Assessment of Social, Economic and Environmental Implication of Short Rotation Coppice
Research output: Contribution to conference › Poster › Research › peer-review
Summary
• SRCs have higher C sequestration potential than conventional arable land because of more biomass production and litter accumulation.
• Economic benefits of SRCs depend on the final use of products, e.g. wood chips and bioenergy on the expense of food crops.
• SRCs are advantageous for soil and biodiversity over arable crops, control erosion, provide habitats for wild fauna.
• The main reasons of famers for not being willing to adapt SRCs plantation on agricultural land includes: committing land for a long time period, lack of appropriate machinery, lack of knowledge and awareness of profitability of SRC crops, and time to financial return.
• SRCs have higher C sequestration potential than conventional arable land because of more biomass production and litter accumulation.
• Economic benefits of SRCs depend on the final use of products, e.g. wood chips and bioenergy on the expense of food crops.
• SRCs are advantageous for soil and biodiversity over arable crops, control erosion, provide habitats for wild fauna.
• The main reasons of famers for not being willing to adapt SRCs plantation on agricultural land includes: committing land for a long time period, lack of appropriate machinery, lack of knowledge and awareness of profitability of SRC crops, and time to financial return.
Original language | English |
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Publication date | 2014 |
Publication status | Published - 2014 |
Event | Tropentag 2014 - , Czech Republic Duration: 17 Sep 2014 → 19 Sep 2014 |
Conference
Conference | Tropentag 2014 |
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Country | Czech Republic |
Period | 17/09/2014 → 19/09/2014 |
Links
- https://agtrain.eu/candidates/cluster/azeemtariq/12._Poster_Tropentag_2014_Azeem_Tariq.pdf
Final published version
ID: 218352186