Crop Conversion from Annual to Perennials: An Effective Strategy to Affect Soil Multifunctionality - Liu, Panpan; Wang, Dong; Li, Yue; Liu, Ji; Cui, Yongxing; Liang, Guopeng; Wang, Chaoqun; Wang, Chao; Moorhead, Daryl L.; Chen, Ji (Agronomy (Basel), 2024)
Keywords: Acid phosphatase; Agricultural development; Agricultural land; Agricultural production; Agriculture; agronomy; Alfalfa; Aminopeptidase; annual and perennial crops; annuals; Beans; Beta cells; Biomass; biomass production; carbon; Carbon content; crop type; Crops; Environmental protection; Environmental regulations; Enzymatic activity; Enzymes; farm income; Floodplains; Food security; Glucosaminidase; Glucosidase; Grasses; Heterogeneity; Infiltration (Hydrology); Infiltration rate; land use change; Laws, regulations and rules; Legumes; Leucine; leucyl aminopeptidase; Lolium perenne; Medicago sativa; microbial biomass; Microorganisms; Mimosaceae; Nitrogen; nitrogen cycle; Perennial crops; phosphorus; Phosphorus cycle; Physical properties; soil; Soil erosion; soil extracellular enzymes; Soil fertility; soil functions; Soil mixtures; Soils; Sustainable agriculture; Sustainable development; Triticum aestivum; Wheat; Winter wheat; Xylosidase; Yellow River; Yellow River floodplain; China; Germany; Yellow River