[{"name":"研究报告","count":1601,"id":1},{"name":"Original papers","count":1221,"id":2},{"name":"Crop Cultivation and Physiological Ecology","count":520,"id":3},{"name":"作物栽培与生理生态","count":506,"id":4},{"name":"农业资源与环境","count":345,"id":5},{"name":"Agricultural Resources and Environment","count":343,"id":6},{"name":"农业生态系统及其调控","count":203,"id":7},{"name":"Agroecosystem and Its Management","count":197,"id":8},{"name":"农业生态经济与生态农业","count":188,"id":9},{"name":"Agricultural Ecologic Economics and Ecoagriculture","count":186,"id":10},{"name":"综合评述","count":136,"id":11},{"name":"动态","count":114,"id":12},{"name":"Reviews","count":95,"id":13},{"name":"Original Papers","count":91,"id":14},{"name":"Carbon Peaking and Carbon Neutrality of Agriculture","count":59,"id":15},{"name":"农业碳达峰与碳中和","count":59,"id":16},{"name":"Agroecosystem and Management","count":55,"id":17},{"name":"农业生态系统与调控","count":49,"id":18},{"name":"研究论文","count":47,"id":19},{"name":"研究简报","count":44,"id":20},{"name":"Origfnai papers","count":37,"id":21},{"name":"Research notes","count":30,"id":22},{"name":"Special Issue for Carbon Peaking and Carbon Neutrality of Agricultrure","count":20,"id":23},{"name":"农业碳达峰与碳中和专刊","count":20,"id":24},{"name":"Review","count":19,"id":25},{"name":"Original paperS","count":18,"id":26},{"name":"“华北平原地下水与农业可持续性”专辑","count":17,"id":27},{"name":"Special Issue on Prevention and Control of Agricultural Non-point Source Pollution","count":16,"id":28},{"name":"农业面源污染防控专刊","count":16,"id":29},{"name":"Special Issue for Agricultural Carbon Emissions and Carbon Sequestration Capacity","count":15,"id":30},{"name":"农业碳排放与固碳能力专刊","count":15,"id":31},{"name":"作物栽培与生理状态","count":14,"id":32},{"name":"Special Column for Agrl-cultural Heritage System","count":13,"id":33},{"name":"Special Issue for Saline Land Resources Utilization with Soil Quality and Crop Productivity Improvement","count":13,"id":34},{"name":"农业文化遗产研究专栏","count":13,"id":35},{"name":"盐碱地综合利用质量与产能提升专刊","count":13,"id":36},{"name":"Special Column for \"Rural Revitalization and Ecoagriculture\"","count":11,"id":37},{"name":"Special reports on Integration of High-efficient T","count":11,"id":38},{"name":"“乡村振兴与生态农业”专栏","count":11,"id":39},{"name":"珠江三角洲集约化农田循环高效生产技术集成专题","count":11,"id":40},{"name":"Research note","count":10,"id":41},{"name":"\"太行山区生态系统可持续管理\"专栏","count":8,"id":42},{"name":"Development and Effects of Organic Agriculture","count":8,"id":43},{"name":"Ecology and Environment","count":8,"id":44},{"name":"Land and Water Sustainability in Central Asia","count":8,"id":45},{"name":"Special Column for Sustainable Ecosystem Management for the Taihang Mountain","count":8,"id":46},{"name":"中亚农业水土资源","count":8,"id":47},{"name":"有机农业发展与效应","count":8,"id":48},{"name":"生态与环境","count":8,"id":49},{"name":"30年研究与示范回顾","count":7,"id":50},{"name":"Applications of remote sensing and informatics","count":7,"id":51},{"name":"Biodiversity Maintenance in the Rural Landscapes","count":7,"id":52},{"name":"Green Development in agriculture","count":7,"id":53},{"name":"Progresses in agricultural resources research in t","count":7,"id":54},{"name":"Smart Agriculture and Ecological Management","count":7,"id":55},{"name":"Spcial column for ecological engineering in saline","count":7,"id":56},{"name":"Special Column for “Greenhouse Gas Emission from Agroecosystem”","count":7,"id":57},{"name":"Water consumption in agro-ecosystem","count":7,"id":58},{"name":"“农田生态系统温室气体排放”专题","count":7,"id":59},{"name":"乡村生物多样性维护","count":7,"id":60},{"name":"农业生物多样性利用与保护专题","count":7,"id":61},{"name":"农业绿色发展专栏","count":7,"id":62},{"name":"农田耗水研究","count":7,"id":63},{"name":"基于暗管排水盐技术的盐碱地治理生态工程专题Ⅰ","count":7,"id":64},{"name":"智慧农业与生态管理","count":7,"id":65},{"name":"遥感与信息技术应用","count":7,"id":66},{"name":"Breeding science and technology","count":6,"id":67},{"name":"Ecological Agriculture and Black Soil Conservation","count":6,"id":68},{"name":"Nitrogen cycles and soil fertility management","count":6,"id":69},{"name":"Special column of climate, soil and vegetation interaction in the Taihang Mountains","count":6,"id":70},{"name":"作物栽培与生理生化","count":6,"id":71},{"name":"农田氨循环与土壤肥力管理","count":6,"id":72},{"name":"太行山区水-土-植被耦合研究专题","count":6,"id":73},{"name":"生态农业与黑土保护","count":6,"id":74},{"name":"研究报告","count":6,"id":75},{"name":"科技部“十三五”农业面源和重金属污染农田综合防治与修复技术研发重点专项介绍","count":6,"id":76},{"name":"综合论述","count":6,"id":77},{"name":"育种科学与技术","count":6,"id":78},{"name":"Agricultural Water Resources and Wetland for Coastal Ecosystem","count":5,"id":79},{"name":"Ammonia Emission from Agro-ecosystem","count":5,"id":80},{"name":"Crop physiology and water use efficiency","count":5,"id":81},{"name":"Environment effect of agricultural film and microplastics","count":5,"id":82},{"name":"Leaching Mechanism of Nitrogen and Phosphorus in Root-Vadose Zone","count":5,"id":83},{"name":"Special Column for Agro-ecological Landscape","count":5,"id":84},{"name":"作物生理与水分利用效率","count":5,"id":85},{"name":"农业生态景观专栏","count":5,"id":86},{"name":"农业生态系统氨排放","count":5,"id":87},{"name":"农膜残留与微塑料环境效应","count":5,"id":88},{"name":"根层-包气带氮磷淋溶机制","count":5,"id":89},{"name":"滨海农业水资源与湿地生态系统","count":5,"id":90},{"name":"Mitigation Mechanism of Nitrogen and Phosphorus Leaching in Black Soil Area","count":4,"id":91},{"name":"Mitigation Mechanism of Nitrogen and Phosphorus Leaching in Cinnamon Soil Area","count":4,"id":92},{"name":"Spatio-temporal Patterns of Nitrogen and Phosphorus Leaching in Northern Agricultural Areas","count":4,"id":93},{"name":"Water Resources and Water-Saving Agriculture","count":4,"id":94},{"name":"北方农区氮磷淋溶时空规律","count":4,"id":95},{"name":"投稿须知","count":4,"id":96},{"name":"水资源与节水农业","count":4,"id":97},{"name":"生态农业与农业生态系统?专题","count":4,"id":98},{"name":"褐土区氮磷淋溶的阻控机制","count":4,"id":99},{"name":"黑土区氮磷淋溶的阻控机制","count":4,"id":100},{"name":"Agricultural Ecology Economics and Ecoagriculture","count":3,"id":101},{"name":"Plant Genetics and Breeding","count":3,"id":102},{"name":"Protection and Utilization of Black Soils","count":3,"id":103},{"name":"Reclamation of Saline-alkali Land in Hetao lrrigation Area","count":3,"id":104},{"name":"Risk Zoning and Regional Mitigation of Nitrogen and Phosphorus Leaching","count":3,"id":105},{"name":"Short communications","count":3,"id":106},{"name":"“河套灌区盐碱地治理”","count":3,"id":107},{"name":"书讯","count":3,"id":108},{"name":"植物遗传与育种","count":3,"id":109},{"name":"氮磷淋溶风险分区与区域消减","count":3,"id":110},{"name":"黑土保护利用","count":3,"id":111},{"name":"Mitigation Mechanism of Nitrogen and Phosphorus Leaching in Fluvo-Aquic Soil Area","count":2,"id":112},{"name":"农业生态与生态农业","count":2,"id":113},{"name":"潮土区氮磷淋溶的阻控机制","count":2,"id":114},{"name":"News Column","count":1,"id":115},{"name":"Progress Review","count":1,"id":116},{"name":"Rercarch note","count":1,"id":117},{"name":"Review ","count":1,"id":118},{"name":"总目次","count":1,"id":119},{"name":"欢迎征订","count":1,"id":120},{"name":"欢迎订阅","count":1,"id":121},{"name":"进展综述","count":1,"id":122}]
