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1. Predator-prey interactions
: does fatty acid analysis provide the answers?
by Learmonth, J.A and Stowasser, G and Pierce, G.J and Moffat, C.F and International Council for the Exploration of the Sea. Theme Session on Marine Mammals: Monitoring Techniques, Abundance Estimation, and Interactions with Fisheries
2005, ICES CM (International Council for the Exploration of the Sea. Theme Session on Marine Mammals: Monitoring Techniques, Abundance Estimation, and Interactions with Fisheries), Volume 2005/R:13., 1 p. (Abst. only)
predator prey interactions | fatty acids | analysis | diets
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2. Full Text A meta-analysis of resource pulse—consumer interactions
by Louie H. Yang and Kyle F. Edwards and Jarrett E. Byrnes and Justin L. Bastow and Amber N. Wright and Kenneth O. Spence
Ecological Monographs, ISSN 0012-9615, 2/2010, Volume 80, Issue 1, pp. 125 - 151
Resource pulses are infrequent, large-magnitude, and short-duration events of increased resource availability. They include a diverse set of extreme events in... 
Natural resources | Datasets | Marine ecology | Ecosystems | Trophic levels | Forest ecology | Trophic relationships | Marine ecosystems | Modeling | Experimental forests | numerical response | predator–prey interactions | mast | spatiotemporal variability | transient dynamics | multilevel (hierarchical) regression | outbreak | El NinÑo Southern Oscillation (ENSO) | resource–consumer interactions | resource fluctuation | Mast | Multilevel (hierarchical) regression | Outbreak | Numerical response | Resource fluctuation | Predator-prey interactions | Resource-consumer interactions | El niño southern osculation (ENSO) | Spatiotemporal variability | Transient dynamics | resource-consumer interactions | OF-CALIFORNIA ISLANDS | BELGIAN COASTAL WATERS | TRI-TROPHIC SYSTEM | spatiotemporal variabilitly | NINO-SOUTHERN-OSCILLATION | predator-prey interactions | ALTERNATIVE STABLE STATES | ALPINE BIRCH FOREST | El Nino Southern Oscillation (ENSO) | ECOLOGY | DOMINATED SPRING BLOOM | RED-WINGED BLACKBIRD | EL-NINO | BOTTOM-UP CASCADES | Food consumption | Resource partitioning (Ecology) | Research
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3. Insect and bird interactions
2004, ISBN 9781898298922, xx, 301 p., [4] p. of plates
Birds | Ecology | Insects | Effect of insecticides on | Insectivores
Book
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4. Full Text Revisiting the Classics: Considering Nonconsumptive Effects in Textbook Examples of Predator—Prey Interactions
by Barbara L. Peckarsky and Peter A. Abrams and Daniel I. Bolnick and Lawrence M. Dill and Jonathan H. Grabowski and Barney Luttbeg and John L. Orrock and Scott D. Peacor and Evan L. Preisser and Oswald J. Schmitz and Geoffrey C. Trussell
Ecology, ISSN 0012-9658, 9/2008, Volume 89, Issue 9, pp. 2416 - 2425
Predator effects on prey dynamics are conventionally studied by measuring changes in prey abundance attributed to consumption by predators. We revisit four... 
Otters | Population ecology | Predators | Synecology | Hares | Tuberculosis | Ecological genetics | Marine ecology | Special Feature: When Predators Don't Eat Their Prey: Nonconsumptive Predator Effects on Prey Dynamics | Ecology | Population dynamics | nonconsumptive effects | trait-mediated indirect effects | consumptive effects | predator–prey cycles and interactions | keystone predators | trophic cascades | behavior | Predator-prey cycles and interactions | Trophic cascades | Trait-mediated indirect effects | Nonconsumptive effects | Behavior | Keystone predators | Consumptive effects | SNOWSHOE HARE CYCLE | 10-YEAR CYCLE | SEA OTTERS | ROCKY INTERTIDAL HABITAT | MEDIATED INDIRECT INTERACTIONS | FOOD WEBS | DESERT RODENT COMMUNITIES | KEYSTONE-SPECIES CONCEPT | ISLE-ROYALE | ECOLOGY | predator-prey cycles and interactions | Predatory Behavior | Animals | Models, Biological | Ecosystem | Population Dynamics | Predation (Biology) | Research | Trophic levels | Population biology
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5. Ecology of predator-prey interactions
2005, ISBN 0195171209, xvii, 394
Book
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6. Full Text Logging-induced changes in habitat network connectivity shape behavioral interactions in the wolf-caribou-moose system
by Courbin, N and Fortin, D and Dussault, C and Courtois, R
Ecological Monographs, ISSN 0012-9615, 05/2014, Volume 84, Issue 2, pp. 265 - 285
Habitat connectivity influences the distribution dynamics of animals. Connectivity can therefore shape trophic interactions, but little empirical evidence is... 
multi-trophic habitat network analysis | functional connectivity | leapfrog effect | wolf-prey spatial game | patch choice | accessibility | graph theory | Alces alces | Côte-Nord, Québec, Canada | Rangifer tarandus caribou | Canis lupus | residency time | Wildlife ecology | Landscapes | Predators | Wolves | Habitat conservation | Caribous | Connectivity | Habitat selection | Applied ecology | Landscape ecology | wolf–prey spatial game | Functional connectivity | Accessibility | Graph theory | Côte-Nord | Leapfrog effect | Québec | Canada | Patch choice | Residency time | Wolf-prey spatial game | Multi-trophic habitat network analysis | LIMITING FACTORS | CONDITIONAL LOGISTIC-REGRESSION | PATCH CONNECTIVITY | BOREAL FORESTS | WOODLAND CARIBOU | PREDATOR-PREY INTERACTIONS | Cote-Nord, Quebec, Canada | ECOLOGY | FOREST-DWELLING CARIBOU | LANDSCAPE CONNECTIVITY | SPATIAL GRAPHS | RESOURCE SELECTION FUNCTIONS | Zoological research | Environmental aspects | Reindeer | Research | Caribou | Moose
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7. Predator-prey interactions in a changing habitat
: examples from Baltic littoral planktivores
by Linden, E and Lehtiniemi, M and Heino, S and Viitasalo, M and International Council for the Exploration of the Sea. Theme Session on the Spatial Dimension of Ecosystem Structure and Dynamics
2005, 2005/L:38., Volume 2005/L:38., 1 p. (Abst. only)
fish larvae | predator prey interactions | marine water | macrophytes | ANE | Baltic | predation | Mysidacea
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8. Full Text Trophic cascades: the primacy of trait‐mediated indirect interactions
by Schmitz, Oswald J and Krivan, Vlastimil and Ovadia, Ofer
Ecology Letters, ISSN 1461-023X, 02/2004, Volume 7, Issue 2, pp. 153 - 163
Trophic cascades are textbook examples of predator indirect effects on ecological systems. Yet there is considerable debate about their nature, strength and... 
cascading effects | food chains | predator–prey interactions | predation risk‐foraging trade‐offs | predator identity | density‐mediated indirect effects | trait‐mediated indirect effects | anti‐predator behaviour | food web topology | Adaptive foraging | Predator identity | Food chains | Food web topology | Cascading effects | Anti-predator behaviour | Trait-mediated indirect effects | Predator-prey interactions | Predation risk-foraging trade-offs | Density-mediated indirect effects | trait-mediated indirect effects | FOOD-WEB | anti-predator behaviour | density-mediated indirect effects | predation risk-foraging trade-offs | MULTIPLE PREDATORS | ECOLOGICAL COMMUNITIES | predator-prey interactions | TEMPORAL VARIATION | adaptive foraging | ANT-PLANT MUTUALISM | COMMUNITY STRUCTURE | ANTIPREDATOR BEHAVIOR | HABITAT USE | ECOLOGY | PRIMARY PRODUCTIVITY
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9. Behavioural interactions between predators and their prey in marine ecosystems
: Interactions comportementales entre les predateurs et leurs proies dans les ecosystemes marins
by Lidgard, D.C and Bowen, W.D and Canada. Ministere des peches et des oceans and Canadian Science Advisory Secretariat and Secretariat canadien de consultation scientifique and Canada. Department of Fisheries and Oceans
2008, Document de recherche (Secretariat canadien de consultation scientifique), Volume 2008/032., iii, 18
behaviour | predator prey interactions | marine water | marine ecology | ecosystems | abundance
Book
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10. Salmon farm-pinniped interactions in British Columbia
: an analysis of predator control, its justification and alternative approaches
by Jamieson, G.S and Olesiuk, P.F and Canadian Science Advisory Secretariat and Secretariat canadien de consultation scientifique
2001, 2001/142, Volume 2001/142., 74
Predator control is widely practised in most forms of agriculture and aquaculture, including salmonid fish farming. Canada has a process whereby fish farmers... 
predator control | Salmonidae | INE | Canada | predator prey interactions | marine water | fish culture | predation | British Columbia | Pinnipedia
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11. Full Text A bioenergetic framework for the temperature dependence of trophic interactions
by Gilbert, Benjamin and Tunney, Tyler D and McCann, Kevin S and DeLong, John P and Vasseur, David A and Savage, Van and Shurin, Jonathan B and Dell, Anthony I and Barton, Brandon T and Harley, Christopher D.G and Kharouba, Heather M and Kratina, Pavel and Blanchard, Julia L and Clements, Christopher and Winder, Monika and Greig, Hamish S and O'Connor, Mary I and Wootton, Tim and Stockholms universitet and Institutionen för ekologi, miljö och botanik and Naturvetenskapliga fakulteten
Ecology Letters, ISSN 1461-023X, 08/2014, Volume 17, Issue 8, pp. 902 - 914
Changing temperature can substantially shift ecological communities by altering the strength and stability of trophic interactions. Because many ecological... 
Biomass pyramid | food web | interaction strength | temperature | transient dynamics | predator prey | stability | climate change | trophic dynamics | Interaction strength | Climate change | Temperature | Trophic dynamics | Food web | Stability | Predator prey | Transient dynamics | CONSUMER-RESOURCE DYNAMICS | PHOSPHORUS DYNAMICS | FOOD-WEB | BODY-SIZE | CAPITA INTERACTION STRENGTH | POPULATION-GROWTH | METABOLIC THEORY | SPECIES INTERACTIONS | ENERGY-FLOW | ECOLOGY | RECENT CLIMATE-CHANGE | Food Chain | Animals | Biomass | Energy Metabolism - physiology | Models, Biological | Climatic changes | Ecology | Food chains | Bioenergetics | Biological Sciences | Naturvetenskap | Biologiska vetenskaper | Natural Sciences | Ekologi
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12. Full Text Assessing changes in arthropod predator–prey interactions through DNA‐based gut content analysis—variable environment, stable diet
by Eitzinger, Bernhard and Abrego, Nerea and Gravel, Dominique and Huotari, Tea and Vesterinen, Eero J and Roslin, Tomas
Molecular Ecology, ISSN 0962-1083, 01/2019, Volume 28, Issue 2, pp. 266 - 280
Analysing the structure and dynamics of biotic interaction networks and the processes shaping them is currently one of the key fields in ecology. In this... 
metabarcoding | altitudinal gradient, body mass | interaction probability | lycosidae | predator–prey interaction | FOOD-WEB STRUCTURE | BIOTIC INTERACTIONS | SPECIES DISTRIBUTION | SPIDERS | altitudinal gradient | body mass | BIOCHEMISTRY & MOLECULAR BIOLOGY | COMMUNITY RESPONSES | ASSEMBLAGES | CLIMATE-CHANGE | predator-prey interaction | CAPTURE EFFICIENCY | TERRESTRIAL | PITFALL TRAPS | EVOLUTIONARY BIOLOGY | ECOLOGY | Genetic research | Phylogeny | Analysis | DNA | Dynamic structural analysis | Communities | Environmental changes | Environmental impact | Ice environments | Prey | Molecular modelling | Vacuum | Body size | Polar environments | Constraint modelling | Predator-prey interactions | Predation | Deoxyribonucleic acid--DNA | Content analysis
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13. Full Text Individual and combined effects of two types of phenological shifts on predator—prey interactions
by Nick L. Rasmussen and Volker H. W. Rudolf
Ecology, ISSN 0012-9658, 12/2016, Volume 97, Issue 12, pp. 3414 - 3421
Timing of phenological events varies among years with natural variation in environmental conditions and is also shifting in response to climate change. These... 
dragonfly | tadpole | size–structured interactions | Hyla cinerea | Tramea carolina | synchrony | community assembly | climate change | Climate change | Dragonfly | Tadpole | Community assembly | Size-structured interactions | Synchrony | BODY-SIZE | EXPERIMENTAL POND COMMUNITIES | CLIMATE-CHANGE | PRIORITY | FUNCTIONAL-RESPONSE | PLANT COMMUNITY | ADAPTIVE VALUE | SPECIES INTERACTIONS | COMPETITION | REPRODUCTIVE SYNCHRONY | ECOLOGY | size-structured interactions | Predatory Behavior - physiology | Food Chain | Animals | Larva | Odonata - physiology | Anura - physiology | Population Dynamics | Environmental aspects | Climatic changes | Predation (Biology) | Temporal distribution | Climate | Hatching | Environmental conditions | Complexity | Prey | Ecological effects | Demographics | Predators | Phenology | Predator-prey interactions | Species | Larval development
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