High Tunnel Systems: Unlocking USDA EQIP Funding Opportunities

Last updated 4 months ago. Our resources are updated regularly but please keep in mind that links, programs, policies, and contact information do change.

High tunnel systems, often called hoop houses, represent a valuable technology for agricultural producers seeking to extend their growing seasons, improve crop quality, and enhance operational resilience. These structures offer environmental control that bridges the gap between open-field production and traditional greenhouses.

For producers interested in adopting this technology, the U.S. Department of Agriculture (USDA) offers financial assistance through its Environmental Quality Incentives Program (EQIP). This guide helps you understand high tunnels and navigate the EQIP funding process administered by the USDA’s Natural Resources Conservation Service (NRCS).

What is a High Tunnel System?

Core Definition

A high tunnel is an enclosed structure covered with materials like polyethylene, polycarbonate plastic, or fabric. Its primary function is to cover and protect crops, modifying the growing environment to shield plants from adverse conditions such as excessive sun, wind, rain, or cold. This protection allows for growing season extension in an environmentally sound manner.

Most high tunnels are unheated, relying entirely on passive solar gain – the sun’s energy warming the air and soil inside – to raise temperatures above outside conditions. They provide an intermediate level of environmental control compared to open fields or fully climate-controlled greenhouses.

Construction Basics

High tunnel construction typically involves a frame anchored directly into the ground. For structures funded through NRCS programs, the frame must usually be constructed of metal, wood, or durable plastic.

The covering is most often a single layer of plastic sheeting, which allows for good light transmission while providing heat retention. To qualify for NRCS financial assistance, this plastic cover generally must meet specific standards, typically being a minimum of 6-mil thickness, greenhouse-grade, and UV-resistant to ensure durability for at least four years.

Ventilation is crucial for temperature and humidity management and is typically achieved passively. Roll-up sidewalls and adjustable end walls allow growers to manage airflow based on weather conditions.

A key characteristic distinguishing high tunnels from low tunnels or row covers, especially for EQIP eligibility, is their height. NRCS standards typically require a minimum height of 6 feet at the structure’s peak, allowing workers to walk and stand comfortably inside and accommodate taller, trellised crops.

Key Distinction from Greenhouses

While visually similar to greenhouses, high tunnels possess distinct characteristics, particularly when considering NRCS funding requirements. Unlike many commercial greenhouses, EQIP-funded high tunnels are generally unheated and rely on passive ventilation.

Perhaps the most critical distinction lies in the growing method: crops within an EQIP-funded high tunnel must be grown directly in the natural soil profile. While raised beds are permitted to improve soil conditions, they must be constructed from mounded soil (without structural sides like wood or concrete) and are typically limited to a maximum height of 12 inches.

Growing crops in pots, containers, hydroponic systems, or on benches is not allowed under this specific conservation practice. This emphasis on in-ground cultivation directly links the high tunnel practice to NRCS’s broader mission of soil health and conservation.

High tunnels are also often considered non-permanent or seasonal structures, with some recommendations suggesting cover removal during heavy snow load periods or at the end of the growing season.

Purpose

The fundamental purpose of a high tunnel is to extend the agricultural growing season. By creating a warmer microclimate, they allow producers to start planting earlier in the spring and continue harvesting later into the fall, effectively adding weeks or even months to their production window.

Estimates suggest season extension of two to six weeks on both ends of the traditional season is achievable. Beyond season extension, they provide critical protection from damaging weather events like heavy rain, hail, frost, and strong winds.

Why Use a High Tunnel? The Agricultural Benefits

High tunnels offer a suite of advantages that can significantly impact farm productivity, resilience, and profitability.

Season Extension

The most widely recognized benefit is the ability to lengthen the growing period. The protected environment moderates temperature extremes, delaying the first fall frost and advancing the last spring frost inside the tunnel.

This allows for earlier planting of warm-season crops and extended harvest of both warm- and cool-season crops into the colder months. Depending on the region and management, this can mean an additional four to six weeks, or even more, of production time at each end of the season. In some cases, particularly with cold-hardy crops, year-round production becomes feasible.

Improved Crop Quality & Yield

The controlled environment within a high tunnel leads to tangible improvements in crop outcomes. Protection from harsh weather elements like wind, driving rain, and hail prevents physical damage to plants and produce, resulting in more marketable products.

The modified microclimate, often with higher temperatures and reduced wind stress, promotes faster plant growth and earlier maturity. Consequently, growers often experience significantly higher yields compared to open-field cultivation; some university extension resources suggest yield potential can be two to four times greater inside a high tunnel.

Enhanced Pest & Disease Management

High tunnels can contribute to more effective pest and disease control strategies. By excluding rainfall, they keep foliage drier, reducing the incidence and spread of many fungal and bacterial diseases that thrive in moist conditions.

The structure itself acts as a physical barrier, limiting the entry of airborne pests and reducing exposure to pesticide drift from neighboring areas. This controlled environment facilitates integrated pest management (IPM) strategies, such as the targeted release of beneficial insects or the use of insect netting on ventilation openings.

However, the enclosed space can also create favorable conditions for certain pests if not diligently monitored and managed. Constant scouting is essential.

Improved Water & Nutrient Management

The exclusion of natural rainfall gives growers precise control over water application, typically through drip irrigation systems. This allows water to be delivered directly to the root zone, increasing water use efficiency and minimizing waste.

Fertigation, the application of nutrients through the irrigation system, becomes highly efficient, enabling targeted nutrient delivery based on crop needs and reducing the potential for nutrient runoff or leaching into groundwater. This precision is a key conservation benefit recognized by NRCS.

However, the lack of natural rainfall to flush soils, combined with intensive cropping, means that salts and excess nutrients can accumulate over time. Therefore, regular soil testing (annually is often recommended) is crucial for managing soil fertility and preventing potential pH or salinity issues.

Soil Health Potential

Growing in the soil profile within a high tunnel creates opportunities to implement soil health-focused practices. The controlled environment is conducive to using cover crops, reduced tillage methods, and incorporating organic matter like compost to build soil structure, fertility, and water-holding capacity.

These practices align with NRCS conservation goals. As mentioned, careful management is needed to mitigate potential long-term issues like salt buildup or pH imbalances that can arise in the absence of natural precipitation.

Economic Benefits

From a business perspective, high tunnels can significantly boost a farm’s bottom line. The ability to produce crops outside the typical field season allows access to early or late markets, often commanding premium prices.

Higher yields and improved quality per square foot can increase overall revenue. High tunnels enable diversification into high-value specialty crops and can provide more consistent, year-round work for farm labor.

The relatively quick potential return on investment, sometimes within one to two years, makes them an attractive option. The combination of extended seasons, higher yields, and efficient resource use makes high tunnels powerful tools for agricultural intensification.

This is particularly valuable for small-scale farms, beginning farmers, diversified operations, or those operating with limited land bases, such as in urban settings. This intensification, however, underscores the need for diligent management of nutrients, pests, and soil health to maintain productivity and environmental integrity over the long term.

Understanding the USDA’s Environmental Quality Incentives Program (EQIP)

Program Overview

The Environmental Quality Incentives Program (EQIP) stands as the flagship voluntary conservation program offered by the USDA’s Natural Resources Conservation Service (NRCS). Its fundamental purpose is to assist agricultural producers and non-industrial private forest landowners in addressing natural resource concerns and delivering environmental benefits on their working lands.

Rather than taking land out of production, EQIP focuses on integrating conservation practices into active farming, ranching, and forestry operations.

Administering Agency: NRCS

NRCS is the USDA agency responsible for administering EQIP. With a mission centered on “helping people help the land,” NRCS provides technical expertise and conservation planning assistance to landowners across the United States.

Born from the Dust Bowl era, NRCS has a long history of working directly with producers to implement practices that protect soil, water, air, plant, and animal resources. A key service offered by NRCS, often free of charge, is conservation technical assistance, where agency planners work individually with producers to assess their land and develop tailored conservation plans.

Core Goals

EQIP aims to achieve a wide range of environmental benefits through the implementation of conservation practices. Key goals include:

• Improving surface and ground water quality by reducing nonpoint source pollution (nutrients, sediment, pesticides)
• Conserving ground and surface water resources, including improving irrigation efficiency
• Increasing soil health and reducing soil erosion and sedimentation
• Improving air quality by reducing emissions from agricultural sources
• Enhancing or creating wildlife habitat, including for at-risk species and pollinators
• Conserving energy on the farm
• Mitigating the impacts of weather volatility and improving drought resiliency

How it Works: A Collaborative Process

EQIP operates through a collaborative process between NRCS and the producer. It begins with the producer contacting their local NRCS office to discuss their operational goals and potential resource concerns.

An NRCS conservation planner then typically visits the property to assess the situation firsthand. Together, they develop a conservation plan (also known as an EQIP plan of operations) that identifies specific resource concerns and outlines the conservation practices needed to address them, along with a schedule for implementation.

If the producer’s application for EQIP is approved and funded, they enter into a contract with NRCS. This contract obligates the producer to implement the practices according to NRCS standards and specifications, and in return, NRCS provides financial assistance to help cover the costs.

This structure emphasizes that EQIP is a partnership requiring active participation and commitment from the producer to achieve shared conservation objectives, rather than simply a passive grant program.

Funding Structure

EQIP primarily functions as a cost-share program. This means it reimburses producers for a portion of the costs associated with planning and installing the approved conservation practices.

Payments may cover costs incurred for materials, equipment, installation, labor, and management, or compensate for income foregone as a result of adopting a practice. The specific payment rates vary by practice and by state and are detailed in annual payment schedules.

How EQIP Supports High Tunnels: Practice Code 325

Within the broad framework of EQIP, specific support for high tunnels is provided through a designated conservation practice standard.

Specific Practice: High Tunnel System (Code 325)

The installation of high tunnels is recognized as an eligible conservation practice under EQIP, commonly identified by the NRCS National Practice Code 325, “High Tunnel System”. USDA also promotes this through the EQIP High Tunnel Initiative, a focused effort to encourage adoption of this practice, particularly to support local food production.

Official Definition & Purpose (Practice Standard 325)

The official NRCS definition for Practice Code 325 is: “An enclosed polyethylene, polycarbonate, plastic, or fabric covered structure that is used to cover and protect crops from sun, wind, excessive rainfall, or cold, to extend the growing season in an environmentally safe manner”.

This practice is applicable on land capable of producing crops where such protection is needed due to climatic conditions (e.g., temperature extremes, damaging sun or wind) or where extending the growing season is a primary goal.

Conservation Goals Achieved

NRCS provides financial assistance for high tunnels because their use aligns with specific conservation objectives. According to NRCS, high tunnel systems contribute to:

• Improved Plant Quality and Soil Quality: By providing a more stable growing environment and facilitating soil health practices
• Extended Growing Season: Allowing for earlier and later production, supporting local food systems
• Reduced Nutrient and Pesticide Transportation: Precise water management via drip irrigation minimizes runoff, keeping nutrients and any applied pesticides on the farm and out of waterways. Protection from pesticide drift is also a benefit
• Improved Air Quality and Reduced Energy Use: By enabling local food production for longer periods, high tunnels can reduce the transportation inputs (and associated emissions/energy use) required to bring food to consumers
• Efficient Water Use: Preventing direct rainfall allows for targeted drip irrigation, conserving water resources

To successfully secure EQIP funding, it is essential for applicants to connect their proposed high tunnel project to one or more of these recognized resource concerns on their specific property. The funding is justified by the environmental benefits the practice delivers, not solely by the potential for increased production.

The conservation plan developed with NRCS serves as the formal documentation of these resource concerns and how the high tunnel system, potentially along with other practices, will address them.

Integration with Other Practices

Installing a high tunnel often necessitates implementing additional, supporting conservation practices to manage potential environmental impacts, particularly water runoff from the structure’s cover. NRCS requires that the conservation plan addresses these associated concerns.

Common supporting practices that might be included in an EQIP contract alongside a high tunnel include:

• Cover Crop (Code 340)
• Mulching (Code 484)
• Irrigation System, Microirrigation (Code 441)
• Subsurface Drain (Code 606)
• Underground Outlet (Code 620)
• Grassed Waterway (Code 412)
• Critical Area Planting (Code 342)
• Diversion (Code 362)
• Surface Drainage, Field Ditch (Code 607)

Are You Eligible for High Tunnel EQIP Funding?

Eligibility for EQIP funding, including for the High Tunnel System practice, involves meeting requirements related to the applicant (producer), the land, and the specifics of the proposed high tunnel structure and its use.

General EQIP Eligibility

First, applicants must meet the general eligibility criteria for any EQIP participation:

• Be an agricultural producer (farmer, rancher) or owner of non-industrial private forestland
• Have control of the eligible land (through ownership or lease) for the duration of the EQIP contract
• Be in compliance with Adjusted Gross Income (AGI) limitations (currently, average AGI cannot exceed $900,000, unless the applicant is an Indian Tribe)
• Be in compliance with Highly Erodible Land Conservation (HELC) and Wetland Conservation (WC) provisions
• Have established or updated farm records with the USDA Farm Service Agency (FSA)

Producer Eligibility Specifics

An “agricultural producer” is defined as someone engaged in agricultural production or forestry management, or having an interest in the operation (e.g., owner, renter, or having an interest in the products/commodities/livestock).

Eligible applicants can be individuals, legal entities (like LLCs or corporations), Indian Tribes, or joint operations. Certain community-based agricultural groups, such as community garden organizations, non-profits involved in farming, or Community Supported Agriculture (CSA) operations, may also be eligible if they meet the definition of an agricultural producer.

However, units of government are typically not directly eligible for EQIP funding. If renting land, written concurrence from the landowner might be required.

Land Eligibility Specifics

The land where the high tunnel will be installed must also meet eligibility criteria:

• It must be classified as agricultural land (cropland, rangeland, pastureland), non-industrial private forestland (NIPF), or other farm or ranch lands. Publicly owned land may be eligible if it’s a working component of the applicant’s operation, the applicant has control, and the practice addresses a resource concern.
• Specifically for the high tunnel practice, the site must be land currently under cultivation or presently capable of being planted to a crop such as vegetables, berries, flowers, or other specialty crops.
• The program is intended to support agricultural enterprises, not backyard hobby gardens.
• Land enrolled in certain other conservation programs, like the Conservation Reserve Program (CRP) (except during the final year of the contract) or Wetland Reserve Easements (WRE), is generally ineligible.

High Tunnel Structure & Siting Requirements

NRCS has specific requirements for the high tunnel structure itself to be eligible for EQIP cost-share:

• Source: The high tunnel must be purchased as a manufactured kit from a commercial source, complete with installation instructions. Self-constructed tunnels are not eligible for funding. Used manufactured kits may be permissible if they meet specifications and potentially carry a manufacturer warranty.
• Frame: Constructed of metal, wood, or durable plastic.
• Height: Must be at least 6 feet tall at the center peak.
• Covering: The plastic cover must be, at a minimum, 6-mil thick, greenhouse-grade, and UV-resistant, with an expected lifespan of at least four years.
• Size: While there’s no national maximum size limit, individual states may impose payment caps that effectively limit the financially assisted size. Some states might also have maximum width restrictions (e.g., Iowa’s 30-foot limit). Check with your local NRCS office for state-specific details.
• Siting: The structure must be placed on level ground or on a slope not exceeding five percent. It should be located away from buried public utilities and positioned to receive adequate sunlight, avoiding shade from buildings or trees. Proper site preparation must address potential water runoff from the cover to prevent erosion or ponding, potentially requiring supporting practices like drainage or stable outlets. State or regional requirements may dictate specific structural designs, such as gothic styles in areas with heavy snow loads.

Cropping System Requirements

EQIP funding for high tunnels comes with strict rules about how crops are grown inside:

• In-Ground Production: Crops must be grown in the natural soil profile within the high tunnel footprint.
• Raised Beds: Mounded soil raised beds (without permanent structural sides) are allowed, typically up to a maximum height of 12 inches.
• Prohibited Systems: Growing crops in pots, containers, on benches or tables, or using hydroponic/aquaponic systems is not permitted within an EQIP-funded high tunnel.
• Prohibited Uses: The structure cannot be used for housing livestock or storing equipment or supplies.

Meeting these multi-faceted eligibility requirements involves more than just self-assessment. It requires formal verification through documentation and agency processes. Applicants will need to ensure their farm records are up-to-date with FSA, provide proof of land control if renting, certify their AGI status, and work with NRCS to confirm HELC/WC compliance and assess the site’s suitability. Being prepared to provide this documentation early in the process is essential.

EQIP High Tunnel Eligibility Checklist

To help potential applicants quickly assess their situation, the following table summarizes the key eligibility points:

The EQIP Application Process for High Tunnels: Step-by-Step

Navigating the EQIP application process requires understanding the sequential steps involved, from initial planning to final implementation. Success often hinges on proactive communication with NRCS and careful attention to deadlines and requirements.

Planning and Contacting NRCS

The highly recommended first step is to contact the local USDA Service Center that serves the county where the land is located. Producers can find their local office using the USDA Service Center Locator tool available online.

During this initial contact, producers should discuss their operational goals, their interest in a high tunnel, and any existing resource concerns on their property with an NRCS conservation planner. NRCS provides free technical assistance, which typically includes a site visit where the planner walks the land with the producer to assess resources, identify concerns, and discuss potential conservation solutions.

Based on these discussions and assessments, the producer works collaboratively with the NRCS planner to develop a site-specific conservation plan (or EQIP plan of operations). This crucial document details the planned high tunnel system (Practice Code 325), specifies any necessary supporting conservation practices (like irrigation or runoff management), outlines the implementation schedule, and formally links the project to addressing identified resource concerns.

Submitting the Application

Once the planning phase is underway, the producer formally applies for EQIP financial assistance. This involves completing and submitting the Conservation Program Application form (NRCS-CPA-1200) to the local NRCS office. Application forms may be available from the local office or potentially downloadable from the NRCS website.

Alongside the CPA-1200, applicants must ensure their necessary eligibility paperwork is filed, primarily through the Farm Service Agency (FSA). This includes Form AD-1026 (certifying compliance with HELC and WC provisions) and potentially forms related to AGI certification (like CCC-931). It is vital that the applicant’s farm records (including farm/tract numbers and operator designation) are established and current with FSA for the application to be processed.

EQIP applications are accepted on a continuous basis throughout the year, meaning a producer can submit an application at any time.

Eligibility Determination

After receiving the application package, NRCS staff will formally review it to determine if both the applicant and the land meet all program eligibility requirements. This involves verifying information against FSA records, checking land control documentation, confirming AGI compliance, and ensuring the proposed project aligns with EQIP objectives.

Ranking and Funding Decisions

While applications are accepted continuously, funding is allocated in batches. NRCS establishes specific “ranking dates” or “application cut-off periods” for each state. All eligible applications received by a specific ranking date are evaluated and ranked against each other based on established criteria. These criteria typically prioritize applications that offer the greatest environmental benefits, address national, state, and local conservation priorities effectively, and are cost-efficient.

The ranking score determines an application’s priority for funding. Higher-ranked applications are more likely to receive a contract offer, assuming sufficient program funds are available for that funding cycle. It is critical for applicants to be aware of their state’s ranking dates (available from local NRCS offices or state NRCS websites) and submit their applications before the deadline to be considered in the current funding pool. Applications submitted after a cut-off date are typically deferred to the next ranking period.

This deadline-driven system underscores the importance of starting the application process well in advance of the desired project start date, allowing ample time for planning, application submission, eligibility review, and the ranking cycle.

Contracting and Implementation

If an application is ranked high enough and selected for funding, NRCS will offer the producer an EQIP contract. This legally binding document outlines the practices to be implemented, the schedule, the payment amounts, and the responsibilities of both the producer and NRCS. EQIP contracts typically have a term ranging from one year up to a maximum of ten years, though most are shorter. The producer must review and sign the contract to accept the funding offer.

Crucially, producers must not begin any physical work on installing the high tunnel or supporting practices before the EQIP contract is officially approved and signed by an authorized NRCS representative. Starting work prematurely will render that practice ineligible for EQIP financial assistance, unless a specific, written waiver has been granted by NRCS beforehand.

Once the contract is executed, the producer proceeds with implementing the high tunnel system and any other planned practices according to the timeline and technical standards specified in the conservation plan and contract documents.

Financial Assistance: What EQIP Pays For (and What it Doesn’t)

EQIP provides significant financial assistance, but it’s essential for producers to understand how payments are calculated, when they are disbursed, and what costs remain their responsibility.

Cost-Share Rates and Payment Caps

EQIP operates as a cost-share program, meaning it reimburses producers for a percentage of the anticipated costs of implementing conservation practices.

• Standard Rate: For most producers, EQIP may cover up to 75% of the estimated costs associated with the high tunnel system and supporting practices, or up to 100% of the income foregone due to the practice adoption.
• Historically Underserved (HU) Rate: Producers qualifying as Historically Underserved (HU) – defined by NRCS to include beginning farmers, limited resource farmers, socially disadvantaged farmers (including minority and tribal producers), and military veterans – are eligible for a higher cost-share rate, potentially up to 90% of estimated costs.
• Payment Schedules: The actual payment amount is based on state-specific “payment schedules” that list the flat rate payment per unit (e.g., per square foot for a high tunnel) for each practice. These rates are developed based on the typical costs of implementing a practice in that state and are reviewed annually. It’s important to recognize that the scheduled payment rate may not always cover the producer’s actual incurred expenses, especially if market costs are higher than average. Producers should review the relevant payment schedule (available from their state NRCS website or local office) during the planning phase.
• State Payment Caps: Some states may implement a maximum dollar amount, or cap, that can be paid for a single high tunnel practice installation, regardless of the structure’s total size or cost. Applicants should inquire about any such caps with their local NRCS office.

Special Considerations for Historically Underserved Producers

In addition to the higher cost-share rate (up to 90%), HU producers have access to other provisions designed to facilitate participation:

• Advance Payment Option: Eligible HU producers can request to receive up to 50% of the anticipated cost-share payment before they implement the practice. This advance payment is intended to help cover the upfront costs of purchasing materials (like the high tunnel kit) or services needed for installation. Producers interested in this option should discuss it with their NRCS planner during the application process. More information is available on the NRCS website.
• Dedicated Funding Pools: The Farm Bill requires NRCS to set aside specific portions of EQIP funds for certain groups. For example, at least 5% of funds are typically allocated for beginning farmers and ranchers, and another 5% for socially disadvantaged producers. Applying within these dedicated pools can sometimes increase the chances of funding. Veteran farmers often receive preference points when competing within these HU funding pools.

Payment Process

Under the standard EQIP process (for non-HU producers or HU producers not using the advance payment option), payments are disbursed after the conservation practice (the high tunnel) has been fully installed according to NRCS standards and specifications outlined in the contract. An NRCS representative must certify that the practice meets these standards.

Once certified, the producer submits a payment application to NRCS. Payment is then typically processed and sent via electronic funds transfer (direct deposit) to the producer’s bank account; Form SF-1199a (Direct Deposit Sign-Up Form) is usually required. This reimbursement model means producers generally need to cover the full upfront cost of the project themselves.

Producer Responsibilities

While EQIP provides substantial assistance, producers retain significant responsibilities:

• Cost Coverage: Producers are responsible for paying all costs associated with the high tunnel installation that are not covered by the EQIP cost-share payment. This includes the remaining percentage (typically 25% or 10% for HU producers) and any expenses that exceed the NRCS payment schedule rate or state payment caps.
• Procurement: The producer is responsible for selecting, purchasing, and arranging delivery of the manufactured high tunnel kit and any other necessary materials.
• Installation: Ensuring the high tunnel is constructed according to the manufacturer’s recommendations and meets all NRCS standards and specifications as detailed in the conservation plan.
• Operation & Maintenance: Properly operating and maintaining the high tunnel system throughout the contract lifespan and beyond, according to NRCS guidelines. This includes managing ventilation, irrigation, potential cover removal/replacement, and addressing any necessary repairs.

The cost-share nature of EQIP, combined with the typical reimbursement payment structure, necessitates careful financial planning by the producer. Before entering into an EQIP contract, producers must ensure they have the necessary capital or financing available to cover their portion of the costs, as well as the full upfront expense of the project (unless utilizing the HU advance payment option).

Essential Resources and Where to Find Help

Navigating USDA programs can seem daunting, but numerous resources are available to help producers understand and apply for EQIP high tunnel assistance.

• Primary NRCS EQIP Page: The main national webpage for the Environmental Quality Incentives Program provides a comprehensive overview, links to initiatives, and general information.
• NRCS High Tunnel Initiative Page: For specific details on EQIP support for high tunnels.
• Conservation Practice Standard 325 (High Tunnel System): The detailed technical specifications for the practice. While a direct public link may not always be available, this standard can be obtained from your local NRCS office. It is part of the NRCS Field Office Technical Guide (FOTG), which contains the primary scientific references for all NRCS conservation practices.
• Local USDA Service Center Locator: This is the most critical starting point for personalized assistance, state-specific information, and application submission.
• State NRCS Websites: Each state NRCS office maintains its own website with state-specific program information, including eligibility details, ranking priorities, application deadlines (ranking dates), and payment schedules.
• NRCS Application Forms Page: Find downloadable versions of common NRCS program application forms, potentially including the CPA-1200 for EQIP.
• Fact Sheets and Guidance Documents: NRCS often publishes helpful fact sheets on EQIP and specific practices like high tunnels. These are usually available on the national or state NRCS websites or directly from local offices.
• Historically Underserved Producer Information: For details on eligibility criteria and specific program benefits like advance payments. Additional resources defining HU categories are available on the main NRCS and USDA websites.
• AskUSDA: For general questions about USDA programs and services, AskUSDA serves as a central contact point, accessible via the main USDA website.

By utilizing these resources and working closely with local NRCS staff, agricultural producers can effectively explore the opportunities available through EQIP to implement high tunnel systems, thereby enhancing their operations while contributing to important conservation goals.

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