Several studies agree on the existence of a considerable amount of land in Europe deemed less favourable for conventional agriculture. This land has been either abandoned because of its productivity, or it is used as grassland. MAGIC is based on the premise that cultivation of selected industrial crops on areas facing natural constraints (e.g., extreme climatic conditions, low soil productivity, steep slope, etc.) can i) ensure the production of resource-efficient feedstocks, with low indirect land-use change (iLUC), for a growing bio-based industry, and ii) increase farmers’ incomes through access to new markets and the revalorization of marginal land. This Deliverable (D1.10) describes the final version of the Decision Support System (DS...
During the last decade, the concept of marginal land have received high attention both in research a...
Land availability is a major factor which limits the cultivation of industrial crops for bioenergy a...
The purpose of the work in WP 2 of the MAGIC project is to map, characterize and analyze projections...
Several studies agree on the existence of a considerable amount of land in Europe deemed less favour...
Several studies agree on the existence of a considerable amount of land in Europe deemed less favour...
Several studies agree on the existence of a considerable extension of land in Europe deemed less fav...
Several studies agree on the existence of a considerable amount of land in Europe deemed less favour...
The MAGIC project aims to promote the sustainable development of efficient and beneficial industrial...
Industrial crops can provide valuable resources for high value products and bioenergy. The MAGIC pro...
MAGIC Deliverable D2.5 – The third and last version of the MAGIC-Maps tool aims to provide users int...
The MAGIC project aims to promote the sustainable development of efficient and beneficial industrial...
MAGIC deliverable D4.2 aims to provide farmers’ guidelines on how selected industrial crops could be...
The MAGIC project aims to promote the sustainable development of efficient and beneficial industrial...
The MAGIC project aims to promote the sustainable development of efficient and beneficial industrial...
In MAGIC a first EU wide map is created to assess options for sustainably use of marginal lands to g...
During the last decade, the concept of marginal land have received high attention both in research a...
Land availability is a major factor which limits the cultivation of industrial crops for bioenergy a...
The purpose of the work in WP 2 of the MAGIC project is to map, characterize and analyze projections...
Several studies agree on the existence of a considerable amount of land in Europe deemed less favour...
Several studies agree on the existence of a considerable amount of land in Europe deemed less favour...
Several studies agree on the existence of a considerable extension of land in Europe deemed less fav...
Several studies agree on the existence of a considerable amount of land in Europe deemed less favour...
The MAGIC project aims to promote the sustainable development of efficient and beneficial industrial...
Industrial crops can provide valuable resources for high value products and bioenergy. The MAGIC pro...
MAGIC Deliverable D2.5 – The third and last version of the MAGIC-Maps tool aims to provide users int...
The MAGIC project aims to promote the sustainable development of efficient and beneficial industrial...
MAGIC deliverable D4.2 aims to provide farmers’ guidelines on how selected industrial crops could be...
The MAGIC project aims to promote the sustainable development of efficient and beneficial industrial...
The MAGIC project aims to promote the sustainable development of efficient and beneficial industrial...
In MAGIC a first EU wide map is created to assess options for sustainably use of marginal lands to g...
During the last decade, the concept of marginal land have received high attention both in research a...
Land availability is a major factor which limits the cultivation of industrial crops for bioenergy a...
The purpose of the work in WP 2 of the MAGIC project is to map, characterize and analyze projections...