The HBV model is a lumped (or semi-distributed) bucket-type (or also called 'conceptual') catchment model that has relatively few model parameters and minimal forcing input requirements, usually the daily temperature and the daily precipitation.

The HBV model is a semi-distributed hydrologic model to simulate catchment runoff. Below, you can find information on the version HBV-light. You also have the opportunity to download the program and helpful files to get started. We offer a free online course that teaches you how to use HBV-light. You can find it here. What is HBV-light?

2015年1月13日 · The HBV model has followed this trend, and there are examples of applications in some 30 countries. The span of applications has also widened and covers today hydrological forecasting, spillway design, studies of effects of climate change, synoptic water balance mapping, simulations of groundwater response among others.

The HBV model included in hydromad implements the basic structure of the HBV-light by Seibert and Vis (2012). This tutorial will demonstrate how to use the hydromad HBV model and compare the output to the HBV-light model (v4.0.0.20, obtained from https://www.geo.uzh.ch/en/units/h2k/Services/HBV-Model.html ).

2023年7月19日 · HBV-light模型是乌普萨拉大学开发的一种半分布式水文模型，适用于教育和多地使用。 该模型由Jan Seibert编程，简化了用户界面，尽管缺少一些高级功能。

HBV模型（Bergström, 1976, 1992）是瑞典SMHI（Swedish Meteorological and Hydrological Institute）开发研制的水文预报模型，为半分布式的概念模型，被用于处理融雪径流，也可 应用于无积雪流域[1]。

The HBV model used here as the physical backbone is a conceptual hydrologic model with representations of snowpack, soil, and groundwater storages, and can simulate flux variables such as snow...

2021年4月24日 · We argue that the lack of systematic model naming has led to a diverging concept of the HBV-model, diminishing the concept of model mimicry. Development of a systematic model naming framework, open accessible model code and more elaborate model descriptions are suggested to enhance model mimicry and model development.

The HBV model is mainly used for runoff simulation and hydrological forecasting. The model is particularly useful for catchments where snow fall and snow melt are dominant factors, but application of the model is by no means restricted to these type of catchments.

The HBV (Hydrologiska Byråns Vattenavdelning) model is a conceptual rainfall-runoff model which is suitable for many snow-fed river catchments (Bergström 1980; Lindström et al. 1997). You have studied the short description of the HBV model in the RS Minerve technical manual ( Garcia Hernandez et al. 2020 ) .