Idioma:

No-tillage, surface residue retention, and cover crops improved San Joaquin Valley soil health in the long term

Mitchell, Jeffrey P. ; Cappellazzi, Shannon B. ; Schmidt, Rad ; Chiartas, Jessica ; Shrestha, Anil ; Reicosky, Don ; Ferris, Howard ; Zhang, Xiaoke ; Ghezzehei, Teamrat A. ; Araya, Samuel ; Kelly, Courtland ; Fonte, Steven J. ; Light, Sarah E. ; Liles, Garrett ; Willey, Tom ; Roy, Robert ; Bottens, Monte ; Crum, Cary ; Horwath, William R. ; Koch, Geoffrey M. ; Scow, Kate M.

California agriculture (Berkeley, Calif.), 2024-05 [Periódico revisado por pares]

Texto completo disponível

Citações Citado por

Título:
No-tillage, surface residue retention, and cover crops improved San Joaquin Valley soil health in the long term
Autor: Mitchell, Jeffrey P. ; Cappellazzi, Shannon B. ; Schmidt, Rad ; Chiartas, Jessica ; Shrestha, Anil ; Reicosky, Don ; Ferris, Howard ; Zhang, Xiaoke ; Ghezzehei, Teamrat A. ; Araya, Samuel ; Kelly, Courtland ; Fonte, Steven J. ; Light, Sarah E. ; Liles, Garrett ; Willey, Tom ; Roy, Robert ; Bottens, Monte ; Crum, Cary ; Horwath, William R. ; Koch, Geoffrey M. ; Scow, Kate M.
É parte de: California agriculture (Berkeley, Calif.), 2024-05
Descrição: A long-term annual crop study in Five Points, California, shows that the combined use of no-tillage, surface residue retention, and cover crops improves soil health compared to conventional practices common to the region. Several chemical, biological, and physical soil health indicators were improved when these practices were combined. Our data suggest that farmers stand to gain multiple synergistic benefits from the integrated use of these practices by increasing soil structural stability, water infiltration and storage, and agroecosystem biodiversity, and improving the efficiencies of the carbon, nitrogen, and water cycles of their production systems.
Editor: University of California Agriculture and Natural Resources
Idioma: Inglês

Voltar para lista de resultados

Anterior Resultado 4 Avançar Ir para próxima página