Übersetzung für "Organic matter content" in Deutsch

Organic Matter content is no less then 85%.

This is especially so in soils with an organic matter content greater than 5%.

As part of this, organic matter content should become a key indicator in agricultural policy.

The answer is that a soil water storage capacity increases the higher the organic matter content is.

Other parameters affecting (lowering) zinc bioavailability in sediments are the presence of precipitated mineral phases, e.g. iron (oxy)hydroxides and manganese oxides, as well as the organic matter content in sediments.

Soil has considerable storage and buffering capacity, closely related to its organic matter content.

Despite the importance of maintaining the organic matter content of soil, there is evidence that decomposing organic matter in the soil is frequently not sufficiently replaced under arable cropping systems which are tending towards greater specialisation and monoculture.

Around 45% of soils in Europe have a low or very low organic matter content (meaning 0-2% organic carbon) and 45% have a medium content (meaning 2-6% organic carbon).

Food waste is losses, for example, can be generated due to lack of modernisation in some farms, order cancellations and commodity price volatility, resulting in the ploughing under of crops when it is not economically viable to harvest (but at least this has a limitedpositive impact on the environment as it enriches the soils contributes to improve soils’ organic matter content) or dumping composting of food that cannot be resold.

Specialisation in farming has led to the separation of livestock from arable production so that rotational practices restoring soil organic matter content are often no longer a feature of farming.

The competent authorities shall adopt measures to encourage the use of stabilised solid fraction on soils with low organic matter content.

As a result, these correlations: (1) are not, or are only to some extent, applicable to polar substances, and (2) are not applicable in cases where the organic matter content of the soil is very small (12).

Overall impacts on the soil have been demonstrated to be positive, as they are compensated by other effects of organic farming, e.g. the higher organic matter content of the soil, growing catch crops, and improved water infiltration due to mechanical weeding which prevents erosion.

Provided that contamination is prevented and monitored at source, the careful and monitored use of sewage sludge on soil should not cause a problem, and, indeed, on the contrary could be beneficial and contribute to an increase of soil organic matter content.

According to the European Soil Bureau, based on the limited data available, nearly 75% of the total area analysed in Southern Europe has a low (3.4%) or very low (1.7%) soil organic matter content.

An estimated 45% of European soils have low organic matter content, principally in southern Europe but also in areas of France, the UK and Germany.

In addition a dedicated management approach is needed to maintain or increase the soil organic matter content.

Moreover, some intrinsic features of a soil can make it more prone to erosion (e.g. a thin layer of topsoil, silty texture or low organic matter content).

Hence, research on the long term effects of various cultural systems on organic matter content is valuable.

Vulnerability to soil erosion is also increased by reducing organic matter content in certain environmental situations.

Sediments, soils and sewage sludge may often be sources of heavy metals into freshwaters and particular attention has been paid to the role of pH, Eh and organic matter content in immobilizing heavy metals in the substrate.