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Sustainable systems
The arable-grass ecosystems of the north-east Atlantic maritime - the ancient croplands around Scotland's coasts - formed the case study of a major project on sustainable food and agriculture (2006-2011) which continues under present government funding. The questions are - 'what is the present state of the system, and how can management ensure its continued existence?' We examine past change in the arable-grass maritime, the present state of soil, biota and agronomy; limitations through declining supplies of nitrogen and phosphorus, soil erosion and loss of biodiversity; and the options for balancing the health of the system with economic offtake. The work involves the most comprehensive status assessment of arable-grass production systems in Europe and has led to the establishment of the Institute's long term research platform - the Centre for Sustainable Cropping. Partners: many colleagues in the Institute; collaborators in SAC, BioSS, MLURI, and many European groups. Funding: Scottish Government; augmented by EU FP6 and FP7.
Organism biology
The biological basis of systems is explored through experiment and modelling. An energy-based approach to carbon and nutrient flows is fused with a 'trait-based' approach to biodiversity and function. The aim is to build a theoretical and practical framework for system design, environmental risk assessment and landscape engineering. Modelling is collaborative with colleagues in the Agroecology Group at the Institute and at BioSS, local universities and european organisations such as the Josef Stefan Institute in Slovenia. Funding: Scottish Government, EU, research councils.
The arable-grass ecosystems of the north-east Atlantic maritime - the ancient croplands around Scotland's coasts - formed the case study of a major project on sustainable food and agriculture (2006-2011) which continues under present government funding. The questions are - 'what is the present state of the system, and how can management ensure its continued existence?' We examine past change in the arable-grass maritime, the present state of soil, biota and agronomy; limitations through declining supplies of nitrogen and phosphorus, soil erosion and loss of biodiversity; and the options for balancing the health of the system with economic offtake. The work involves the most comprehensive status assessment of arable-grass production systems in Europe and has led to the establishment of the Institute's long term research platform - the Centre for Sustainable Cropping. Partners: many colleagues in the Institute; collaborators in SAC, BioSS, MLURI, and many European groups. Funding: Scottish Government; augmented by EU FP6 and FP7.
Organism biology
The biological basis of systems is explored through experiment and modelling. An energy-based approach to carbon and nutrient flows is fused with a 'trait-based' approach to biodiversity and function. The aim is to build a theoretical and practical framework for system design, environmental risk assessment and landscape engineering. Modelling is collaborative with colleagues in the Agroecology Group at the Institute and at BioSS, local universities and european organisations such as the Josef Stefan Institute in Slovenia. Funding: Scottish Government, EU, research councils.
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PLANTS-BASELno. 14 (2023): 2742-2742
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Marta Maluk,Francesc Ferrando-Molina,Laura Lopez del Egido,Adrian Langarica-Fuentes, Genet Gebre Yohannes,Mark W. Young,Peter Martin,Richard Gantlett, Greg Kenicer,Cathy Hawes,Graham S. Begg,Richard S. Quilliam,
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