Global environmental data for mapping infectious disease distribution.
Global environmental data for mapping infectious disease distribution.
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DOI：
10.1016/s0065-308x(05)62002-7
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发表时间：
2006
影响因子：
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通讯作者：
Rogers, D. J.
中科院分区：
文献类型：
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作者：
Hay, S. I.;Tatem, A. J.;Graham, A. J.;Goetz, S. J.;Rogers, D. J.
这篇文章记录了卫星数据档案、数据处理方法和时间傅里叶分析（TFA）技术，这些技术用于创建随本卷分发的DVD上的遥感数据集。其目的是为数据的起源提供详细的参考指南，而不是标准的审查。这些遥感数据以1 × 1或8 × 8公里的空间分辨率覆盖整个地球。我们简要评价了1 × 1和8 × 8 km全球TFA产品之间的关系，以探讨它们的相互兼容性。8 × 8公里TFA表面用于随后的疾病制图审查中详细介绍的制图程序，因为1 × 1公里产品的验证范围不太广泛。还详细介绍了应该能够与这些环境可变表面提供连续性的其他、现有的和计划中的传感器，以及可用于绘制传染病地图的其他全球数据来源。
This contribution documents the satellite data archives, data processing methods and temporal Fourier analysis (TFA) techniques used to create the remotely sensed datasets on the DVD distributed with this volume. The aim is to provide a detailed reference guide to the genesis of the data, rather than a standard review. These remotely sensed data cover the entire globe at either 1 × 1 or 8 × 8 km spatial resolution. We briefly evaluate the relationships between the 1 × 1 and 8 × 8 km global TFA products to explore their inter-compatibility. The 8 × 8 km TFA surfaces are used in the mapping procedures detailed in the subsequent disease mapping reviews, since the 1 × 1 km products have been validated less widely. Details are also provided on additional, current and planned sensors that should be able to provide continuity with these environmental variable surfaces, as well as other sources of global data that may be used for mapping infectious disease.