id	author	title	date	pages	extension	mime	words	sentences	flesch	summary	cache	txt
cord-347449-mey7e8gd	Albers, Heidi J.	Disease Risk from Human–Environment Interactions: Environment and Development Economics for Joint Conservation-Health Policy	2020-07-09		.txt	text/plain	7021	301	36	Here, we review how these economic frameworks capture-or do not capture-drivers and characteristics of the human-environment interaction, while reflecting the natural and socio-institutional settings of LMICs. We then propose how modeling frameworks can be expanded to incorporate the disease risk posed by that interaction to inform needed socio-enviro-epidemiological research and policy analysis, using an iterative process of data collection and modelling in an interdisciplinary setting. To address how humans influence zoonotic disease risk borne from environmental interactions, these hotspot maps can be combined with economic decision models at fine resolution that specify markets and institutions, landscape patterns, and resource use in LMICs, and thereby illustrate the decisions behind where and how people overlap with pathogen hosts, which influences their pathogen exposure. Empirical analysis that defines correlations but is not specific to people's decisions does not provide information about how human-environment interactions affect conservation or disease spread, which implies that policy levers are difficult to identify below generalities, such as "slow deforestation," "limit fragmentation," and "close wildlife markets."	./cache/cord-347449-mey7e8gd.txt	./txt/cord-347449-mey7e8gd.txt