Definition: An annual plant completes its entire life cycle within one growing season. Annual plant species will not overwinter.

  • Annual Cover Crops

    • Starter Cover® (Low Cost Option)

    • Full Season Cover® (Most Popular)

    • Warm Season Cover®

    • Haymaker Oats + Super Oats + Italian Rye Grass (2000 Ibs)

    • Forage Soybeans LS®

View Annual Blends

Definition: A biennial plant completes its entire life cycle in two years. Biennial plant species will overwinter. (Over-wintering will depend on winter conditions)

  • Biennial Cover Crops

    • Full Season Cover (Overwinter)®

    • Fall Forage Cover®

    *We are excited to launch the Full Season Cover® with overwintering capabilities for 2026.

View Biennial Blends

Definition: A perennial plant is capable of continuous life cycles over multiple years. Perennial plant species will overwinter year after year.

  • Perennial Cover Crops

    • Hay Cover: Light Land®

    • Hay Cover: Heavy Land®

    • Salinity Cover®

    • Pasture Cover®

    • Rejuvenation Cover®

View Perennial Blends

Why Plant Diversity?

Multi-species vs. monocultures

Monoculture Environment: plants are all competing for the same sunlight, moisture & nutrients - all at the exact same time. This is competition.

Multi-Species Environment: Plants are forming symbiotic relationships with rhizobium bacteria, mycorrhizal fungi, and other soil micro-organisms to fix, solubilize & share nutrients (and water). This is collaboration.

Image: Competition vs. Collaboration


Why Plant diversity

Access free minerals

With 96% of a plant composed of sunlight & water, implementing plant diversity on the farm maximizes sunlight capture (photosynthesis) & water infiltration.

  • Carbon: 45%

  • Oxygen: 45%

  • Hydrogen: 6%

This 96% is free from the atmosphere through sunlight & water.

Source: Texas A&M University. AgrLife Extension


Why Plant Diversity?

An Insurance policy w/ mother nature

A blend of warm & cool-season plant species provides an insurance policy with Mother Nature. If hot/dry conditions are present, warm-season plant species will accumulate biomass. If cool/wet conditions are present, cool-season plant species will accumulate biomass.

  • Warm Season Plants (C4) have evolved in hot/dry environments.

  • Cool Season Plants (C3) have evolved in cool/wet environments.