Feasibility of Hoop House Technology for Specialty Crops

Project Overview

FNC22-1320
Project Type: Farmer/Rancher
Funds awarded in 2022: $29,982.00
Projected End Date: 01/15/2024
Grant Recipient: Forty Acre Cooperative
Region: North Central
State: Minnesota
Project Coordinator:
Angela Dawson
Forty Acre Cooperative

Commodities

No commodities identified

Practices

No practices identified

Proposal summary:

PROJECT ABSTRACT
The purpose of this application is to study the feasibility of hoop house technology and soil conservation to extend seasonal productivity and improve income for farmers growing specialty crops in our region. This project will document soil conservation and season extension techniques using hoop house technology for specialty crops in Minnesota compared to outdoor growing. This technique involves using solar or manual powered light deprivation curtains to block out sunlight in a hoop house to create multiple harvests in a typical growing season.
This research is relevant to farmers, especially small-scale, socially-disadvantaged/BIPOC farmers because it documents the financial feasibility of using technology that helps improve income in a framework that is accessible and duplicable considering the limited land and agricultural resources available to emerging and small-scale BIPOC farmers.

The primary crop being studied is hemp but the research is applicable to similar herbs and specialty crops. Industrial hemp is a leading crop being studied for its many environmental and economic benefits including carbon sequestration, hemp oil production, and its heartiness and resilience eradicating the need for environmentally harmful substances such as weedicides and pesticides on our farms.

Project objectives from proposal:

PROJECT OBJECTIVES
Our major objectives are to use the Light Deprivation Hoop House farming techniques to achieve seasonal extension and improve crop yield and productivity for high value specialized crops.
1) support Soil conservation needs of independent farmers
2) Document the impact of Seasonal extension technologies to improve yield and productivity of specialty crops
3) Higher quality produce
4) Increased earnings of farmers.

Any opinions, findings, conclusions, or recommendations expressed in this publication are those of the author(s) and do not necessarily reflect the view of the U.S. Department of Agriculture or SARE.