The role of plant biodiversity in modifying the structure and functioning of higher tropic Levels in species-rich forests

Andreas Schuldt

The role of plant biodiversity in modifying the structure and functioning of higher tropic Levels in species-rich forests

Publikation: Bücher und Anthologien › Habilitationsschriften

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The role of plant biodiversity in modifying the structure and functioning of higher tropic Levels in species-rich forests. / Schuldt, Andreas.

Lüneburg, 2015. 269 S.

Publikation: Bücher und Anthologien › Habilitationsschriften

Bibtex

@book{1b47cda2d81d472d8b1476c74b8fb1c7,

title = "The role of plant biodiversity in modifying the structure and functioning of higher tropic Levels in species-rich forests",

abstract = "This thesis makes an important contribution to better understanding biodiversity and ecosystem function relationships across trophic levels in forests - aspects that are still underrepresented in BEF research. Ongoing biodiversity loss can be expected to change important trophic interaction pathways in these ecosystems, making increased efforts in exploring the mechanisms underlying, and the drivers determining, the impact of trophic complexity on the relationships between biodiversity and ecosystem functioning a crucial objective for holistic approaches to BEF research.",

keywords = "Biology, biodiversity, forest, plant-insect interactions",

author = "Andreas Schuldt",

year = "2015",

month = sep,

day = "10",

language = "English",

}

RIS

TY - BOOK

T1 - The role of plant biodiversity in modifying the structure and functioning of higher tropic Levels in species-rich forests

AU - Schuldt, Andreas

PY - 2015/9/10

Y1 - 2015/9/10

N2 - This thesis makes an important contribution to better understanding biodiversity and ecosystem function relationships across trophic levels in forests - aspects that are still underrepresented in BEF research. Ongoing biodiversity loss can be expected to change important trophic interaction pathways in these ecosystems, making increased efforts in exploring the mechanisms underlying, and the drivers determining, the impact of trophic complexity on the relationships between biodiversity and ecosystem functioning a crucial objective for holistic approaches to BEF research.

AB - This thesis makes an important contribution to better understanding biodiversity and ecosystem function relationships across trophic levels in forests - aspects that are still underrepresented in BEF research. Ongoing biodiversity loss can be expected to change important trophic interaction pathways in these ecosystems, making increased efforts in exploring the mechanisms underlying, and the drivers determining, the impact of trophic complexity on the relationships between biodiversity and ecosystem functioning a crucial objective for holistic approaches to BEF research.

KW - Biology

KW - biodiversity

KW - forest

KW - plant-insect interactions

M3 - Post-doctoral dissertations

BT - The role of plant biodiversity in modifying the structure and functioning of higher tropic Levels in species-rich forests

CY - Lüneburg

ER -

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