CLIWA project: Influence of climate changes on water availability in Austrian agriculture
Agricultural production is directly dependent on the climatic conditions and therefore the emerging change in the climate represents an enormous challenge, especially for this sector. Many of the weather and...Project SpektroGrass: Implementation of field spectroscopy for the non-invasive examination of plant populations
The development dynamics of plant populations is influenced by numerous management and location factors. The ongoing observation of this dynamic requires that the population remains unaffected and without...AgroMet-Monitor project: Spatiotemporal monitoring of agro-meteorological parameters for Austria
The AgroMet-Monitor project brings together various research approaches on the topic of climate and climate change and their relevance for agriculture. In four sub-areas, based on long-term weather data and...
DataLys project: Development of a testing and analysis system for continuous data streams and their transfer into relational data models
The DATALYS project developed an application that is suitable for integrating data from various sources (continuous data streams from sensors, manual input, laboratory results, computer models, etc.) into a unified, relational...
ClimSoil-GIS project: Spatial modeling of ground temperatures for Austria
The suitability for cultivation, development and ultimately the yield of many agricultural crops are closely linked to the location factor of soil temperature. Appropriate modeling of temperatures at different soil depths forms the...
ClimClass project: Investigation of climatic demarcation criteria for the disadvantaged area of Austria
In this project, the climatic conditions, derived from the detailed investigations for the normal climate period 1971 to 2000, were analyzed for various parameters such as "low temperatures" or "soil water balance" for...
ThermVeg project: Spatial modeling of the thermal growing season for Austria
The thermal growing season as an evaluation of temperature trends was implemented in three different ways by combining temperature thresholds and temporal criteria. The methods worked on here are suitable...AgroClim project: Spatial modeling of the change in grassland yield in Styria based on soil water balance and water stress including a climate model
Grassland is characterized by complex management with different plant populations and usage frequencies. Spatial modeling is only possible to a limited extent, so the focus for the estimation...Project GT Hartberg: Spatial modeling of grassland yields taking weather influences into account
The yield on grassland areas is determined by an extremely diverse management and depends on different location factors. The weather and the resulting water availability as one of these...