2004
Power, Mary; Vanni, Michael; Stapp, Paul; Polis, Gary
Subsidy Effects on Managed Ecosystems: Implications for Sustainable Harvest, Conservation, and Control Book Chapter
In: Polis, Gary; Power, Mary; Huxel, Gary (Ed.): Chapter 24, pp. 387-409, 2004, ISBN: 9780226673257.
Abstract | Links | BibTeX | Tags: food webs, landscape level, subsidy
@inbook{Power2004,
title = {Subsidy Effects on Managed Ecosystems: Implications for Sustainable Harvest, Conservation, and Control},
author = {Mary Power and Michael Vanni and Paul Stapp and Gary Polis},
editor = {Gary Polis and Mary Power and Gary Huxel},
url = {https://angelo.berkeley.edu/wp-content/uploads/sites/59/Power_2004_FoodWebLandLev_SubsEffects.pdf},
isbn = {9780226673257},
year = {2004},
date = {2004-02-00},
pages = {387-409},
chapter = {24},
abstract = {Scientists rely on food webs—complex networks that trace the flow of nutrients and energy between species and through ecosystems—to understand the infrastructure of ecological communities.
But given the complexities of food webs—think of following the flow of nutrients through the microbes, fungi, roots, worms, ants, and birds that pass over or through a single cubic meter of prairie soil—it's not difficult to see why most experiments on food-web dynamics focus on small, local habitats. Yet as this book convincingly shows, important insights come when scientists expand the temporal and spatial scope of their research to look at the ways energy, organisms, nutrients, and pollutants flow not just at the local level, but across whole landscapes—between and among food webs in a wide variety of habitats.
Paying special attention to the fertile boundaries between terrestrial, freshwater, and marine ecosystems, Food Webs at the Landscape Level not only shows what this new methodology means for ecology, conservation, and agriculture but also serves as a fitting tribute to Gary Polis and his major contributions to the field.},
keywords = {food webs, landscape level, subsidy},
pubstate = {published},
tppubtype = {inbook}
}
Scientists rely on food webs—complex networks that trace the flow of nutrients and energy between species and through ecosystems—to understand the infrastructure of ecological communities.
But given the complexities of food webs—think of following the flow of nutrients through the microbes, fungi, roots, worms, ants, and birds that pass over or through a single cubic meter of prairie soil—it’s not difficult to see why most experiments on food-web dynamics focus on small, local habitats. Yet as this book convincingly shows, important insights come when scientists expand the temporal and spatial scope of their research to look at the ways energy, organisms, nutrients, and pollutants flow not just at the local level, but across whole landscapes—between and among food webs in a wide variety of habitats.
Paying special attention to the fertile boundaries between terrestrial, freshwater, and marine ecosystems, Food Webs at the Landscape Level not only shows what this new methodology means for ecology, conservation, and agriculture but also serves as a fitting tribute to Gary Polis and his major contributions to the field.
But given the complexities of food webs—think of following the flow of nutrients through the microbes, fungi, roots, worms, ants, and birds that pass over or through a single cubic meter of prairie soil—it’s not difficult to see why most experiments on food-web dynamics focus on small, local habitats. Yet as this book convincingly shows, important insights come when scientists expand the temporal and spatial scope of their research to look at the ways energy, organisms, nutrients, and pollutants flow not just at the local level, but across whole landscapes—between and among food webs in a wide variety of habitats.
Paying special attention to the fertile boundaries between terrestrial, freshwater, and marine ecosystems, Food Webs at the Landscape Level not only shows what this new methodology means for ecology, conservation, and agriculture but also serves as a fitting tribute to Gary Polis and his major contributions to the field.