Mold growth in grass silage
(C) HBLFA Raumberg-Gumpenstein, Resch

Ensuring silage quality under higher temperatures - 21. Podcast

(C) HBLFA Raumberg-Gumpenstein, Resch

Ensuring silage quality under higher temperatures - 21. Podcast

What can be done to ensure silage quality at higher temperatures?

Higher temperatures significantly increase the risk of mass and quality losses during the field phase, fermentation, and especially during the removal phase. Contamination-free forage, targeted use of silage additives, optimal compaction, rapid airtightness, sufficient fermentation time, and feed removal ensure silage stability and quality. This podcast provides answers to these questions and their practical applications.

In this conversation between PD Dr. Andreas Steinwidder and Ing. Reinhard Resch, many topics are discussed, ranging from green fodder harvesting to the application of silage additives, ensiling, storage and silage removal, with many practical experiences and tips.

 

 

Here for you is the complete interview between our Head of Research and Innovation, PD Dr. Andreas Steinwidder , and Ing. Reinhard Resch on the topic of "Ensuring silage stability under higher air temperatures":

 

Weiterführende Unterlagen: 

Project leader

Steinwidder Andreas, Priv. Doz. Dr.

Priv. Doz. Dr. Andreas Steinwidder

Leitung Forschung & Innovation

Team

Reinhard Resch, Eng.

Ing. Reinhard Resch

Head of Department Analytics and Feed Evaluation

Similar projects

2943: Structural experiment grass silage

Influence of the physical structure of grass silage on feeding and rumination behavior, rumen physiology and feed intake of dairy cows
2001 - 2003 , Steinwidder Andreas

Research documentation

 

Practical strategies for improving the quality of grass silage in Austria

Resch Reinhard (2007)
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Practical strategies for improving the quality of grass silage in Austria

Resch Reinhard (2009 - 2010)
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Opto-chemical measurement of oxygen concentration in silages with special consideration of the factors fermentation substrate, dry matter content, compaction and chop length

Resch Reinhard (2018 - 2021)
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Raumberg-Gumpenstein