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National Academic Research and Collaborations Information System (NARCIS) is the main Dutch national portal for those looking for information about researchers and their work. NARCIS aggregates data from around 30 institutional repositories. Besides researchers, NARCIS is also used by students, journalists and people working in educational and government institutions as well as the business sector.
NARCIS provides access to scientific information, including (open access) publications from the repositories of all the Dutch universities, KNAW, NWO and a number of research institutes, datasets from some data archives as well as descriptions of research projects, researchers and research institutes.
This means that NARCIS cannot be used as an entry point to access complete overviews of publications of researchers (yet). However, there are more institutions that make all their scientific publications accessible via NARCIS. By doing so, it will become possible to create much more complete publication lists of researchers.
In 2004, the development of NARCIS started as a cooperation project of KNAW Research Information, NWO, VSNU and METIS, as part of the development of services within the DARE programme of SURFfoundation. This project resulted in the NARCIS portal, in which the DAREnet service was incorporated in January 2007. NARCIS has been part of DANS since 2011.
DANS - Data Archiving and Networked Services - is the Netherlands Institute for permanent access to digital research resources. DANS encourages researchers to make their digital research data and related outputs Findable, Accessible, Interoperable and Reusable.
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Displaying 286 - 290 of 1863Model explorations of ecological network performance under conditions of global change
Ecological networks facilitate the mobility and vitality of species populations by providing a network of habitat patches that are embedded in a traversable landscape matrix. Climate change and land-use change pose threats to biodiversity, which can potentially be overcome by ecological networks. Yet, systematic assessments of ecological network performance under conditions of climate change and land-use change are rare. In this special issue we explore and evaluate approaches to assess the functionality of ecological networks under scenarios of global change.
Food in space: The spatial organization of food systems
Contemporary food production is facing many challenges. One of these challenges is to re-connect the food system with various public domains, such as spatial planning. Sustainable food planning is a growing domain in planning research. One of the important topics of research concerns the geographical or territorial properties of the food system. This paper addresses the territorial properties of the agricultural system using different spatial concepts.
Social capital, conflict, and adaptive collaborative governance : Exploring the dialectic
Previously lineal and centralized natural resource management and development paradigms have shifted toward the recognition of complexity and dynamism of social-ecological systems, and toward more adaptive, decentralized, and collaborative models. However, certain messy and surprising dynamics remain under-recognized, including the inherent interplay between conflict, social capital, and governance. In this study we consider the dynamic intersections of these three often (seemingly) disparate phenomena.
Wettelijke normen ten aanzien van bodem en gewas in relatie tot de KringloopWijze
Om landbouwkundige en milieukundige prestaties van bedrijven te beoordelen, kan het nuttig zijn om prestaties te spiegelen aan normen. Eén van de normen die hiervoor gebruikt kan worden, zijn de normen (opbrengsten, afvoeren, bodemoverschotten, benuttingen) die behoren bij een bedrijf dat de wettelijke toegestane (kunst)mestgiften (‘gebruiksnormen’) maximaal opvult. Dit type normen kan modelmatig geschat worden. Een voorbeeld van een daarvoor geschikt model is het WOD-model.
GLOBIO-Aquatic, a global model of human impact on the biodiversity of inland aquatic ecosystems
Biodiversity in freshwater ecosystems - rivers, lakes and wetlands - is undergoing rapid global decline. Major drivers are land use change, eutrophication, hydrological disturbance, climate change, overexploitation and invasive species. We developed a global model for assessing the dominant human impacts on inland aquatic biodiversity. The system consists of a biodiversity model, named GLOBIO-Aquatic, that is embedded in the IMAGE model framework, i.e.