Barreto Julia Rodrigues, Sangermano Florencia, Palmeirim Ana Filipa, Carrasco-Rueda Farah, de Thoisy Benoit, González-Chaves Adrian, Grillet Maria Eugenia, Morpurgo-Dest Victoria, Rodríguez Catalina Zuluaga, H Valero Nerida Nadia, Prist Paula R
EcoHealth Alliance, 520 8th Avenue, Ste 1200, 10018, NYC, NY, USA.
Institute of Advanced Studies of the University of São Paulo, São Paulo, SP, Brazil.
Sci Data. 2025 Aug 13;12(1):1409. doi: 10.1038/s41597-025-05656-8.
As anthropogenic pressures continue to impact the environment, human health is expected to be subsequently affected. This dataset provides a comprehensive view of the trends and burden of infectious diseases, along with environmental metrics, across the Amazon biome between 2000 and 2019. The dataset includes health indicators for respiratory, cardiovascular, and major zoonotic and vector-borne diseases (Chagas disease, hantavirus, cutaneous leishmaniasis, visceral Leishmaniasis, rickettsial diseases, and malaria), compiled as annual case counts at the municipal level. The innovation of this dataset lies in its unprecedented assembly of data for this transboundary biome-much of it requiring ground-level collection beyond available in online repositories. By integrating health and environmental indicators, this dataset offers a unique resource for analyzing the complex relationships between environmental transformations and health outcomes. It supports future research informing evidence-based public health strategies, and conservation efforts to address the interconnected socio-environmental challenges of this cornestone of planetary health, home to more than 30 million people.
随着人为压力持续影响环境,预计人类健康随后也会受到影响。该数据集全面呈现了2000年至2019年期间亚马逊生物群落中传染病的趋势和负担,以及环境指标。数据集包括呼吸道、心血管以及主要人畜共患和媒介传播疾病(恰加斯病、汉坦病毒、皮肤利什曼病、内脏利什曼病、立克次体病和疟疾)的健康指标,这些指标汇编为市级年度病例数。该数据集的创新之处在于其对这个跨界生物群落的数据进行了前所未有的整合,其中许多数据需要在实地收集,而在线存储库中没有。通过整合健康和环境指标,该数据集为分析环境变化与健康结果之间的复杂关系提供了独特资源。它支持未来的研究,为基于证据的公共卫生战略提供信息,并为应对这个拥有3000多万人口的地球健康基石所面临的相互关联的社会环境挑战的保护工作提供支持。