The environmental challenges facing our planet have never been more acute. SEFARI research helps to show how we can protect and restore our natural capital – our soils, biodiversity and ecosystems – and develop effective ways to manage the land and water to improve environmental condition. SEFARI works to better understand how biological, chemical and physical processes can allow us to tackle climate change, adapt to changes coming our way, and build a more resilient and well-functioning environment.
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Climate and the Environment
1 Dec 2020
Using Natural Capital Approaches to support sustainable land management in Scotland: Insights from five pilot studies
Natural capital approaches involve identifying, understanding, and measuring the relative contribution of nature to economic performance and human well-being. By adopting the language of business, natural capital approaches allow the natural environment to be included in discussions about business decisions.
26 Nov 2020
The following case study summarises a SEFARI Think Tank involving the Royal Botanic Gardens Edinburgh and Scottish Natural Heritage.
16 Nov 2020
Natural capital underpins sustainability and refers to the stocks of natural resources, which include geology, soil, air, water, and all living things.
4 Nov 2020
Phase 2 Grouse Research - Socioeconomic and biodiversity impacts of driven grouse moors and the employment rights of gamekeepers
This ‘Phase 2’ Grouse Research addresses some of the knowledge gaps regarding Scottish driven grouse moor management that were identified during our ‘Phase 1’ Grouse Research as well as gaps identifie
21 Oct 2020
Plant pathogens trigger changes in host plants that allow them to cause disease. Understanding which molecules pathogens use to do this (termed effectors), how they allow infection to take place, and how they are detected by plants has important implications for our understanding of plant disease.
6 Oct 2020
The Centre for Sustainable Cropping (CSC) is a long-term experimental platform established to integrate all aspects of sustainability research on arable ecosystems. The CSC allows us to study crop management at a more integrated and system wide level and compare this to conventional crop husbandry practices.
22 Sep 2020
Recommendations for landscape-level adaptive management for ecological, economic, and social outcomes
Improving the management of Scotland’s natural assets at a landscape-level for ecological, economic, and social outcomes is a priority for the Scottish Government and its partners.
25 Aug 2020
Electronic identification (EID) tags have been compulsory in UK sheep flocks since 2010, and a decade after their introduction, can still be a controversial topic.
8 Jul 2020
Our food consumption is guided by perceive norms and the food choices of others around us. In the UK today, unhealthy and environmentally unsustainable diets are most commonly eaten (the norm).
7 Apr 2020
Despite many initiatives to safeguard biodiversity, recent analyses and reports show that biodiversity continues to decline at the global level.
1 Apr 2020
We are currently facing three major global challenges: climate change, biodiversity loss and the development of sustainable food production systems. Ideal solutions to these challenges would be ones that deliver win-wins, addressing at least two of these simultaneously.
6 Mar 2020
The Scottish Government is currently responding to a multitude of grand and complex environmental challenges, such as biodiversity loss and climate change. But how do we know if these responses, or the money spent on delivering them, are having the desired effect?
2 Mar 2020
In this project we looked at what makes people care about peatland restoration. Peatbogs are important because of their ability to store carbon, regulate water flows and provide a home for rare species of plants and animals. Nevertheless, peatbogs are often described as a hard-to-love ‘Cinderella habitat’.
22 Jan 2020
The following case study summarises work delivered as part of a recent SEFARI Fellowship with the Cairngorms National Park Authority (CNPA).
27 Aug 2019
Infrared (IR) Spectroscopy is a versatile analytical technique that can characterise a wide variety of different sample types e.g. from drugs and plastics to soil and minerals.
21 May 2019
River temperature influences biogeochemical processes and aquatic ecology. Sustaining cool river temperatures in Scotland is essential for aquatic ecology (including the habitat and health of Atlantic salmon (Salmo Salar) and brown trout (Salmo trutta).
28 Aug 2020 - 11:28
In this blog, we discuss a new project that is seeking to support and inform farmers (through both research and communications) on how to best promote fair, balanced, and more impactful, positive stories about the livestock industry.
4 Aug 2020 - 10:11
We are delighted that in this blog Dr Kit Macleod from the James Hutton Institute discusses how his fellowship is helping Scotland’s environmental monitoring community discuss and learn about new opportunities for environmental monitoring.