Category:Community ecology

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Податотеки во категоријата „Community ecology“

Прикажани се 115 од вкупно 115 податотеки во категоријата.

• A-Novel-Type-of-Nutritional-Ant-Plant-Interaction-Ant-Partners-of-Carnivorous-Pitcher-Plants-pone.0063556.s001.ogv 1 м 21 с, 720 × 576; 7,71 МБ
  
• A-Novel-Type-of-Nutritional-Ant-Plant-Interaction-Ant-Partners-of-Carnivorous-Pitcher-Plants-pone.0063556.s002.ogv 51 с, 720 × 576; 18,02 МБ
  
• An-Open-Source-Simulation-Model-for-Soil-and-Sediment-Bioturbation-pone.0028028.s005.ogv 12 с, 848 × 480; 285 КБ
  
• Ancient-Ephemeroptera-Collembola-Symbiosis-Fossilized-in-Amber-Predicts-Contemporary-Phoretic-pone.0047651.s001.ogv 1 м 59 с, 1.280 × 720; 35,98 МБ
  
• Animal-Borne-Imaging-Reveals-Novel-Insights-into-the-Foraging-Behaviors-and-Diel-Activity-of-a-pone.0083953.s004.ogv 20 с, 640 × 480; 1,99 МБ
  
• Animal-Borne-Imaging-Reveals-Novel-Insights-into-the-Foraging-Behaviors-and-Diel-Activity-of-a-pone.0083953.s005.ogv 24 с, 640 × 480; 11,99 МБ
  
• Ants-Use-Partner-Specific-Odors-to-Learn-to-Recognize-a-Mutualistic-Partner-pone.0086054.s006.ogv 1 м 13 с, 720 × 480; 3,46 МБ
  
• Ants-Use-Partner-Specific-Odors-to-Learn-to-Recognize-a-Mutualistic-Partner-pone.0086054.s007.ogv 1 м 13 с, 720 × 480; 6,42 МБ
  
• Catastrophic-Collapse-Can-Occur-without-Early-Warning-Examples-of-Silent-Catastrophes-in-Structured-pone.0062033.s001.ogv 24 с, 850 × 650; 4,97 МБ
  
• Catastrophic-Collapse-Can-Occur-without-Early-Warning-Examples-of-Silent-Catastrophes-in-Structured-pone.0062033.s002.ogv 24 с, 850 × 650; 5,22 МБ
  
• Characterization-of-Atlantic-Cod-Spawning-Habitat-and-Behavior-in-Icelandic-Coastal-Waters-pone.0051321.s001.ogv 2 м 7 с, 320 × 240; 3,03 МБ
  
• Cheetah-Reunion-–-The-Challenge-of-Finding-Your-Friends-Again-pone.0166864.s001.ogv 10 м 15 с, 898 × 800; 15,68 МБ
  
• Cheetah-Reunion-–-The-Challenge-of-Finding-Your-Friends-Again-pone.0166864.s002.ogv 13 с, 898 × 898; 307 КБ
  
• Chemical-Tools-of-Octopus-maya-during-Crab-Predation-Are-Also-Active-on-Conspecifics-pone.0148922.s008.ogv 12 с, 640 × 480; 3,32 МБ
  
• Chemical-Tools-of-Octopus-maya-during-Crab-Predation-Are-Also-Active-on-Conspecifics-pone.0148922.s009.ogv 1 м 24 с, 320 × 240; 3,76 МБ
  
• Chemical-Tools-of-Octopus-maya-during-Crab-Predation-Are-Also-Active-on-Conspecifics-pone.0148922.s010.ogv 34 с, 625 × 480; 4,32 МБ
  
• Chemical-Tools-of-Octopus-maya-during-Crab-Predation-Are-Also-Active-on-Conspecifics-pone.0148922.s011.ogv 1 м 1 с, 320 × 240; 3,21 МБ
  
• Chemical-Tools-of-Octopus-maya-during-Crab-Predation-Are-Also-Active-on-Conspecifics-pone.0148922.s012.ogv 1 м 46 с, 320 × 240; 5,75 МБ
  
• Chemical-Tools-of-Octopus-maya-during-Crab-Predation-Are-Also-Active-on-Conspecifics-pone.0148922.s013.ogv 40 с, 625 × 480; 5,48 МБ
  
• Chemical-Tools-of-Octopus-maya-during-Crab-Predation-Are-Also-Active-on-Conspecifics-pone.0148922.s014.ogv 19 с, 625 × 480; 3 МБ
  
• 
  Cyberdiversity-Improving-the-Informatic-Value-of-Diverse-Tropical-Arthropod-Inventories-pone.0115750.g001.jpg 790 × 492; 135 КБ
  
• 
  Cyberdiversity-Improving-the-Informatic-Value-of-Diverse-Tropical-Arthropod-Inventories-pone.0115750.g002.jpg 668 × 899; 134 КБ
  
• 
  Cyberdiversity-Improving-the-Informatic-Value-of-Diverse-Tropical-Arthropod-Inventories-pone.0115750.g003.jpg 717 × 688; 153 КБ
  
• 
  Cyberdiversity-Improving-the-Informatic-Value-of-Diverse-Tropical-Arthropod-Inventories-pone.0115750.g004.jpg 689 × 231; 37 КБ
  
• 
  Cyberdiversity-Improving-the-Informatic-Value-of-Diverse-Tropical-Arthropod-Inventories-pone.0115750.g005.jpg 784 × 754; 60 КБ
  
• 
  Cyberdiversity-Improving-the-Informatic-Value-of-Diverse-Tropical-Arthropod-Inventories-pone.0115750.g006.jpg 640 × 1.422; 73 КБ
  
• Decrease-of-Population-Divergence-in-Eurasian-Perch-(Perca-fluviatilis)-in-Browning-Waters-Role-of-pone.0162470.s002.ogv 38 с, 2.000 × 1.300; 11,36 МБ
  
• Differences-in-Cellular-Immune-Competence-Explain-Parasitoid-Resistance-for-Two-Coleopteran-Species-pone.0108795.s006.ogv 9,8 с, 640 × 480; 818 КБ
  
• Diversity-Ecology-and-Biogeochemistry-of-Cyst-Forming-Acantharia-(Radiolaria)-in-the-Oceans-pone.0053598.s006.ogv 1 м 26 с, 640 × 480; 1,47 МБ
  
• Entomophytophagy-(Sequential-Predatory-then-Phytophagous-Behaviour)-in-an-Indian-Braconid-pone.0156997.s001.ogv 1 м 15 с, 1.280 × 720; 44,53 МБ
  
• Evolution-of-Collective-Behaviour-in-an-Artificial-World-Using-Linguistic-Fuzzy-Rule-Based-Systems-pone.0168876.s002.ogv 1 м 30 с, 854 × 480; 14,29 МБ
  
• Evolution-of-Collective-Behaviour-in-an-Artificial-World-Using-Linguistic-Fuzzy-Rule-Based-Systems-pone.0168876.s003.ogv 1 м 30 с, 854 × 480; 13,39 МБ
  
• Evolution-of-Collective-Behaviour-in-an-Artificial-World-Using-Linguistic-Fuzzy-Rule-Based-Systems-pone.0168876.s004.ogv 1 м 30 с, 854 × 480; 11,75 МБ
  
• Evolution-of-Collective-Behaviour-in-an-Artificial-World-Using-Linguistic-Fuzzy-Rule-Based-Systems-pone.0168876.s005.ogv 1 м 30 с, 854 × 480; 10,75 МБ
  
• Evolution-of-Collective-Behaviour-in-an-Artificial-World-Using-Linguistic-Fuzzy-Rule-Based-Systems-pone.0168876.s006.ogv 1 м 30 с, 854 × 480; 10,06 МБ
  
• Evolution-of-Collective-Behaviour-in-an-Artificial-World-Using-Linguistic-Fuzzy-Rule-Based-Systems-pone.0168876.s007.ogv 1 м 30 с, 1.706 × 960; 47,69 МБ
  
• Feeding-Behavior-of-Subadult-Sixgill-Sharks-(Hexanchus-griseus)-at-a-Bait-Station-pone.0156730.s002.ogv 1 м 58 с, 720 × 480; 25,44 МБ
  
• Feeding-Behavior-of-Subadult-Sixgill-Sharks-(Hexanchus-griseus)-at-a-Bait-Station-pone.0156730.s003.ogv 33 с, 720 × 480; 13,07 МБ
  
• Feeding-Behavior-of-Subadult-Sixgill-Sharks-(Hexanchus-griseus)-at-a-Bait-Station-pone.0156730.s004.ogv 50 с, 641 × 484; 21,87 МБ
  
• Feeding-Behavior-of-Subadult-Sixgill-Sharks-(Hexanchus-griseus)-at-a-Bait-Station-pone.0156730.s005.ogv 1 м 0 с, 641 × 484; 21,57 МБ
  
• Feeding-Behavior-of-Subadult-Sixgill-Sharks-(Hexanchus-griseus)-at-a-Bait-Station-pone.0156730.s006.ogv 19 с, 720 × 480; 1,5 МБ
  
• How-Does-a-Carnivore-Guild-Utilise-a-Substantial-but-Unpredictable-Anthropogenic-Food-Source-pone.0097937.s002.ogv 31 с, 640 × 480; 15,95 МБ
  
• How-Does-a-Carnivore-Guild-Utilise-a-Substantial-but-Unpredictable-Anthropogenic-Food-Source-pone.0097937.s004.ogv 31 с, 640 × 480; 7,64 МБ
  
• Human-Perception-of-Fear-in-Dogs-Varies-According-to-Experience-with-Dogs-pone.0051775.s003.ogv 5,0 с, 640 × 480; 393 КБ
  
• Human-Perception-of-Fear-in-Dogs-Varies-According-to-Experience-with-Dogs-pone.0051775.s004.ogv 19 с, 640 × 480; 3,36 МБ
  
• Influence-of-Group-Size-on-the-Success-of-Wolves-Hunting-Bison-pone.0112884.s002.ogv 3 м 5 с, 320 × 240; 12,13 МБ
  
• Jellyfish-as-Prey-Frequency-of-Predation-and-Selective-Foraging-of-Boops-boops-(Vertebrata-pone.0094600.s001.ogv 26 с, 960 × 720; 3,37 МБ
  
• Jellyfish-as-Prey-Frequency-of-Predation-and-Selective-Foraging-of-Boops-boops-(Vertebrata-pone.0094600.s002.ogv 18 с, 960 × 720; 3,77 МБ
  
• Jellyfish-as-Prey-Frequency-of-Predation-and-Selective-Foraging-of-Boops-boops-(Vertebrata-pone.0094600.s003.ogv 22 с, 720 × 480; 3,61 МБ
  
• 
  Kerpiu gniuzulai.jpg 262 × 220; 12 КБ
  
• Long-Term-Disease-Dynamics-for-a-Specialized-Parasite-of-Ant-Societies-A-Field-Study-pone.0103516.s005.ogv 45 с, 992 × 592; 20,69 МБ
  
• Loss-of-C9orf72-Enhances-Autophagic-Activity-via-Deregulated-mTOR-and-TFEB-Signaling-pgen.1006443.s011.ogv 29 с, 640 × 360; 3,02 МБ
  
• Noise-Pollution-Filters-Bird-Communities-Based-on-Vocal-Frequency-pone.0027052.s001.ogg 15 с; 121 КБ
  
• Noise-Pollution-Filters-Bird-Communities-Based-on-Vocal-Frequency-pone.0027052.s002.ogg 15 с; 126 КБ
  
• Place-Based-Attributes-Predict-Community-Membership-in-a-Mobile-Phone-Communication-Network-pone.0056057.s002.ogv 2 м 56 с, 1.920 × 1.080; 32,75 МБ
  
• Prey-Capture-and-Phagocytosis-in-the-Choanoflagellate-Salpingoeca-rosetta-pone.0095577.s003.ogv 46 с, 320 × 608; 7,47 МБ
  
• Prey-Capture-and-Phagocytosis-in-the-Choanoflagellate-Salpingoeca-rosetta-pone.0095577.s004.ogv 10 с, 192 × 288; 107 КБ
  
• Prey-Capture-and-Phagocytosis-in-the-Choanoflagellate-Salpingoeca-rosetta-pone.0095577.s005.ogv 7,2 с, 800 × 352; 2,45 МБ
  
• Quantification-of-Massive-Seasonal-Aggregations-of-Blacktip-Sharks-(Carcharhinus-limbatus)-in-pone.0150911.s001.ogv 34 с, 1.280 × 720; 13,67 МБ
  
• Rhodolith-Beds-Are-Major-CaCO3-Bio-Factories-in-the-Tropical-South-West-Atlantic-pone.0035171.s001.ogv 1 м 2 с, 640 × 480; 17,16 МБ
  
• Rhythms-and-Community-Dynamics-of-a-Hydrothermal-Tubeworm-Assemblage-at-Main-Endeavour-Field---A-pone.0096924.s004.ogv 22 с, 426 × 240; 780 КБ
  
• Species-Specific-Traits-plus-Stabilizing-Processes-Best-Explain-Coexistence-in-Biodiverse-Fire-pone.0065084.s004.ogv 25 с, 480 × 480; 363 КБ
  
• Species-Specific-Traits-plus-Stabilizing-Processes-Best-Explain-Coexistence-in-Biodiverse-Fire-pone.0065084.s005.ogv 25 с, 480 × 480; 659 КБ
  
• Speeding-Up-Social-Waves.-Propagation-Mechanisms-of-Shimmering-in-Giant-Honeybees-pone.0086315.s002.ogv 2,0 с, 1.917 × 826; 12,67 МБ
  
• Speeding-Up-Social-Waves.-Propagation-Mechanisms-of-Shimmering-in-Giant-Honeybees-pone.0086315.s003.ogv 2,0 с, 1.916 × 770; 7,73 МБ
  
• Speeding-Up-Social-Waves.-Propagation-Mechanisms-of-Shimmering-in-Giant-Honeybees-pone.0086315.s004.ogv 4,7 с, 1.917 × 826; 12,67 МБ
  
• Speeding-Up-Social-Waves.-Propagation-Mechanisms-of-Shimmering-in-Giant-Honeybees-pone.0086315.s005.ogv 4,7 с, 1.916 × 770; 7,73 МБ
  
• Speeding-Up-Social-Waves.-Propagation-Mechanisms-of-Shimmering-in-Giant-Honeybees-pone.0086315.s006.ogv 9,9 с, 1.917 × 826; 12,71 МБ
  
• Speeding-Up-Social-Waves.-Propagation-Mechanisms-of-Shimmering-in-Giant-Honeybees-pone.0086315.s007.ogv 9,8 с, 1.916 × 770; 7,73 МБ
  
• Stability-of-Multispecies-Bacterial-Communities-Signaling-Networks-May-Stabilize-Microbiomes-pone.0057947.s002.ogv 16 с, 150 × 572; 1,04 МБ
  
• Stability-of-Multispecies-Bacterial-Communities-Signaling-Networks-May-Stabilize-Microbiomes-pone.0057947.s003.ogv 16 с, 150 × 572; 1,36 МБ
  
• Stability-of-Multispecies-Bacterial-Communities-Signaling-Networks-May-Stabilize-Microbiomes-pone.0057947.s004.ogv 17 с, 150 × 572; 1,24 МБ
  
• Stability-of-Multispecies-Bacterial-Communities-Signaling-Networks-May-Stabilize-Microbiomes-pone.0057947.s005.ogv 17 с, 150 × 572; 1,21 МБ
  
• Stability-of-Multispecies-Bacterial-Communities-Signaling-Networks-May-Stabilize-Microbiomes-pone.0057947.s006.ogv 11 с, 156 × 572; 1.023 КБ
  
• Stability-of-Multispecies-Bacterial-Communities-Signaling-Networks-May-Stabilize-Microbiomes-pone.0057947.s007.ogv 16 с, 156 × 572; 2,25 МБ
  
• Stability-of-Multispecies-Bacterial-Communities-Signaling-Networks-May-Stabilize-Microbiomes-pone.0057947.s008.ogv 21 с, 156 × 572; 1,11 МБ
  
• Stability-of-Multispecies-Bacterial-Communities-Signaling-Networks-May-Stabilize-Microbiomes-pone.0057947.s009.ogv 5,3 с, 156 × 572; 232 КБ
  
• Stability-of-Multispecies-Bacterial-Communities-Signaling-Networks-May-Stabilize-Microbiomes-pone.0057947.s010.ogv 13 с, 156 × 572; 798 КБ
  
• Stomatal-Dimorphism-of-Neodiplogaster-acaloleptae-(Diplogastromorpha-Diplogastridae)-pone.0155715.s003.ogv 25 с, 1.280 × 720; 8,32 МБ
  
• Stomatal-Dimorphism-of-Neodiplogaster-acaloleptae-(Diplogastromorpha-Diplogastridae)-pone.0155715.s004.ogv 23 с, 1.280 × 720; 3,18 МБ
  
• Stomatal-Dimorphism-of-Neodiplogaster-acaloleptae-(Diplogastromorpha-Diplogastridae)-pone.0155715.s005.ogv 1 м 0 с, 854 × 480; 7,39 МБ
  
• Structural-Evidence-in-Plectroniella-armata-(Rubiaceae)-for-Possible-Material-Exchange-between-pone.0039984.s001.ogv 7,8 с, 640 × 480; 96 КБ
  
• Synchrotron-Reveals-Early-Triassic-Odd-Couple-Injured-Amphibian-and-Aestivating-Therapsid-Share-pone.0064978.s001.ogv 20 с, 1.024 × 768; 11,78 МБ
  
• Temperature-Specific-Competition-between-Invasive-Mosquitofish-and-an-Endangered-Cyprinodontid-Fish-pone.0054734.s001.ogv 1 м 10 с, 1.024 × 576; 4,47 МБ
  
• Temperature-Specific-Competition-between-Invasive-Mosquitofish-and-an-Endangered-Cyprinodontid-Fish-pone.0054734.s002.ogv 1 м 13 с, 1.024 × 576; 4,07 МБ
  
• The-Effect-of-Exploration-on-the-Use-of-Producer-Scrounger-Tactics-pone.0049400.s001.ogv 3 м 30 с, 1.280 × 490; 96,13 МБ
  
• The-Role-of-Colony-Size-on-Tunnel-Branching-Morphogenesis-in-Ant-Nests-pone.0109436.s008.ogv 10 с, 320 × 240; 3,03 МБ
  
• The-Role-of-Colony-Size-on-Tunnel-Branching-Morphogenesis-in-Ant-Nests-pone.0109436.s009.ogv 1,8 с, 800 × 800; 21 КБ
  
• The-Role-of-Colony-Size-on-Tunnel-Branching-Morphogenesis-in-Ant-Nests-pone.0109436.s010.ogv 1,8 с, 800 × 800; 107 КБ
  
• The-Role-of-Colony-Size-on-Tunnel-Branching-Morphogenesis-in-Ant-Nests-pone.0109436.s011.ogv 1,8 с, 800 × 800; 277 КБ
  
• The-Role-of-Colony-Size-on-Tunnel-Branching-Morphogenesis-in-Ant-Nests-pone.0109436.s012.ogv 2,8 с, 800 × 800; 734 КБ
  
• The-Role-of-Turtles-as-Coral-Reef-Macroherbivores-pone.0039979.s001.ogv 1 м 15 с, 480 × 272; 6,82 МБ
  
• The-Role-of-Turtles-as-Coral-Reef-Macroherbivores-pone.0039979.s002.ogv 1 м 0 с, 480 × 272; 3,05 МБ
  
• The-Role-of-Turtles-as-Coral-Reef-Macroherbivores-pone.0039979.s003.ogv 27 с, 480 × 272; 941 КБ
  
• The-Spatial-Dynamics-of-Predators-and-the-Benefits-and-Costs-of-Sharing-Information-pcbi.1005147.s002.ogv 21 с, 500 × 500; 288 КБ
  
• The-Spatial-Dynamics-of-Predators-and-the-Benefits-and-Costs-of-Sharing-Information-pcbi.1005147.s003.ogv 21 с, 500 × 500; 460 КБ
  
• The-Spatial-Dynamics-of-Predators-and-the-Benefits-and-Costs-of-Sharing-Information-pcbi.1005147.s004.ogv 21 с, 500 × 500; 399 КБ
  
• The-Spatial-Dynamics-of-Predators-and-the-Benefits-and-Costs-of-Sharing-Information-pcbi.1005147.s005.ogv 21 с, 500 × 500; 385 КБ
  
• The-Spatial-Dynamics-of-Predators-and-the-Benefits-and-Costs-of-Sharing-Information-pcbi.1005147.s006.ogv 21 с, 500 × 500; 650 КБ
  
• The-Spatial-Dynamics-of-Predators-and-the-Benefits-and-Costs-of-Sharing-Information-pcbi.1005147.s007.ogv 21 с, 500 × 500; 1,26 МБ
  
• The-Spatial-Dynamics-of-Predators-and-the-Benefits-and-Costs-of-Sharing-Information-pcbi.1005147.s008.ogv 21 с, 500 × 500; 839 КБ
  
• Thresher-Sharks-Use-Tail-Slaps-as-a-Hunting-Strategy-pone.0067380.s001.ogv 28 с, 480 × 272; 841 КБ
  
• Thresher-Sharks-Use-Tail-Slaps-as-a-Hunting-Strategy-pone.0067380.s002.ogv 11 с, 480 × 272; 223 КБ
  
• Thresher-Sharks-Use-Tail-Slaps-as-a-Hunting-Strategy-pone.0067380.s003.ogv 5,1 с, 480 × 272; 168 КБ
  
• Thresher-Sharks-Use-Tail-Slaps-as-a-Hunting-Strategy-pone.0067380.s004.ogv 2,7 с, 480 × 272; 255 КБ
  
• To-Cooperate-or-Not-to-Cooperate-Why-Behavioural-Mechanisms-Matter-pcbi.1004886.s004.ogv 32 с, 1.600 × 800; 6,02 МБ
  
• Ultra-Rapid-Vision-in-Birds-pone.0151099.s002.ogv 1 м 8 с, 640 × 360; 1,81 МБ
  
• Under-the-Skin-of-a-Lion-Unique-Evidence-of-Upper-Paleolithic-Exploitation-and-Use-of-Cave-Lion-pone.0163591.s003.ogv 52 с, 640 × 480; 17,46 МБ
  
• Vampire-Bats-and-Rabies-Toward-an-Ecological-Solution-to-a-Public-Health-Problem-pntd.0002867.s001.ogv 53 с, 720 × 480; 14,73 МБ
  
• Variation-in-Butterfly-Larval-Acoustics-as-a-Strategy-to-Infiltrate-and-Exploit-Host-Ant-Colony-pone.0094341.s004.oga 2,0 с; 19 КБ
  
• Variation-in-Butterfly-Larval-Acoustics-as-a-Strategy-to-Infiltrate-and-Exploit-Host-Ant-Colony-pone.0094341.s005.oga 2,0 с; 19 КБ
  
• Variation-in-Butterfly-Larval-Acoustics-as-a-Strategy-to-Infiltrate-and-Exploit-Host-Ant-Colony-pone.0094341.s006.oga 2,0 с; 19 КБ
  
• Variation-in-Butterfly-Larval-Acoustics-as-a-Strategy-to-Infiltrate-and-Exploit-Host-Ant-Colony-pone.0094341.s007.oga 2,0 с; 19 КБ
  
• Variation-in-Butterfly-Larval-Acoustics-as-a-Strategy-to-Infiltrate-and-Exploit-Host-Ant-Colony-pone.0094341.s008.oga 2,0 с; 23 КБ
  
• Variation-in-Butterfly-Larval-Acoustics-as-a-Strategy-to-Infiltrate-and-Exploit-Host-Ant-Colony-pone.0094341.s009.oga 2,0 с; 22 КБ