近期,由联合国粮农组织(FAO)邀请我院参与编写的《Guidelines to mitigate the impact of the COVID-19 pandemic on livestock production and animal health》(简称《FAO指南》)在FAO官方网站在线出版(网址:http://www.fao.org/3/ca91...近期,由联合国粮农组织(FAO)邀请我院参与编写的《Guidelines to mitigate the impact of the COVID-19 pandemic on livestock production and animal health》(简称《FAO指南》)在FAO官方网站在线出版(网址:http://www.fao.org/3/ca9177en/CA9177EN.pdf),为世界共同阻击新冠疫情增添了新"利器"。参编《FAO指南》是我院在出版《农村新型冠状病毒肺炎防控指南》基础上为应对全球疫情蔓延和推进复工复产的又一重要行动,也是广东科技出版社无私奉献《农村防控指南》版权、支持国际防疫行动的一大义举。展开更多
Longterm continuous straw mulch no tillage increased soil total and active microbial biomass and activities.Tillage methods influenced soil bacterial and fungal biomass and activities.Conventional tillage increased so...Longterm continuous straw mulch no tillage increased soil total and active microbial biomass and activities.Tillage methods influenced soil bacterial and fungal biomass and activities.Conventional tillage increased soil bacterial biomass,but the shapes and distributions of soil bacteria differed insignificantly for different tillage soils.No tillage increased soil total and active hyphal length and biomass.The bacterial and fungal contributions to respiration differed remarkably for tillage method experimental soils.Conventional tillage surface soil layer concentrated largely fungal component,while no tillage soil had much bacterial activities.It showed that soil microbial activity and is not consistent with biomass and its composition in different tillage method soils.展开更多
文摘近期,由联合国粮农组织(FAO)邀请我院参与编写的《Guidelines to mitigate the impact of the COVID-19 pandemic on livestock production and animal health》(简称《FAO指南》)在FAO官方网站在线出版(网址:http://www.fao.org/3/ca9177en/CA9177EN.pdf),为世界共同阻击新冠疫情增添了新"利器"。参编《FAO指南》是我院在出版《农村新型冠状病毒肺炎防控指南》基础上为应对全球疫情蔓延和推进复工复产的又一重要行动,也是广东科技出版社无私奉献《农村防控指南》版权、支持国际防疫行动的一大义举。
文摘Longterm continuous straw mulch no tillage increased soil total and active microbial biomass and activities.Tillage methods influenced soil bacterial and fungal biomass and activities.Conventional tillage increased soil bacterial biomass,but the shapes and distributions of soil bacteria differed insignificantly for different tillage soils.No tillage increased soil total and active hyphal length and biomass.The bacterial and fungal contributions to respiration differed remarkably for tillage method experimental soils.Conventional tillage surface soil layer concentrated largely fungal component,while no tillage soil had much bacterial activities.It showed that soil microbial activity and is not consistent with biomass and its composition in different tillage method soils.