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Fisheries / Ecosystem / Superorganisms / Symbiosis / Stockholm Resilience Centre / Regime shift / Food web / Trophic cascade / Trophic level / Biology / Systems ecology / Ecology


Multiple forces drive the Baltic Sea food web dynamics and its response to environmental change Susa Niiranen Doctoral thesis in Marine Ecology
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Document Date: 2013-10-14 18:16:55


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File Size: 1,40 MB

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City

medan / Stockholm / /

Company

CBS / John Wiley and Sons Ltd / Coastal / /

Continent

Europe / /

Country

United States / Sweden / /

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Event

Environmental Issue / /

Facility

Plant Sciences / Stockholm Resilience Centre / University Cover / /

IndustryTerm

food web structure / food web model / functional / suitable tool / food web response / food web responses / food web resulting / ecosystem-based management / food web / marine food web dynamics / past food web dynamics / food providers / web model / food-web modelling / food web projections / food web dynamics / exploited marine food web / marine systems / large benthic-topelagic energy flow / Food webs / food web interactions / food web perspective / large offshore marine systems / cold marine systems / food web model runs / /

NaturalFeature

Central Baltic Sea / Black Sea / North Sea / Baltic Sea / Southern seas / Barents Sea / /

Organization

Stockholm University / Ecological Society of America / Department of Ecology / Environment and Plant Sciences / /

Position

driver / Walker / Hunter / Carpenter / /

Region

eastern Mediterranean / Black Sea / /

Technology

av / /

SocialTag