• Keine Ergebnisse gefunden

Innovationen sichern die Zukunftsfähigkeit landwirtschaftlicher Intensivregionen

N/A
N/A
Protected

Academic year: 2022

Aktie "Innovationen sichern die Zukunftsfähigkeit landwirtschaftlicher Intensivregionen"

Copied!
2
0
0

Wird geladen.... (Jetzt Volltext ansehen)

Volltext

(1)

© 2015 by the author. This is an open access article distributed under the terms and conditions of the Creative Commons Attribution License (http://creativecommons.org/licenses/by/4.0).

landtechnik 70(2), 2015, 15–16

Regional concentrations of livestock and poultry farming are to be found above all in the north-west of Germany. Nowhere else are there higher numbers of livestock and poultry per hectare of agricul- turally used land. The degree of specialisation in pig and poultry farming is remarkable. In particular the two districts in Lower Saxony, Vechta and Cloppenburg, that host the highest densities of livestock and poultry populations in Germany, have displayed highly successful economic development in re- cent decades. They are characterised by formidable economic growth, low levels of unemployment and extremely dynamic population development, supported essentially by the agricultural and food industries as crystallisation point. Today, many hidden champions, who have been able to develop in the upstream and downstream sectors parallel to the dynamic development of animal husbandry, are based in the north-west. These are market leaders operating throughout Europe or worldwide, but who have remained largely unknown among large sectors of the German population. Altogether about one third of the jobs liable to social security contributions in Vechta and Cloppenburg are in the agribusiness sector, above all in abattoirs and meat processing plants. However, the future viability of the growth track taken, which is deemed to be a success model from the economic standpoint, is increasingly being critically scrutinised and discussed.

The environmental challenges are closely linked with the numbers of livestock and poultry that are now kept in the regions. For instance the current Nutrient Report for Lower Saxony documents a substantial nutrient surplus, resulting above all from animal husbandry and operation of biogas plants. Oversupply on agricultural land leads to environmental stresses for soil and groundwater. In addition, emissions result from the regional concentration of animal husbandry that lead to pressures on the environment. Not only the statutory minimum distances to be maintained between animal housing units and residential construction trigger land use conflicts. The extent of the use of antibi- otics in animal husbandry and the legitimation in society of production methods based on intensive animal farming are generally being called into question by the public and in the media. As regards social aspects, the main criticisms are directed above all at the quality of the work and the precarious employment relationships. In order to secure the future viability of the region, various initiatives are already working proactively “on the ground” to develop proposals for resolving urgent challenges, e.g.

within the context of the Agrifood State Initiative in Lower Saxony or the Agriculture and Food Forum Oldenburger Münsterland (aef).

The food industry is a sector of the future, with considerable potential for growth. Innovations are the key to successful development of rural areas with intensive animal husbandry. Actively innova-

Prof. Dr.

Christine Tamásy

Photo: Sarbach

Innovations secure the future viability of intensive farming regions

Spotlight

DOI: 10.15150/lt.2015.2063

(2)

landtechnik 70(1), 2015 Seite 2

tive businesses and research institutions are key central actors for initiating necessary transforma- tion processes. For example, within the framework of a joint project, the Universities of Göttingen and Vechta, the German Institute of Food Technologies and the Lower Saxony Institute for Economic Research are currently examining the protein deficit for foods and feeds, which in Europe is largely compensated via soy imports. The aim is to estimate what potentials can be unlocked for more sus- tainable agriculture and the food sector by using alternative protein sources. To this end on the one hand alternative protein sources on an algae basis are being examined, which as meat analogues can be used directly in human nutrition, and on the other hand the use of alternative protein sources on an algae or insect basis for animal nutrition is being researched. The production networks (pig, poultry) and the social contexts are being analysed in three European intensive animal husbandry regions: North-West Germany (Weser-Ems, Münsterland), Western France (Bretagne, Pays de Loire) and the Southern Netherlands (Noord-Brabant, Gelderland, Limburg).

Prof. Dr. Christine Tamásy Institute of Structural Research and Planning

in Areas of Intensive Agriculture University of Vechta

Referenzen

ÄHNLICHE DOKUMENTE

So befassen sich beispielsweise gegenwärtig die Universitäten in Göttingen und Vechta, das Deutsche Institut für Lebensmitteltechnik und das Niedersächsische Institut

The objectives of the experiments were by this means to determine whether parasite proliferation was inhibited in chronic infection, whether parasitised macrophages proliferate,

Infection invasion in a general compartmental system Our objective is to study the invasion of an infectious agent into a fragmented population of susceptible hosts that has an

Abbildung 7: Prognostizierte Vorratsverteilung nach BHD-Stufen der Baumart Buche im Jahr 2022 in Deutschland und Niedersachsen für das Szenario „ertragsorientierter Waldbau“...

™ Determination of the geographic origin of poultry meat and dried beef (with respect to both raw meat origin and place of processing) using element and oxygen isotope

Indices characterizing both high and low flow conditions, as well as the mean discharge within a year and the individual seasons, were extracted from the daily time series and

Here, an integrated approach combining carbonate microfacies analysis, ostracod biostratigraphy and high-resolution sequence stratigraphy is applied to two Kimmeridgian

400 adult and juvenile newts [(Ichthyosaura alpestris (Laurenti, 1768), Lissotriton vulgaris (Linnaeus, 1758)] and few specimens of Bufo bufo (Linnaeus, 1758) and Hyla