农业生产多样性如何滋养家庭饮食多样性?来自中国的证据

IF 9.8 1区 经济学 Q1 FOOD SCIENCE & TECHNOLOGY Global Food Security-Agriculture Policy Economics and Environment Pub Date : 2024-03-01 DOI:10.1016/j.gfs.2024.100749
Zhen Yan , Xiangyi Xiao , Jingjing Jiao , Wen Lin
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引用次数: 0

摘要

本研究利用 2014 年中国家庭面板研究的数据,探讨了农业生产多样化是否能提高膳食多样性,尤其是通过增加动物性食物的消费来提高膳食多样性。我们引入了细化的膳食多样性测量方法,并将其分为基于动物的家庭膳食多样性得分(A-HDDS)和基于植物的家庭膳食多样性得分(P-HDDS)。此外,我们还将生产多样性分为作物生产多样性(CPD)、畜牧和水产养殖生产多样性(LAPD)以及混合生产多样性(MPD)。我们的研究结果表明,除低收入家庭和山区家庭外,大多数家庭都表现出较高的膳食多样性。具体而言,CPD 对膳食多样性有积极影响,所有三种类型的生产多样性都促进了 A-HDDS 的发展。此外,氯化石蜡主要作为提高家庭自给自足的替代品,影响所有三种膳食多样性指标,特别是在山区家庭中。增加 LAPD 和 MPD 可通过自给自足和农业商业化收入途径改善 A-HDDS,使丘陵和山区农民受益。
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How does agricultural production diversity nourish household dietary diversity? Evidence from China

Using data from the 2014 China Family Panel Studies, this study investigates whether diversifying agricultural production can enhance dietary diversity, particularly by increasing the consumption of animal-based foods. We introduced refined measures of dietary diversity and categorized them into animal-based household dietary diversity scores (A-HDDS) and plant-based household dietary diversity scores (P-HDDS). Additionally, we categorize production diversity into crop production diversity (CPD), livestock and aquaculture production diversity (LAPD), and mixed production diversity (MPD). Our results show that most households exhibited high dietary diversity, except for low-income and hilly households. Specifically, CPD positively influenced dietary diversity, and all three types of production diversity promoted A-HDDS. Moreover, CPD primarily serves as a substitute for enhancing household self-sufficiency, affecting all three dietary diversity measures, especially among hilly households. Increasing LAPD and MPD can improve A-HDDS through self-sufficiency and agricultural commercialization income pathways, benefiting farmers in hilly and mountainous regions.

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来源期刊
CiteScore
20.90
自引率
3.40%
发文量
69
期刊介绍: Global Food Security plays a vital role in addressing food security challenges from local to global levels. To secure food systems, it emphasizes multifaceted actions considering technological, biophysical, institutional, economic, social, and political factors. The goal is to foster food systems that meet nutritional needs, preserve the environment, support livelihoods, tackle climate change, and diminish inequalities. This journal serves as a platform for researchers, policymakers, and practitioners to access and engage with recent, diverse research and perspectives on achieving sustainable food security globally. It aspires to be an internationally recognized resource presenting cutting-edge insights in an accessible manner to a broad audience.
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