Fruchtbare Böden sind eine wichtige Voraussetzung für eine gesicherte Nahrungsmittelproduktion. Um die Ressource Boden nachhaltig zu bewirtschaften und die Ernährungsgrundlage zu sichern, ist es vor allem in Afrika notwendig, die Bodenfruchtbarkeit zu steigern und die Bodenqualität zu verbessern. Sowohl die Anwendung von organischen Bodenverbesserungsmitteln, wie z.B. Biocharkompost, als auch nachhaltige Anbaumethoden sowie vielfältige Fruchtfolgen sind Bestandteil eines nachhaltigen Boden.
Das Potenzial von Biocharkompost im Hinblick auf eine Ertragssteigerung und ein verbessertes Pflanzenwachstum wird im Rahmen des Biocharkompost-Projekts in der nördlichen Region von Ghana in der Umgebung Tamale mittels Freilandversuchen untersucht.
Copyright: | © ANS e.V. HAWK | |
Quelle: | 74. Symposium 2013 (Oktober 2013) | |
Seiten: | 8 | |
Preis inkl. MwSt.: | € 0,00 | |
Autor: | Dipl. Geogr. Kathrin Rößler Felix Jenny | |
Artikel weiterleiten | Artikel kostenfrei anzeigen | Artikel kommentieren |
Dekarbonisation und Energie-Erzeugung geht gleichzeitig. - Die Zukunft ist klimapositiv!
© Wasteconsult International (5/2017)
Die Pflanzenkohle und deren Herstellung durch Pyrolyse birgt das Potential, den gesamten vom Menschen verursachten Anstieg des Kohlenstoffs in der Atmosphäre zu kompensieren oder gar rückgängig zu machen.
Technosols manufacturing from sewage sludge to recover degraded soils
© European Compost Network ECN e.V. (6/2014)
The Technosols (TCNS) are “anthropogeomorphic material”, which includes those residues from anthropogenic activities, with similar characteristics to the geological and biogenic components of soils that can act as source material of them through the edaphogenesis processes.
Ecological and economic benefits of compost and digestate products
© European Compost Network ECN e.V. (6/2014)
European soils are systematically degrading. The European Soil Strategy urges more attention to the need for organic matter in soil: 45% of the soils in Europe show a lack of organic matter. This is also a problem in Flanders: almost 50% of the soils are below the target of organic matter. A range of measures is necessary for restoring the organic matter content: green manures, crop residues, organic fertilizer and soil improvers will all be needed. It is therefore of great importance that in the future sufficiently high amounts of quality composts and digestate products are produced, because these have shown to be excellent sources of stable organic matter and/or contribute to the soil fertility and food supply.
Effect of Intensity and Time of Aeration on Agrochemical Properties of Extracts from Vermicompost
© European Compost Network ECN e.V. (6/2014)
Vermicomposting is a completely environmentally friendly technology which converts biowaste to a value-added product. Extracts from vermicompost can be applied to plant surfaces and soils in ways not possible or economically feasible with solid vermicompost. The aim of this work was to determine the influence of aeration intensity and time of extraction on the agrochemical properties of aqueous extracts from two types of vermicomposts. Vermicomposts were made from horse manure (M) and apple pomace (P) waste.
Effects of different biochars and combined biochar and anaerobic digestate utilization on rye-grass and soil properties in laboratory model experiment
© European Compost Network ECN e.V. (6/2014)
Recycling of organic wastes and preparation of added value products such as biochar or anaerobic digestate are challenges for a sustainable agriculture. Utilization of biochars to improve soil fertility and to mitigate global climate change is a popular research area. Residual of anaerobic digestion can be used as soil amendment as well, since it contains high amount of different macro-, and micronutrients mainly in water soluble form. Combination of digestate and biochars can cause various interactions, between digestate-biochar and soil system.