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1. Full Text Plant–herbivore–parasitoid interactions in an experimental freshwater tritrophic system: higher trophic levels modify competitive interactions between invasive macrophytes
by Martin, Grant Douglas and Coetzee, Julie Angela and Compton, Stephen
Hydrobiologia, ISSN 0018-8158, 7/2018, Volume 817, Issue 1, pp. 307 - 318
Natural enemies are known to modify competitive hierarchies among terrestrial plants. Here we examine whether the same applies to freshwater systems.... 
Life Sciences | Competition | Myriophyllum spicatum | Parasitoid | Tritrophic interactions | Zoology | Lagarosiphon major | Freshwater & Marine Ecology | Ecology | Herbivory | Biological control | Insect pests | Parasitoids | Trophic levels | Terrestrial environments | Aquatic plants | Fresh water | Agents | Aquatic habitats | Macrophytes | Tri-trophic interactions | Hierarchies | Insects | Inland water environment | Herbivores | Interactions | System effectiveness | Natural enemies
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2. Full Text Multitrophic interactions below and above ground: en route to the next level
by Nicole M. van Dam and Martin Heil
Journal of Ecology, ISSN 0022-0477, 1/2011, Volume 99, Issue 1, pp. 77 - 88
1. Plants mediate multiple interactions between below-ground (BG) and above-ground (AG) heterotrophic communities that have no direct physical contact. These... 
Plant interaction | Pathogens | Plant roots | Trophic relationships | Plant ecology | Ecology | Herbivores | Plants | Human ecology | Chemical ecology | Special Feature – Essay Review | induced resistance | soil communities | plant–microbe interactions | systemic induction | tritrophic interactions | induced defence | food webs | plant–herbivore interactions | plant–insect interactions | Plant-herbivore interactions | Induced defence | Tritrophic interactions | Plant-microbe interactions | Food webs | Systemic induction | Induced resistance | Plant-insect interactions | Soil communities | plant-microbe interactions | PLANT-MEDIATED INTERACTIONS | EXTRAFLORAL NECTAR | INDUCED VOLATILES | MILKWEED ASCLEPIAS-SYRIACA | PLANT SCIENCES | plant-herbivore interactions | SALICYLIC-ACID | plant-insect interactions | INDUCED RESPONSES | VASCULAR ARCHITECTURE | ECOLOGY | INDUCED SYSTEMIC RESISTANCE | JASMONIC ACID | ROOT HERBIVORY | Metabolites | Drug resistance in microorganisms | Analysis
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3. Full Text Herbivore-induced plant volatiles and tritrophic interactions across spatial scales
by Aartsma, Y.S.Y and Bianchi, F.J.J.A and Werf, van der, W and Poelman, E.H and Dicke, M
New Phytologist, ISSN 0028-646X, 2017, Volume 216, Issue 4, pp. 1054 - 1063
Herbivore-induced plant volatiles (HIPVs) are an important cue used in herbivore location by carnivorous arthropods such as parasitoids. The effects of plant... 
host location by parasitoids | spatial scales | landscape ecology | herbivore‐induced plant volatiles (HIPVs) | volatile mosaic | tritrophic interactions | herbivore-induced plant volatiles (HIPVs) | INSECT HERBIVORES | NONHOST PLANT | PLANT SCIENCES | PIERIS-RAPAE | SPODOPTERA-LITTORALIS | DECISION-MAKING | NATURAL ENEMIES | FORAGING EFFICIENCY | BIOLOGICAL-CONTROL | HABITAT MANAGEMENT | METHYL SALICYLATE | Food Chain | Insecta - physiology | Volatile Organic Compounds | Herbivory | Animals | Host-Parasite Interactions | Parasitoids | Hosts | Carnivores | Turbulent flow | Mixtures | Spatial discrimination | Host location | Allelochemicals | Plumes | Exploitation | Predators | Sustainable agriculture | Arthropods | Ecological monitoring | Species | Agricultural management | Plants (botany) | Turbulence | Composition | Landscape | Pest control | Ecology | Environmental factors | Volatiles | Host-parasite interactions | Herbivores | Interactions | Volatile compounds | Odor | Odour | Review | Research Review | Laboratory of Entomology | Laboratorium voor Entomologie | PE&RC | Crop and Weed Ecology | Leerstoelgroep Farming Systems Ecology | EPS | Farming Systems Ecology
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4. Full Text Parasitic wasp‐associated symbiont affects plant‐mediated species interactions between herbivores
by Cusumano, Antonino and Zhu, Feng and Volkoff, Anne‐Nathalie and Verbaarschot, Patrick and Bloem, Janneke and Vogel, Heiko and Dicke, Marcel and Poelman, Erik H and Chase, Jonathan
Ecology Letters, ISSN 1461-023X, 07/2018, Volume 21, Issue 7, pp. 957 - 967
Microbial mutualistic symbiosis is increasingly recognised as a hidden driving force in the ecology of plant–insect interactions. Although plant‐associated and... 
parasitoid | Herbivore colonisation | polydnaviruses | tritrophic interactions | plant–insect interactions | MANDUCA-SEXTA | INSECT HERBIVORES | VENOM PROTEINS | HOST | COTESIA-CONGREGATA | DEFENSES | plant-insect interactions | NATURAL ENEMIES | ECOLOGY | TRITROPHIC INTERACTION WEBS | ENDOPARASITOID WASPS | POLYDNAVIRUS | Wasps | Symbiosis | Salivary glands | Trophic levels | Viruses | Salivary gland | Herbivory | Symbionts | Ecological effects | Microorganisms | Offspring | Insects | Venom | Host-parasite interactions | Herbivores | Species | Colonization | Life Sciences
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5. Full Text Ecological consequences of interactions between ants and honeydew-producing insects
by John D Styrsky and Micky D Eubanks
Proceedings of the Royal Society B: Biological Sciences, ISSN 0962-8452, 01/2007, Volume 274, Issue 1607, pp. 151 - 164
Interactions between ants and honeydew-producing hemipteran insects are abundant and widespread in arthropod food webs, yet their ecological consequences are... 
Plant interaction | Ants | Insect pests | Trophic relationships | Plant insect relations | Ecology | Insect ecology | Plants | Herbivores | Review | Phytophagous insects | Indirect effects | Tritrophic interactions | Conditionality | Mutualism | Hemipterans | ants | indirect effects | IMPORTED FIRE ANTS | conditionality | REPRODUCTIVE FITNESS | WOOD ANTS | FORMICA-RUFA | hemipterans | MEMBRACID MUTUALISM | tritrophic interactions | INDUCED PLANT-RESPONSES | CONDITIONAL OUTCOMES | BIOLOGY | EXTRAFLORAL NECTARIES | APHID TUBERCULATUS-QUERCICOLA | BIOLOGICAL-CONTROL | mutualism | Symbiosis | Animals | Hemiptera - physiology | Ants - physiology | Plant Physiological Phenomena | Biodiversity | Feeding Behavior - physiology | Hemiptera - metabolism | Bodily Secretions
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6. Full Text Mirid (Hemiptera: Heteroptera) Specialists of Sticky Plants: Adaptations, Interactions, and Ecological Implications
by Wheeler, Alfred G and Krimmel, Billy A
Annual Review of Entomology, ISSN 0066-4170, 1/2015, Volume 60, Issue 1, pp. 393 - 414
Sticky plants-those having glandular trichomes (hairs) that produce adhesive, viscous exudates-can impede the movement of, and entrap, generalist insects.... 
intraguild predation | mutualisms | enemy-free space | omnivory | tritrophic interactions | carnivorous plants | Omnivory | Carnivorous plants | Mutualisms | Tritrophic interactions | Enemy-free space | Intraguild predation | PREDATOR DICYPHUS-HESPERUS | INSECT HERBIVORES | CARNIVOROUS PLANT | DATURA-WRIGHTII | SURFACE-STRUCTURES | ENTOMOLOGY | LYCOPERSICON-ESCULENTUM | DIGESTIVE MUTUALISM | GLANDULAR TRICHOME DENSITY | NATURAL ENEMIES | BIOLOGICAL-CONTROL | Symbiosis | Adaptation, Biological | Food Chain | Heteroptera - physiology | Animals | Plant Physiological Phenomena | Mirids | Zoological research | Research | Health aspects | Insect-plant relationships
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7. Full Text Plant-mediated interactions between whiteflies, herbivores, and natural enemies
by Inbar, Moshe and Gerling, Dan
Annual Review of Entomology, ISSN 0066-4170, 2008, Volume 53, Issue 1, pp. 431 - 448
Whiteflies (Homoptera: Aleyrodidae) comprise tiny phloem-sucking insects. The sessile development of their immatures and their phloem-feeding habits (with... 
Competition | Tritrophic relationships | Induced response | Indirect effects | Insect-plant relationships | indirect effects | LIFE-HISTORY TRAITS | PREDATOR DICYPHUS-HESPERUS | TRIALEURODES-VAPORARIORUM HOMOPTERA | PARASITOID ENCARSIA-FORMOSA | SERANGIUM PARCESETOSUM COLEOPTERA | competition | SQUASH SILVERLEAF DISORDER | POLYPHAGOTARSONEMUS-LATUS ACARI | ENTOMOLOGY | PAECILOMYCES-FUMOSOROSEUS DEUTEROMYCOTINA | insect-plant relationships | induced response | TABACI BIOTYPE-B | BEMISIA-ARGENTIFOLII HOMOPTERA | tritrophic relationships | Plant Leaves - chemistry | Animals | Plant Leaves - parasitology | Hemiptera - physiology | Plants - parasitology | Ecosystem | Plants - virology | Plants - microbiology | Host-Parasite Interactions | Insect Control - methods | Plant Leaves - physiology
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8. Full Text Possible role of weaver ants, Oecophylla smaragdina, in shaping plant-pollinator interactions in South-East Asia
by Miguel A. Rodríguez-Gironés and Francisco G. Gonzálvez and Ana L. Llandres and Richard T. Corlett and Luis Santamaría
Journal of Ecology, ISSN 0022-0477, 7/2013, Volume 101, Issue 4, pp. 1000 - 1006
1. Although theoretical models suggest that ambush predators could have a wide range of ecological and evolutionary effects on plant-pollinator interactions,... 
Insect pollination | Pollinating insects | Predators | Flowers | Plants | Insect ecology | Human ecology | Species | Bees | Plant-animal interactions | Insect behavior | ant–plant interactions | crab spiders | tritrophic interactions | community ecology | ambush predators | determinants of plant community diversity and structure | plant–pollinator interactions | Ambush predators | Determinants of plant community diversity and structure | Ant-plant interactions | Community ecology | Tritrophic interactions | Plant-pollinator interactions | Crab spiders | SYSTEM | BEHAVIOR | SIZE | PREDATORS | BEES | PLANT SCIENCES | DENSITY | EVOLUTION | PREY | ant-plant interactions | ECOLOGY | plant-pollinator interactions | DIVERSITY | FLOWERS | Analysis | Ants
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9. Full Text Plant‐insect interactions: what can we learn from plant lectins?
by Michiels, Katrien and Van Damme, Els JM and Smagghe, Guy
Archives of Insect Biochemistry and Physiology, ISSN 0739-4462, 04/2010, Volume 73, Issue 4, pp. 193 - 212
Many plant lectins have high anti‐insect potential. Although the effects of most lectins are only moderately influencing development or population growth of... 
insecticide effects | tritrophic interactions | feeding behavior | Lepidoptera | binding proteins | carbohydrate specificity | transgenic crops | plant lectin | Hemiptera | glycobiology | Feeding behavior | Glycobiology | Tritrophic interactions | Insecticide effects | Plant lectin | Transgenic crops | Binding proteins | Carbohydrate specificity | GALANTHUS-NIVALIS AGGLUTININ | RIBOSOME-INACTIVATING PROTEIN | PHYSIOLOGY | BIOCHEMISTRY & MOLECULAR BIOLOGY | HIGH-LEVEL RESISTANCE | HESSIAN FLY LARVAE | MIDGUT EPITHELIAL-CELLS | LACANOBIA-OLERACEA LARVAE | ENTOMOLOGY | TRANSGENIC TOBACCO PLANTS |