[1]农业部关于推进农业供给侧结构性改革的实施意见[J].农村
工作通讯,2017(04):8-14.
[2]Wackemagel M,Rees W E.Our ecological footprint-re-ducing hu-
man impact on the earth [M]. Gabriola island B C Canada: New
Society Publishers,1996.
[3]罗必良,万燕兰,洪炜杰,等.土地细碎化、服务外包与农地
招荒—基于9省区2704份农户问卷的实证分析[J].经济
纵横,2019(07):63-73.
[4]文高辉,杨钢桥.耕地细碎化对农地整治中农户权属调整意愿的
影响研究[J].长江流域资源与环境,2019,28(03):623-631.
[5]李波.经济增长与农业碳排放关系的实证研究[J].生态环境
学报,2012,21(02):220-224.
[6]冉光和,王建洪,王定祥.我国现代农业生产地碳排放变动趋
势研究[J].农业经济间题,2011,32(02):32-38.
[7]徐海泉,卢士军,周琳,等.以营养当量评价食物营养价值的
方法学研究[J].营养学报,2016,38(04):341-344.
[8]熊飞雪,赵星磊,郭子毅,等,土地整治对农业碳排放的影响
研究—基于高标准农田建设政策的准自然实验【J].中国生
态农业学报(中英文),2023,31(12):2022-2032.
[9]黄冰冰,张小有,张继钦.低碳种植技术的减碳效应和应用驱
动因素研究[J].生态与农村环境学报,2018,34(12):
1082-1090.
[10]程秀娟.农业温室气体排放与减排固碳措施分析【J].中南
农业科技,2022,43(05):84-90.
[11]张学智,王继岩,张藤丽,等.中国农业系统N0排放量评估及
低碳措施[J].江苏农业学报,2021,37(05):1215-1223.
[12] Yue W,Hao H,Hu W. Agricultural production structure, mar-
ket conditions and farmers' nutritional intake in rural China [J].
Journal of Integrative Agriculture,2022,21 (06):1812-1824.
[13]Nolden A A,Forde C C. The Nutritional Quality of Plant-Based
Foods [J].Sustainability, 2023,15: 3324.
[14] Fu S,Li W, Jiang S. Can Agricultural Insurance Improve theNutritional Status ofRural Residents?—Evidence from China's
Policy-Based Agricultural Insurance [J]. Sustainability,2022,
14:14295.
[15] Venkatesan P,Sivaramane N, Sontakki B S,et al.Aligning Ag
ricultural Research and Extension for Sustainable Development
Goals in India:A Case ofFarmer FIRST Programme [J].Sus-
tainability,2023,15:2463.
[16]刘巽浩,徐文修,李增嘉,等,农田生态系统碳足迹法:误
区、改进与应用—兼析中国集约农作碳效率(续)[J].
中国农业资源与区划,2014,35(01):1-7.
[17]曾翔云.维生素C的生理功能与膳食保障[J].中国食物与
营养,2005(04):52-54.
[18]桑宝华.钾元素生理药理作用探讨及其临床药物运用[J].
中国民族民间医药,2011,20(08):22-23.
[19]闵军.黑米与红米的营养[J].湖南农业,2011(03):16.
[20]吕爱清,罗天相,刘沐生,隐性饥饿的研究现状与应对策略
[J].中国食物与营养,2017,23(06):5-8.
[21] Gillespie S,Haddad L, Allen L, et al. Attacking the double
burden of malnutrition in Asia and the Pacific [J]. Manila Philip-
pines AsianDevelopment Bank,2001,47:21-27.
[22]Aung Zaw W.Micronutrient deficiencies in early childhood can
lower a country's CDP:The myanmar example[J].Nutrition,
2016,32(1):138-140.
[23]Federici S,Tubiello F N,Salvatore M,et al. New estimates of
CO2 forest emissions and removals: 1990-2015 [J]. Forest E-
cology andManagement,2015,352:89-98.
[24] Le Querec,Andrew R M, Friedlingstein P,et al. Global car-
bon budget 2017 [J].Earth System Science Data,2018,10
(1):405-448.
[25] Springmann M, Clark M,Mason-D'croz D, et al. Options for
keeping the food system within environmental limits [J]. Nature,
2018,562(7728):519-525.[26] Briggs A D M,Kehlbacher A, Tiffin R, et al. Assessing the im-
pact on chronic disease of incorporatingthe societalcost ofgreen-
house gases into the price of food:an econometric and comparative
risk assessment modelling sludy [J].BMJ Open,2013,3
(10):e003543
「27】温小林,庄义庆,傅反生,等,劳动力选择性转移对农业生
产的影响一一基于甘肃省1990~2008年时间序列数据的实证
分析[J].山西农业大学学报(社会科学版),2012,11
(01):61-66.
[28]陈保胜.生物农药的科学使用及减量控害策略[J].现代农
村科技,2020(03):31-32.
[29] Xia L L,Lam S K,Wolf B,et al. Trade-offs between soil car-
bonsequestration and reactive nitrogen losses under straw retum in
global agroecosystems [J].Clobal Change Biology,2018,24
(12) : 5919-5932. |