One of the aims in this area of work is an environmentally compatible, efficient materials balance. We look for ways for making more efficient use of the nutrients from farmyard, recycled and inorganic fertilisers in arable farming and forage growing and reducing water, air and soil pollution by potential contaminants from fertilisers and livestock farming. We evaluate fertilisers from an agronomic and ecological point of view, calibrate soil testing methods for the purposes of fertiliser advice and create bases for fertilising in arable farming and forage growing. We investigate infiltration of phosphorus and nitrogen compounds by leaching, surface run-off, erosion and drainage with a view to protecting surface water and groundwater.
Nitrate in drinking water, phosphorus in lakes
Agricultural fertilisers can contaminate the aquatic environment. ART is investigating the areas which contribute most to aquatic pollution.
Improving Nutrient Efficiency in Agricultural Production Systems
Not only does fertilisation help maintain good yields, it also guarantees the quality of our food. In addition to its many positive effects, however, it can also exert negative influences on our environment.
Environmental Pollution Due to Farming
Excess nutrients from the farm adversely affect water and air quality. ART is investigating just how eco-friendly agriculture is.