首页/数据集/Categorisation of subcatchments into functional units (FUs) based on difference in surface elevation.

Categorisation of subcatchments into functional units (FUs) based on difference in surface elevation.

Figshare2024-04-16 更新2026-04-28 收录

数据链接：

https://figshare.com/articles/dataset/Categorisation_of_subcatchments_into_functional_units_FUs_based_on_difference_in_surface_elevation_/25619531 数据链接链接失效反馈

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资源简介：

Categorisation of subcatchments into functional units (FUs) based on difference in surface elevation.

应用场景：

创建时间：

2024-04-16

流域分类

水文分析

This dataset serves as supplementary information for the paper by Ciulla F. and Varadharajan C. A Network Approach for Multiscale Catchment Classification using Traits (see reference 1). It contains e

DataONE2024-02-29 更新100

Canadian Prairie Watershed Classification

流域分类

水文模型

Shapefile detailing classified prairie watersheds (n = 4175) according to physiographic characteristics. These characteristics were assembled from a variety of sources, including remote sensed data an

DataCite Commons2026-04-21 更新70

Classification of River Catchments in the Contiguous United States: Code, Dataset, Similarity Patterns, and Resulting Classes

水文研究

流域分类

DataONE2024-02-24 更新50

Select watershed attributes for California stream segments (NHDPlus V.1)

水文特征

流域分类

This data set includes 28 physical watershed attributes for each of 135,118 stream segments (National Hydrodraphy Dataset, Version 1) in California. These data were used to support a report entitled:

DataONE2017-04-12 更新80

基于地表水资源补给方式的亚洲高山区流域分类数据集

水资源管理

流域分类

高亚洲（HMA）地区是一个独特的地理单位，除南北两极外拥有最大的冰川和积雪储存，范围从西部的兴都库什山脉和天山到喜马拉雅山脉的东部，平均海拔在2000至8844m之间。近几十年来，许多冰川和湖泊地区发生了巨大变化，地表径流、冰川融水的形成是流入湖泊的主要水源，这些变化调节了水资源的分配。为了更好地了解高亚洲流域尺度上水资源的分布及其动态变化，利用水文资料中的冰川和地表径流数据以及基于多尺度流域地图

星图云开放平台2025-12-29 更新60

Categorisation of subcatchments into functional units (FUs) based on difference in surface elevation.

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