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Martin Larsson

Biographic Data

ID3705726
NAMEMartin Larsson
GIVEN NAMESMartin
FAMILY NAMELarsson
SIGNATURELARSSON M
AFFILIATIONSSwedish University of Agricultural Sciences
ORCID0000-0001-8219-4395
VERIFIEDYes
TOTAL WORKS7
TOTAL CITATIONS8
WORKS AS AUTHOR7
WORKS AS EDITOR0
FIRST PUBLICATION YEAR2004
LATEST PUBLICATION YEAR2022
H-INDEX2
  • Barracoon

    Open Access•Martin Larsson, Martin Jesper•ARTICLE•Estudios Sociológicos de El…•2022•References: 7

  • El smartphone global

    Open Access•Martin Jesper Larsson, Martin Larsson•ARTICLE•AIBR Revista de Antropologia…•2022

    El smartphone global: más allá de una tecnología para jóvenes es uno de varios resultados del proyecto Anthropology of Smartphones and Smart Ageing, dirigido por uno de los autores más conocidos de la Antropología Digital: Daniel Miller. Después de su interés por las redes sociales -que exploró junto con varios investigadores en un estudio con un diseño parecido, llamado Why We Post (ver ante todo Miller, Costa, Haynes, McDonald, Nicolescu, Sinan…

  • Integrated Water Management for Eutrophication Control

    Anna Jöborn, Ingela Danielsson et al.•ARTICLE•AMBIO•2005•Cited by: 5

  • Estimating Reduction of Nitrogen Leaching from Arable Land and the Related Costs

    Martin Larsson, Martin H Larsson et al.•ARTICLE•AMBIO•2005•Cited by: 3

    The EU Water Framework Directive will require river-basin management plans in order to achieve good ecological status and find the most cost-efficient nitrogen (N) leaching abatement measures. Detailed scenario calculations based on modeling methods will be valuable in this regard. This paper describes the approach and an application with a coefficient method based on the simulation model SOILNDB for quantification of N leaching from arable land …

  • Estimating Reduction of Nitrogen Leaching from Arable Land and the Related Costs

    Martin Larsson, Martin H Larsson et al.•ARTICLE•AMBIO•2005•References: 27

    The EU Water Framework Directive will require river-basin management plans in order to achieve good ecological status and find the most cost-efficient nitrogen (N) leaching abatement measures. Detailed scenario calculations based on modeling methods will be valuable in this regard. This paper describes the approach and an application with a coefficient method based on the simulation model SOILNDB for quantification of N leaching from arable land …

  • Integrated Water Management for Eutrophication Control

    Anna Jöborn, Ingela Danielsson et al.•ARTICLE•AMBIO•2005•References: 15

  • Exploiting decision heuristics and IT in the design of a DSS for voluntary agri-environmental programs

    Open Access•Dennis Collentine, Martin Larsson et al.•ARTICLE•Ecological Economics•2004

  • Integrated Water Management for Eutrophication Control

    Anna Jöborn, Ingela Danielsson et al.•ARTICLE•AMBIO•2005•Cited by: 5

  • Estimating Reduction of Nitrogen Leaching from Arable Land and the Related Costs

    Martin Larsson, Martin H Larsson et al.•ARTICLE•AMBIO•2005•Cited by: 3

    The EU Water Framework Directive will require river-basin management plans in order to achieve good ecological status and find the most cost-efficient nitrogen (N) leaching abatement measures. Detailed scenario calculations based on modeling methods will be valuable in this regard. This paper describes the approach and an application with a coefficient method based on the simulation model SOILNDB for quantification of N leaching from arable land …

  • Exploiting decision heuristics and IT in the design of a DSS for voluntary agri-environmental programs

    Open Access•Dennis Collentine, Martin Larsson et al.•ARTICLE•Ecological Economics•2004

  • Integrated Water Management for Eutrophication Control

    Anna Jöborn, Ingela Danielsson et al.•ARTICLE•AMBIO•2005•Cited by: 5

  • Estimating Reduction of Nitrogen Leaching from Arable Land and the Related Costs

    Martin Larsson, Martin H Larsson et al.•ARTICLE•AMBIO•2005•Cited by: 3

    The EU Water Framework Directive will require river-basin management plans in order to achieve good ecological status and find the most cost-efficient nitrogen (N) leaching abatement measures. Detailed scenario calculations based on modeling methods will be valuable in this regard. This paper describes the approach and an application with a coefficient method based on the simulation model SOILNDB for quantification of N leaching from arable land …

  • Estimating Reduction of Nitrogen Leaching from Arable Land and the Related Costs

    Martin Larsson, Martin H Larsson et al.•ARTICLE•AMBIO•2005•References: 27

    The EU Water Framework Directive will require river-basin management plans in order to achieve good ecological status and find the most cost-efficient nitrogen (N) leaching abatement measures. Detailed scenario calculations based on modeling methods will be valuable in this regard. This paper describes the approach and an application with a coefficient method based on the simulation model SOILNDB for quantification of N leaching from arable land …

  • Integrated Water Management for Eutrophication Control

    Anna Jöborn, Ingela Danielsson et al.•ARTICLE•AMBIO•2005•References: 15

  • Barracoon

    Open Access•Martin Larsson, Martin Jesper•ARTICLE•Estudios Sociológicos de El…•2022•References: 7

  • El smartphone global

    Open Access•Martin Jesper Larsson, Martin Larsson•ARTICLE•AIBR Revista de Antropologia…•2022

    El smartphone global: más allá de una tecnología para jóvenes es uno de varios resultados del proyecto Anthropology of Smartphones and Smart Ageing, dirigido por uno de los autores más conocidos de la Antropología Digital: Daniel Miller. Después de su interés por las redes sociales -que exploró junto con varios investigadores en un estudio con un diseño parecido, llamado Why We Post (ver ante todo Miller, Costa, Haynes, McDonald, Nicolescu, Sinan…

Ecology (4 works) · Engineering (4 works) · Environmental Science (4 works) · Geography (4 works) · Hydrology and Watershed Management Studies (4 works) · Business (3 works) · Computer Science (3 works) · Ecology (3 works) · Soil and Water Nutrient Dynamics (3 works) · Agriculture (2 works)

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