Partner interview: Associate Professor Sebastian Opalinski
Can we reduce the climate footprint and improve animal welfare in dairy farming simultaneously?
In a series of interviews, ET4D aims to highlight key issues in sustainable dairy farming. This is the third interview in the series.
As part of the ET4D project, the Polish partner from Wroclaw University of Environmental and Life Sciences has established and implemented the use of EnviroDetect in Poland and Estonia. The technology now monitors climate, air quality and animal welfare on selected dairy farms.
We spoke to Associate Professor Sebastian Opalinsky from Wroclaw University of Environmental and Life Sciences to gain insight into why it is important to measure housing conditions on dairy farms. The interview was prepared by Innvite (Denmark).
Q1: Why is measuring climate and air quality in dairy farm stables essential?
Measuring climate and air quality in dairy farm stables ensures animal health, comfort, and productivity by reducing stress, respiratory issues, and disease risks. It enhances milk yield, worker safety, and compliance with environmental regulations. Proper monitoring supports energy efficiency, sustainable practices, and early problem detection, creating optimal conditions for farm success.
Q2: Is indoor climate and air quality linked to animal welfare?
Yes, indoor climate and air quality are directly linked to animal welfare. Proper temperature, humidity, ventilation, and low levels of harmful gases are crucial for maintaining cow health, comfort, and productivity. Poor air quality can lead to respiratory issues, stress, and disease, while a well-regulated indoor environment promotes better feed intake, milk production, and animal welfare.
Q3: What is your ambition for better climate and air control on dairy farms?
My ambition for better climate and air control on dairy farms is rooted in enhancing animal welfare, improving productivity, and promoting sustainable farming. Farmers can ensure healthier cows that produce more milk by optimising indoor environments while reducing environmental impacts and energy use. It's about creating a win-win situation for animals, farmers, and the planet.
About Sebastian Opalinski:
Sebastian is lecturer and Associate professor at Wrocław University of Environmental and Life Sciences, Department of Animal Hygiene and Animal Welfare.