (measured annually)
  • Greenhouse gas emissions per hectare
  • Water use efficiency metrics
  • Biodiversity indicators on farms

Socioeconomic Indicators

  • Crop yield stability during climate stress events
  • Household income and food security metrics
  • Adoption rates of climate-smart practices
  • Gender-disaggregated participation and benefit data

Data Collection Methods

Combination of field sensors, farmer surveys, soil testing, remote sensing, and participatory monitoring by community members.

Impact Statistics

Our climate-smart farming initiative is already showing measurable results in its first two years of implementation. Below are key metrics demonstrating our progress toward environmental sustainability and improved farmer livelihoods.

Carbon Footprint Reduction

Crop Resilience During Drought

Water Conservation Impact

Economic Benefits

Key Performance Indicators

Soil Organic Matter Increase 68%
Farmer Adoption Rate 82%
Greenhouse Gas Reduction 42%
Biodiversity Increase 53%
Water Use Efficiency 76%
Income Stability Improvement 58%

Farmer Testimonials

Hear directly from farmers who have implemented climate-smart practices and experienced the benefits in their farms and livelihoods.

Emmanuel Nkosi

Emmanuel Nkosi

Maize Farmer, Eastern Region

"Before joining this program, I lost nearly half my crops during the 2022 drought. After implementing conservation agriculture and planting drought-resistant maize varieties, my yields remained stable even during the dry spell last season. My soil is visibly healthier and holds moisture much better now."

Grace Mutambo

Grace Mutambo

Vegetable Farmer, Central Region

"The agroforestry system has transformed my farm. The fruit trees provide additional income while protecting my vegetables from strong winds and extreme heat. I've reduced water usage by 40% with the micro-irrigation system, and my produce quality has improved significantly. Buyers now prefer my vegetables because they're grown sustainably."

Daniel Mwangi

Daniel Mwangi

Mixed Farmer, Northern Region

"As a young farmer, I was skeptical about these 'climate-smart' methods at first. But after seeing the results, I'm fully convinced. My farm now produces a diverse range of crops year-round, and the soil carbon management practices have dramatically improved soil fertility. I've even started training other young farmers in my community."

Success Story Highlight

Farm Transformation

The Nyabingi Cooperative Transformation

The Nyabingi Women's Cooperative in the Eastern Region has become a model for climate-smart agriculture in the region. Comprising 78 women farmers, the cooperative has implemented a comprehensive suite of climate-smart practices across their 120 hectares of communal land.

Before Implementation:
  • Frequent crop failures during dry seasons
  • Degraded soil with low organic matter
  • High dependence on chemical inputs
  • Unstable incomes and food insecurity
After Implementation:
  • 85% reduction in crop losses during drought
  • Soil organic matter increased from 1.2% to 4.8%
  • Chemical input use reduced by 62%
  • Average household income increased by 47%
Read Full Case Study

Project Timeline

Follow our progress from project inception through implementation and future expansion plans.

Project Planning & Design

January - March 2023

  • Baseline assessment of target regions
  • Stakeholder consultations and participatory design
  • Technical approach finalization
  • Partnership agreements with local organizations

Phase 1 Implementation

April 2023 - March 2024

  • Farmer training and demonstration plot establishment
  • Distribution of drought-resistant seed varieties
  • Implementation of water harvesting structures
  • Initial agroforestry planting in Eastern Region

Phase 2 Implementation

April 2024 - March 2025

  • Expansion to Central and Northern Regions
  • Advanced soil carbon management techniques
  • Weather monitoring network installation (In Progress)
  • Market linkage development for climate-smart products (In Progress)

Phase 3 Implementation

April 2025 - March 2026

  • Carbon credit certification and market access
  • Expansion of biochar production facilities
  • Climate-smart certification program development
  • Integration with national climate policy frameworks

Scale-Up & Sustainability

April 2026 - March 2028

  • Farmer-to-farmer training program institutionalization
  • Climate-smart agricultural cooperative development
  • Expansion to additional regions based on success metrics
  • Development of self-sustaining financing mechanisms

Our Partners

The Climate-Smart Farming Initiative is made possible through collaboration with these key partners who provide expertise, resources, and support.

Ministry of Agriculture
Climate Fund
AgriTech Corp
SeedCo
WaterTech
Rural Bank

Partnership Opportunities

We're actively seeking new partners to help scale our climate-smart farming initiatives. If your organization is interested in contributing to sustainable agriculture and climate resilience, we offer various partnership models:

Financial Partners

Support project implementation through grants, impact investments, or carbon credit financing mechanisms.

Technical Partners

Contribute expertise, technology solutions, or research capabilities to enhance project outcomes.

Market Partners

Help create sustainable market linkages for climate-smart agricultural products from participating farmers.

Get Involved

Join our climate-smart farming initiative as a farmer, partner, or supporter. Together, we can build agricultural resilience while mitigating climate change.

For Farmers

If you're a farmer interested in implementing climate-smart practices on your farm, fill out the form below to join our program:

For Partners & Supporters

Interested in partnering with us or supporting our climate-smart farming initiative? Reach out to explore collaboration opportunities:

Alternative Ways to Connect

Email: partnerships@faminga.org
Phone: +254 712 345 678
Visit our headquarters: Faminga Agricultural Center, Nairobi