Schaumberger Andreas, Dr.
Grassland research
address
Gumpenstein
Altirdning 11
8952 Irdning-Donnersbachtal
e-mail
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phone
+43 3682 22451-315
fax
+43 3682 22451-110
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Scientific management of the grassland department with a focus on:

  • Climate impact research for grassland farming
  • Digital technologies and sensor systems in grassland research
  • Long-term research on usage intensities in grassland

Bavarian testing in exchange of experiences

On June 11th and 12th, employees of the Bavarian state testing department went on an excursion to HBLFA Gumpenstein. The group sat down...

i2connect project group visits the HBLFA Raumberg-Gumpenstein

EIP Bergmilchvieh i2connect Excursion The detailed analysis of the EIP “Mountain Dairy” project was the focus of the three-day visit by the delegates...

Satellites support grassland management - 54th Podcast

Keep an eye on grassland yield and forage quality with satellites In Austria, grassland is the most important area in terms of area...

Reviews of the SatGrass conference 2023

Satellites in use for Austrian grassland farming On November 30, 2023, at the HBLFA Raumberg-Gumpenstein as part of the SatGr...

SatGrass Conference 2023

Satellite information for efficient grassland management - grassland yield and feed quality in real time On Thursday, November 30, 2023 for...

Satellite-based classification of meadow types developed

Project "MeadowTypes" - Satellite-based classification of meadow types successfully completed Together with Joanneum Research, the...

Drought: Minimize water loss in the field - 36th Podcast

Stabilizing yield fluctuations through optimal water use In many regions, years with normal yields are increasingly changing with losses...

Open position as secretary

In the area of ​​the Federal Ministry of Agriculture, Forestry, Regions and Water Management, HBLFA Raumberg-Gumpenstein, Raumberg 38, 8952 Irdning...

23rd Alpine Expert Forum

Date: Thursday, October 19, 2023 - unfortunately canceled Location: HBLFA Raumberg-Gumpenstein, Grimmingsaal Topic: "Long-term effects of differentiated...

A success story - 20 years of the LTER-Austria association - long-term social-ecological research

The HBLFA Raumberg-Gumpenstein as a member of the interdisciplinary network for biodiversity and ecosystem research. ...

Half time in the SatGrass project

Project goal: We want to use satellite and weather data to support farmers in choosing the optimal cutting time and...

Job advertisement: Secretarial worker

In the area of ​​the Federal Ministry of Agriculture, Forestry, Regions and Water Management, HBLFA Raumberg-Gumpenstein, Raumberg 38, 8952 Irdning...

22nd Alpine Expert Forum

Topic: Drought as a new challenge for grassland management...

Make research work tangible

After a year of preparatory work, the exhibition and excursion area on the topics of “Soil-Water-Plants” was opened on Wednesday, June 22nd by Dr. Andre...

Climate change adaptation - irrigation in grassland?

Project goal: The IrriGrass project aims to identify connections between climate change, biomass development, quality, water requirements and yield security...

Opening of the soil-water-plant show area

The opening of a soil-water-plant exhibition and excursion area will take place on June 22nd at the HBLFA Raumberg-Gumpenstein research site...

Hohenlehen technical school visiting Raumberg-Gumpenstein

On March 7, 2022, the graduating class of the Hohenlehen Technical School paid a visit to the HBLFA Raumberg-Gumpenstein. ...

Job advertisement: Agricultural skilled worker - 20 hour week

At the HBLFA Raumberg-Gumpenstein, Grassland Management and Cultural Landscape Department, the position of an agricultural specialist will be open on April 1st, 2022...

Job advertisement: Agricultural skilled worker - 40 hour week

At the HBLFA Raumberg-Gumpenstein, Grassland Management and Cultural Landscape Department, the position of an agricultural specialist will be open on April 1st, 2022...

Between yield and biodiversity

In the “Dimensions” series on Ö1, Lukas Tremetsberger has put together a contribution about grassland. ...

Autonomous vegetation monitoring with drones

Project goal: Information on vitality, fertilization status, biomass, feed quality as well as the effects of stressful situations such as drought or illness...

Success story for “SatGrass”

Our project "SatGrass" was recognized by the national funding institution for business-related research and development in Austria (FFG) as #Search...

Video about climate change

ClimGrass - climate impact research for grassland Due to the high vulnerability of the Alpine region to the fo...

Focus on grassland yields

Project goal: Estimating the yield and quality development in grassland based on satellite and weather data is intended to help farmers...

The Institute for Plant Production and Cultural Landscape introduces itself

The following video provides a brief insight into the tasks of the employees of the Institute of Plant Production and Culture...

SatGrass pilot study: Use of remote sensing and climate data to describe yield and quality dynamics in grassland

The rapid technological development of the last decades has created opportunities to view the entire earth's surface in high spatial resolution...

Climate consequences

Agricultural meteorology and climate impacts Agriculture is highly dependent on the weather and climate. A change in the climate has a lasting impact...

Grassland feed

Feed production, feed quality and feed evaluation The production of grassland and field feed with optimal yield and good feed value is...

biodiversity

Species diversity, vegetation dynamics and nature conservation The floristic composition of the plant population and the plant species diversity are...

Grassland improvement

The no-break grassland renewal closes gaps in the stands and creates efficient, high-yielding plant stands with a strong grass...

Non-invasive measurement techniques on plants

In addition to the surveys on the soil, nutrient and water balance in grassland, the characterization, evaluation and assessment of plant populations...

Climate Change - What will happen to our agriculture - 01. Podcast

What’s next for Austrian agriculture? The global climate is changing significantly. Farming businesses in particular are affected by the increasing...

On the trail of drought

This spring was affected by severe drought in large parts of Austria. Especially at a time when grassland...

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 changes...

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 monitoring of this...

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...

DataLys project: Development of a testing and analysis system for continuous data streams and their transfer into relational data models

In the DATALYS project, an application was developed that is suitable for collecting data from various sources (continuous data streams from sensors, manual...

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 related to the location factor soil temperature...

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...

ThermVeg project: Spatial modeling of the thermal growing season for Austria

The thermal growing season as an evaluation of temperature curves was analyzed in three different ways by combining temperature thresholds...

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. A spatial m...

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...

SnowCover Project: Modeling the spatiotemporal progression of snow cover

The modeling of meteorological phenomena is caught between complexity and accuracy. The snow cover here does not form...

Making the invisible visible

A multispectral camera and a drone have recently been used to capture high-resolution images in the visible and near-infrared ranges of the...

Digital is awesome!?

Advancing digitalization offers agriculture the opportunity to automate work processes on the farm...

How dry will it be in Styria?

Agricultural production is directly dependent on the climatic conditions and therefore the emerging changes...






2391: DW Net

Evaluation criteria for a location-adapted and production-oriented management intensity of permanent meadows in Austria


2393: DATALYS

Development of a testing and analysis system for continuous data streams and their transfer into relational data models



2420: SpectroGrass

Implementation of field spectroscopy for the non-invasive examination of plant populations



2459: WiPraX II

Transfer of scientific knowledge into agricultural practice II


2745: WTZ-GRASS

Development of a method to assess the influence of the season on the productivity of grassland stands in Austria and the Czech Republic






3496: WT: StartClim

GIS-supported determination of changes in the habitat of endangered wild animal species





3556: WT: AgroClim

Spatial modeling of the change in grassland yield in Styria based on soil water balance and water stress including a climate model




3667: WT SatGrass

Use of remote sensing and climate data to describe yield and quality dynamics in grassland