fixing typos

visgroup/content/_index.md

@@ -87,7 +87,7 @@ Adjusting heterogeneous data sets to fit into a unified geographic context, is a
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-The Data Integration and Visualisation Group is led by Karsten Rink and consists of members wtih different research interests that complement each other when working on complex data processing and visualisation projects.
+The Data Integration and Visualisation Group is led by Karsten Rink and consists of members with different research interests that complement each other when working on complex data processing and visualisation projects.
 
 {{< team-gallery >}}
 

visgroup/content/dataIntegration.md

@@ -13,7 +13,7 @@ Data integration describes the modification of heterogenous data sets to fit int
 
 Specifically for environmental studies, a large number of datasets from different sources and acquired by different measurement devices if often required to understand complex processes or phenomena within a region of interest. Examples include 
 
-* raster data, such as as satellite data, maps, or seismic data
+* raster data, such as satellite data, maps, or seismic data
 * vector data, such as river networks, streets, or boundaries
 * triangulated or gridded data such as geological layers or 3d building models
 * time series data from weather stations, gauging stations, or data loggers in general

visgroup/content/projects_climate.md

@@ -68,7 +68,7 @@ Visualisation of a forest gap model applied to a tropical forest site to provide
 
 {{< project-description >}}
 
-The influence of the absence or presence of buildings on urban microclimate is simulated and depicted in the actual building plan for a quarter within the city of Leipzig, Germany; including simulated wind directions and their influence on temperatures at different elevations.
+The influence of the absence or presence of buildings on urban microclimate is simulated and depicted in the actual building plan for a quarter within the city of Leipzig, Germany including simulated wind directions and their influence on temperatures at different elevations.
 
 {{< /project-description >}}
 

visgroup/content/projects_geo.md

@@ -130,7 +130,7 @@ To the GFZ for collaboration and Helmholtz Association for funding within POF-3
 
 {{< project-description >}}
 
-Thermal energy storage is of high strategic relevance for a sustainable energy system. The development of next generation storage systems like thermochemical solutions is accompanied by major scientific challenges. Due to the complexity of the considered storage systems and the exceptional efforts for the development of storage materials as well as for the implementation of large-scale experiments, modelling and numerical simulation are of outstanding importance for the prediction of the operational behavour and the optimisation of thermochemical heat storage systems.
+Thermal energy storage is of high strategic relevance for a sustainable energy system. The development of next generation storage systems like thermochemical solutions is accompanied by major scientific challenges. Due to the complexity of the considered storage systems and the exceptional efforts for the development of storage materials as well as for the implementation of large-scale experiments, modelling and numerical simulation are of outstanding importance for the prediction of the operational behaviour and the optimisation of thermochemical heat storage systems.
 
 {{< /project-description >}}
 

visgroup/content/projects_hydro.md

@@ -19,7 +19,7 @@ date: 2023-06-07T23:52:18+02:00
 
 {{< project-description >}}
 
-Based on a prototype for the city of Dresden, Germany, a methodology was developed to use digital city models as a basis for an visualisation- and interaction framework for multiple coupled hydrological and hydrodynamical process models. Specifically, we coupled a surface run-off model simulating flooding (using BASEMENT), a simulation of the sewage network (using SWMM) and a groundwater simulation (using OpenGeoSys) via open python-based interfaces. Simulation results are shown in context of a 3d city model consisting of 3d surfaces, building models, land use classes as well as additional data such as streams, groundwater wells, etc.
+Based on a prototype for the city of Dresden, Germany, a methodology was developed to use digital city models as a basis for a visualisation- and interaction framework for multiple coupled hydrological and hydrodynamical process models. Specifically, we coupled a surface run-off model simulating flooding (using BASEMENT), a simulation of the sewage network (using SWMM) and a groundwater simulation (using OpenGeoSys) via open python-based interfaces. Simulation results are shown in context of a 3d city model consisting of 3d surfaces, building models, land use classes as well as additional data such as streams, groundwater wells, etc.
 
 {{< /project-description >}}
 

visgroup/content/projects_urban.md

@@ -115,7 +115,7 @@ Quo.* Groundwater 53 (3), pp. 356–361. [DOI:10.1111/gwat.12206](http://onlinel
 
 {{< project-description >}}
 
-The influence of the absence or presence of buildings on urban microclimate is simulated and depicted in the actual building plan for a quarter within the city of Leipzig, Germany; including simulated wind directions and their influence on temperatures at different elevations.
+The influence of the absence or presence of buildings on urban microclimate is simulated and depicted in the actual building plan for a quarter within the city of Leipzig, Germany, including simulated wind directions and their influence on temperatures at different elevations.
 
 {{< /project-description >}}
 
@@ -140,7 +140,7 @@ The influence of the absence or presence of buildings on urban microclimate is s
 
 {{< project-description >}}
 
-Options for centralised vs decentralised waste water systems for small villages in Jordan, displayed in the 3D geographical context. Integrated are a wide range GIS data sets for integrating scenarios for fresh water and sewage systems for cost evaluation based on high-resolution digital elevation models.
+Options for centralised vs decentralised waste water systems for small villages in Jordan, displayed in the 3D geographical context. Integrated are a wide range GIS data sets for various scenarios for fresh water and sewage systems for cost evaluation based on high-resolution digital elevation models.
 {{< /project-description >}}
 
 {{< project-subheadline title="Project Links" >}}