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SHORT ROTATION WOODY CROPS FOR LOCAL SUPPLY CHAINS AND HEAT USE IN EUROPE

文献类型： 会议论文

第一作者： Dagnija Lazdina

作者： Dagnija Lazdina 1 ; Naumche Toskovski 2 ; Gordana Toskovska 2 ; Jannis Dimitriou 3 ; Ioannis Eleftheriadis 4 ; Linda Drukmane 5 ; ?eljka Fi?trek 6 ; Biljana Kuli?i? 6 ; Dominik Rutz 7 ; Rita Mergner 8 ; Rainer Janssen 9 ; Stefan Hinterreiter 10 ; Laurie Scrimgeour 11 ; Tomas Perutka 12 ;

作者机构： 1.Latvian State Forest Research Institute Silava, Latvia

2.Secondary School Car Samoil – Resen, Macedonia

3.Swedish University of Agricultural Sciences, Sweden

4.Centre for Renewable Energy Sources and Saving, Greece

5.EKODOMA, Latvia

6.Energy Institute Hrvoje Po?ar, Croatia

7.WIP – Renewable Energies, Sylvensteinstr. 2, D - 81369 Munich, Germany Tel. +49 89 720 12743, Fax +49 89 720 12791 E-Mail: dominik.rutz@wip-munich.de

8.WIP – Renewable Energies, Sylvensteinstr. 2, D - 81369 Munich, Germany Tel. +49 89 720 12743, Fax +49 89 720 12791 rita.mergner@wip-munich.de

9.WIP – Renewable Energies, Sylvensteinstr. 2, D - 81369 Munich, Germany

10.Biomassehof Achental, Germany

11.Community of Communes of Trièves, France

12.Energy Agency of the Zlín region, Czech Republic

关键词： Short rotation coppice;SRC;knowledge transfer;heating;sustainability

会议名称： European biomass conference and exhibition

主办单位：

页码： 117-122

摘要： Perennial Short Rotation Woody Crops (“SRC” or “Short Rotation Coppice”) are woody species suchas willow, poplar, robinia and others. Their cultivation is a good alternative to annual energy crops and can becomplementary to existing agricultural systems. Aside from being harvested for energy production, the cultivation ofSRCs has many potential benefits compared to annual crops. For instance, they may help to improve water quality,enhance biodiversity, provide ecosystem services (hunting, beekeeping, water supply, fire protection), mitigateanimal diseases between farms, prevent erosion, reduce artificial input materials (fertilizers, pesticides) and mitigateclimate change due to carbon storage. These advantages have to be promoted to produce sustainable woodchips fromSRC, enhancing the positive impacts of SRC to the environment. Thereby, the following sustainability aspects mustbe considered: SRC has most positive impacts on marginal land and especially as structural elements in thelandscape, bordering for instance fields, roads, and electricity lines. The sustainability of the supply chains isspecifically addressed in the project SRCplus. The SRCplus project contributes to remove the non-technologicalbarriers of SRC development in Europe through the support of implementing local SRC supply chains. Thereby,synergies with other agricultural uses, ecosystem services and nature conservation measures are exploited. This paperpresents first results of the SRCplus project, and discusses sustainability aspects of SRC.

分类号： s216

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