SS-AGR-20, a 3-page fact sheet by T. W. Katsvairo, D. L. Wright, J. J. Marois, D. Hartzog, P. J. Wiatrak and J. R. Rich, proposes the integration of sod and livestock production into the traditional peanut/cotton rotation systems. Includes a table comparing the costs, returns, and profits of conventional vs. livestock based cropping systems. Published by the UF Department of Agronomy, July 2006. SS-AGR-20/AG255: The Role of Livestock in Integrated Peanut/Cotton Cropping System Economics (ufl.edu)
SS-AGR-126, a 4-page fact sheet by T. W. Katsvairo, D. L. Wright, J. J. Marois, D. Hartzog, P. J. Wiatrak and J. R. Rich, recommends a four year sod-based rotation system in place of the traditional two year peanut/cotton rotation. Includes a conceptual model of benefits accruing from integrated livestock peanut/cotton farming systems and their interactions. Published by the UF Department of Agronomy, July 2006. SS-AGR-126/AG258: Sod/Livestock-Based Peanut/Cotton Production System: The Next Generation Conservation Cropping System (ufl.edu)
SS-AGR-126, a 4-page fact sheet by T. W. Katsvairo, D. L. Wright, J. J. Marois, D. Hartzog, P. J. Wiatrak and J. R. Rich, recommends a four year sod-based rotation system in place of the traditional two year peanut/cotton rotation. Includes a conceptual model of benefits accruing from integrated livestock peanut/cotton farming systems and their interactions. Published by the UF Department of Agronomy, July 2006. SS-AGR-126/AG258: Sod/Livestock-Based Peanut/Cotton Production System: The Next Generation Conservation Cropping System (ufl.edu)
SS-AGR-126, a 4-page fact sheet by T. W. Katsvairo, D. L. Wright, J. J. Marois, D. Hartzog, P. J. Wiatrak and J. R. Rich, recommends a four year sod-based rotation system in place of the traditional two year peanut/cotton rotation. Includes a conceptual model of benefits accruing from integrated livestock peanut/cotton farming systems and their interactions. Published by the UF Department of Agronomy, July 2006. SS-AGR-126/AG258: Sod/Livestock-Based Peanut/Cotton Production System: The Next Generation Conservation Cropping System (ufl.edu)
SS-AGR-125, a 3-page fact sheet by T. W. Katsvairo, F. K. Tsigbey, D. L. Wright, J. J. Marois, D. Hartzog, P. J. Wiatrak and J. R. Rich, discusses the effect of perennial grasses on peanut and cotton nematode, disease and weed problems. Published by the UF Department of Agronomy, July 2006. SS-AGR-125/AG257: Use of Perennial Grasses in Peanut/Cotton Rotations: Effect on Pests (ufl.edu)
SS-AGR-20, a 3-page fact sheet by T. W. Katsvairo, D. L. Wright, J. J. Marois, D. Hartzog, P. J. Wiatrak and J. R. Rich, proposes the integration of sod and livestock production into the traditional peanut/cotton rotation systems. Includes a table comparing the costs, returns, and profits of conventional vs. livestock based cropping systems. Published by the UF Department of Agronomy, July 2006. SS-AGR-20/AG255: The Role of Livestock in Integrated Peanut/Cotton Cropping System Economics (ufl.edu)
SS-AGR-126, a 4-page fact sheet by T. W. Katsvairo, D. L. Wright, J. J. Marois, D. Hartzog, P. J. Wiatrak and J. R. Rich, recommends a four year sod-based rotation system in place of the traditional two year peanut/cotton rotation. Includes a conceptual model of benefits accruing from integrated livestock peanut/cotton farming systems and their interactions. Published by the UF Department of Agronomy, July 2006. SS-AGR-126/AG258: Sod/Livestock-Based Peanut/Cotton Production System: The Next Generation Conservation Cropping System (ufl.edu)
SS-AGR-124, a 4-page article by T. W. Katsvairo, D. L. Wright, J. J. Marois, D. Hartzog, P. J. Wiatrak and J. R. Rich, reports on the importance of perennial grasses on soil health and focuses on root growth, earthworm population densities and soil water infiltration. Published by the UF Department of Agronomy, July 2006. SS-AGR-124/AG256: Sod-Based Peanut/Cotton Rotation—Soil Health Part 1: Root Depth, Earthworms, and Soil Water Infiltration (ufl.edu)
