ERA-interim再分析资料中的海表温度与次表层海温

近年来，信息技术的进步以及气候与卫星数据可获取性的提升，推动了具备用户友好界面的网络工具发展，以助力地理 / 生物物理产品的传播。这些产品对于分析全球变暖对不同生物群系的影响具有重要作用。特别是近十年来，由于亚马逊森林经历两次极端干旱事件及持续升温，其对干旱的响应研究已受到科学界的关注。Thermal Amazoni@是一个基于网络的平台（http://ipl.uv.es/thamazon/web），以谷歌地球为基础图形界面，用于可视化及下载亚马逊森林与邻近热带海洋的地表热异常产品。该平台目前在西班牙瓦伦西亚大学服务器上运行，集成了卫星（MODIS）与气候（ERA-Interim）数据集。Thermal Amazoni@由可视化系统、提供辅助信息的网页及支持产品下载的 FTP 站点构成。

In recent years, advancements in information technology and enhanced accessibility of climate and satellite data have driven the development of web-based tools with user-friendly interfaces to support the dissemination of geographic and biophysical products. These products are critical for analyzing the impacts of global warming on various biomes. Particularly over the past decade, research on the Amazon forest's response to drought has garnered increasing scientific attention, as the region has experienced two extreme drought events and ongoing warming. Thermal Amazoni@ is a web-based platform (http://ipl.uv.es/thamazon/web) that uses Google Earth as its underlying graphical interface for visualizing and downloading surface thermal anomaly products over the Amazon forest and adjacent tropical oceans. Currently hosted on servers at the University of Valencia in Spain, this platform integrates satellite (MODIS) and climate (ERA-Interim) datasets. Thermal Amazoni@ consists of a visualization system, a web page providing auxiliary information, and an FTP site that supports product downloads.