MyLand Agriculture, A Soil Health Company

Background

Overview

MyLand Agriculture, founded in 2014 and headquartered in Phoenix, Arizona, is a pioneering company specializing in soil health. The company focuses on enhancing soil fertility through regenerative agriculture practices, aiming to improve crop yields, nutritional values, and environmental sustainability. By leveraging live, native microalgae, MyLand partners with farmers to restore soil vitality, addressing critical challenges such as food security and climate change.

Mission and Vision

MyLand's mission is to revolutionize soil management by infusing life back into the soil, thereby returning farms to their most fertile state. The vision encompasses achieving greater productivity, increased economic security, and enhanced profitability for farmers through improved soil health. The company is dedicated to tackling global issues like food security and climate disruption by promoting sustainable agricultural practices.

Industry Significance

Operating within the agricultural technology sector, MyLand plays a crucial role in advancing regenerative agriculture. Its innovative approach to soil health contributes to sustainable farming practices, offering solutions that enhance soil quality, increase crop yields, and support environmental conservation efforts. The company's work is significant in addressing the pressing need for sustainable agriculture solutions in the face of global challenges.

Key Strategic Focus

Core Objectives

Soil Health Restoration: Utilize native microalgae to rejuvenate soil ecosystems, enhancing fertility and structure.

Sustainable Agriculture: Promote regenerative practices that reduce reliance on chemical inputs and improve environmental sustainability.

Farmer Support: Provide services that lead to increased crop yields, higher nutritional values, and improved economic returns for farmers.

Areas of Specialization

Regenerative Agriculture: Implementing practices that restore and maintain soil health.

Soil Fertility Enhancement: Improving soil organic matter and nutrient availability.

Environmental Sustainability: Addressing climate change through carbon sequestration and water conservation.

Key Technologies Utilized

Live, Native Microalgae Application: Extracting and reintroducing native microalgae to enhance soil biology.

Soil as a Service (SaaS) Model: Providing scalable, on-farm solutions for soil health improvement.

Primary Markets Targeted

Agricultural Producers: Farmers and ranchers seeking sustainable and profitable farming solutions.

Agricultural Equipment Manufacturers: Collaborations with companies like Ag Growth International Inc. to integrate soil health solutions.

Financials and Funding

Funding History

Total Funds Raised: Approximately $44.1 million.

Recent Funding Rounds:

Series B: $23 million in January 2025, led by Proterra Investment Partners.

Series C: Details not specified in the available sources.

Notable Investors

Proterra Investment Partners: Led the Series B funding round.

The Borden Family Trust: Participated in the Series B funding round.

Climate Innovation Capital: Participated in the Series B funding round.

Farmclub: Participated in funding rounds.

PaceZero Capital Partners: Participated in funding rounds.

Utilization of Capital

The funds are intended to support MyLand's rapid growth, expand operations across the U.S. and into international markets, and advance research and development in soil health technologies.

Pipeline Development

Key Pipeline Candidates

Soil Health Service Expansion: Scaling the Soil as a Service model to additional regions and crop types.

Research Collaborations: Partnering with institutions like Texas A&M AgriLife Research to advance soil health research.

Stages of Development

Implementation: Deploying soil health services across various agricultural operations.

Research and Validation: Conducting studies to measure the impact of soil health interventions on crop yields and environmental sustainability.

Target Conditions

Soil Degradation: Addressing issues like reduced organic matter and nutrient depletion.

Climate Change: Mitigating effects through carbon sequestration and improved water retention.

Anticipated Milestones

Expansion: Increasing the number of acres serviced and regions covered.

Research Outcomes: Publishing findings on the effectiveness of soil health interventions.

Technological Platform and Innovation

Proprietary Technologies

Live, Native Microalgae Application: A patented process that extracts native microalgae from soil, cultivates it, and reintroduces it to enhance soil health.

Significant Scientific Methods