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--- en:models:start [2017/10/22 13:19] – ckuells
+++ en:models:start [2024/04/10 10:03] (current) – external edit 127.0.0.1
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+~~NOTOC~~
 ===== Models =====
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 <WRAP half column>
-=== Secure Access to Sustainable Clean Water Resources ===
+=== Access to Sustainable Water Resources ===
-This model describes regional factors that control secure access to water resources. It is based on maps of climatological factors, hydrological topology, storage properties, socio-economic factors and engineered infrastructure.
+{{:en:models:recharge.png?100x100 |}} This model describes regional factors that control secure access to water resources. It is based on maps of climatological factors, hydrological topology, storage properties, socio-economic factors and engineered infrastructure. Spatial information is based on a distributed model.
 === Surface-Groundwater Coupling ===
-The model SuGR addresses the connection and feedbacks between surface hydrology and groundwater hydrology. It has been developped for basins with strong surface-groundwater interaction. It includes baseflow generation, indirect recharge and runoff-generation-processes during floods in different climates. It includes modules for saturation-dependent runoff production and groundwater ridging. The model is integrated with groundwater abstraction by different users, managed artificial recharge or groundwater production schemes.
+{{:en:models:couple.png?100x100 |}} The model SuGR addresses the connection and feedbacks between surface hydrology and groundwater hydrology. It has been developped for basins with strong surface-groundwater interaction. It includes baseflow generation, indirect recharge and runoff-generation-processes during floods in different climates. It includes modules for saturation-dependent runoff production and groundwater ridging. The model is integrated with groundwater abstraction by different users, managed artificial recharge or groundwater production schemes.
+=== Hydrological Library ===
+Library of recipies and functions for hydrological processes and hydrological engineering methods in R and in Python.
 </WRAP>
 </WRAP>
+----
+R-Programs and Python-Code can be found on [[http://www.github.com/uhydro|Github]] (under development).