Research & Development

Pioneer the Future of Agriculture

Partner with us to bring your ideas to life. We develop cutting-edge systems, conduct field research, and create scalable solutions for the next generation of small farmers and homesteaders.

Focus Areas

We collaborate with universities, organizations, and forward-thinking landowners to advance regenerative agriculture through rigorous research and practical applications.

Building Topsoil

  • Soil health measurement protocols
  • Grazing impact on soil health
  • Interplanting and cover crop dynamics
  • Long-term monitoring systems

Soil Microbiome

  • Microbial diversity assessment
  • Beneficial bacteria cultivation
  • Mycorrhizal network studies
  • Bio-fertilizer development

Hydrological Research

  • Keyline design effectiveness
  • Groundwater recharge rates
  • Erosion prevention methods
  • Water quality improvement

Ecosystem Restoration

  • Native species reintroduction
  • Pollinator habitat creation
  • Wildlife corridor design
  • Invasive species management

Climate Resilience

  • Drought-resistant crop varieties
  • Extreme weather adaptation
  • Microclimate optimization
  • Seasonal extension techniques

AgroTech Innovation

  • IoT sensor networks
  • Drone monitoring systems
  • AI-powered decision support
  • Automated data collection
Scientific Rigor

The OI™ Research Methodology

Our research approach combines traditional ecological knowledge with cutting-edge scientific methods.

1

Hypothesis Development

Identify research questions and develop testable hypotheses based on regenerative principles.

Literature Review

Comprehensive analysis of existing research and knowledge gaps.

Stakeholder Input

Collaborate with farmers, researchers, and community members.

Research Design

Develop rigorous experimental protocols and control systems.

2

Field Implementation

Establish research sites and implement experimental protocols with precision monitoring.

Site Establishment

Set up research plots with proper controls and replication.

Data Collection

Implement automated and manual monitoring systems.

Quality Control

Ensure data integrity and experimental validity.

3

Analysis & Application

Analyze results, publish findings, and translate research into practical applications.

Statistical Analysis

Rigorous data analysis and interpretation of results.

Publication

Peer-reviewed publications and conference presentations.

Knowledge Transfer

Translate findings into practical farmer and landowner guidance.

Research Partnerships

How We Collaborate

Academic Partnerships

  • University research collaborations
  • Graduate student project support
  • Grant writing and funding support
  • Peer-reviewed publication co-authorship

Industry Partnerships

  • Corporate sustainability research
  • Product development and testing
  • Technology validation studies
  • Market research and feasibility analysis