[{"name":"土壤环境","count":1659,"id":1},{"name":"污染生态","count":822,"id":2},{"name":"水体环境","count":631,"id":3},{"name":"研究报告","count":375,"id":4},{"name":"废弃物处理及资源化利用","count":335,"id":5},{"name":"专论与综述","count":273,"id":6},{"name":"环境健康与农产品安全","count":181,"id":7},{"name":"碳氮循环","count":172,"id":8},{"name":"面源污染","count":134,"id":9},{"name":"农业与全球变化","count":121,"id":10},{"name":"固废处理及资源化","count":85,"id":11},{"name":"水产环境","count":72,"id":12},{"name":"分析方法","count":71,"id":13},{"name":"土壤环境(中国土壤学会土壤环境专业委员会学术支持)","count":60,"id":14},{"name":"环境信息","count":60,"id":15},{"name":"废弃物处理及资源化","count":50,"id":16},{"name":"农药残留","count":47,"id":17},{"name":"环境健康与农产品安全(农业农村部产地环境污染防控重点实验室学术支持)","count":38,"id":18},{"name":"土壤环境(中国土壤学会土壤环境专业委员会协办)","count":29,"id":19},{"name":"畜禽环境","count":28,"id":20},{"name":"A special issue of Identification and Assessment of Agricultural Environmental Damages","count":27,"id":21},{"name":"A special issue on prevention and control of cadmium and arsenic contamination in croplands","count":27,"id":22},{"name":"农业环境损害鉴定评估","count":27,"id":23},{"name":"农田镉砷污染修复与阻控专辑","count":27,"id":24},{"name":"第二届全国农业环境科学学术研讨会优秀论文","count":25,"id":25},{"name":"研究快报","count":24,"id":26},{"name":"第二届海峡两岸土壤及地下水污染与修复研讨会会议论文","count":21,"id":27},{"name":"其他","count":19,"id":28},{"name":"农业减缓与应对气候变化研究专辑","count":19,"id":29},{"name":"Special Column of Soil Environmental Threshold,Capacity and Carrying Capacity","count":16,"id":30},{"name":"土壤环境阈值、容量和承载力 专栏","count":16,"id":31},{"name":"土壤污染与修复","count":15,"id":32},{"name":"畜禽粪污资源化利用与农业面源污染控制","count":14,"id":33},{"name":"环境健康与农产品安全(农业农村部产地环境污染防控重点实验室协办)","count":13,"id":34},{"name":"Special Column of Innovation of Technologies and Policies for Agricultural Non-point Source Pollution Prevention and Control in Southern China","count":12,"id":35},{"name":"Special Column of Stereo Monitoring and Evaluation for Agricultural Non-point Source Pollution","count":12,"id":36},{"name":"其它","count":12,"id":37},{"name":"农业面源污染模型与模拟专栏","count":12,"id":38},{"name":"农业面源污染立体监测与评估 专栏","count":12,"id":39},{"name":"南方农业面源污染防控技术与政策创新 专栏","count":12,"id":40},{"name":"Special Column of Agricultural Non-Point Source Model and Simulation","count":11,"id":41},{"name":"农业对全球变化的贡献","count":11,"id":42},{"name":"环境影响评价","count":11,"id":43},{"name":"农业温室气体减排","count":10,"id":44},{"name":"农业面源污染与水污染治理","count":10,"id":45},{"name":"畜产环境","count":8,"id":46},{"name":"农业生产对全球变化的响应","count":7,"id":47},{"name":"畜禽养殖粪污清洁堆肥","count":7,"id":48},{"name":"学术论坛","count":6,"id":49},{"name":"滨海湿地土壤环境专题","count":6,"id":50},{"name":"畜禽养殖废水处理","count":6,"id":51},{"name":"地膜应用及污染防控 专栏","count":5,"id":52},{"name":"新视角与前沿","count":5,"id":53},{"name":"畜禽养殖环境管理","count":5,"id":54},{"name":"畜禽养殖粪污堆肥温室气体减排","count":5,"id":55},{"name":"农业废弃物资源化","count":4,"id":56},{"name":"农业全球变化","count":3,"id":57},{"name":"废弃物处理资源化","count":3,"id":58},{"name":"碳循环","count":3,"id":59},{"name":"碳氦循环","count":3,"id":60},{"name":"专家观点","count":2,"id":61},{"name":"农药环境行为与风险评价","count":2,"id":62},{"name":"总目次","count":2,"id":63},{"name":"信息动态","count":1,"id":64},{"name":"养殖环境","count":1,"id":65},{"name":"废弃物处理及资源化利用(天津市农村社会事业发展服务中心支持)","count":1,"id":66},{"name":"新书推介","count":1,"id":67},{"name":"监测与预警","count":1,"id":68},{"name":"碳氧循环","count":1,"id":69}]
