Hosta

by NG | Mar 16, 2018 | Hosta

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Subcategories

This category has the following 2 subcategories, out of 2 total.

A

Animations of evolutionary ecology‎ (2 F)

V

Videos of evolutionary ecology‎ (95 F)

Media in category "Evolutionary ecology"

The following 60 files are in this category, out of 60 total.

A-Fluorescent-Chromatophore-Changes-the-Level-of-Fluorescence-in-a-Reef-Fish-pone.0037913.g001.jpg 692 × 692; 88 KB
A-Fluorescent-Chromatophore-Changes-the-Level-of-Fluorescence-in-a-Reef-Fish-pone.0037913.g002.jpg 692 × 557; 99 KB
A-Fluorescent-Chromatophore-Changes-the-Level-of-Fluorescence-in-a-Reef-Fish-pone.0037913.g003.jpg 765 × 152; 51 KB
A-Fluorescent-Chromatophore-Changes-the-Level-of-Fluorescence-in-a-Reef-Fish-pone.0037913.g004.jpg 738 × 568; 69 KB
A-Fluorescent-Chromatophore-Changes-the-Level-of-Fluorescence-in-a-Reef-Fish-pone.0037913.g005.jpg 664 × 637; 52 KB
Aggregated distribution of parasites on hosts.svg 1,135 × 936; 17 KB
Bee-Threat-Elicits-Alarm-Call-in-African-Elephants-pone.0010346.s001.ogg 4.5 s; 29 KB
Bee-Threat-Elicits-Alarm-Call-in-African-Elephants-pone.0010346.s002.ogg 4.1 s; 27 KB
Bee-Threat-Elicits-Alarm-Call-in-African-Elephants-pone.0010346.s003.ogg 6.4 s; 40 KB
Common-Avian-Infection-Plagued-the-Tyrant-Dinosaurs-pone.0007288.g002.jpg 2,067 × 1,448; 1.14 MB
Common-Avian-Infection-Plagued-the-Tyrant-Dinosaurs-pone.0007288.g003.jpg 498 × 841; 132 KB
Common-Avian-Infection-Plagued-the-Tyrant-Dinosaurs-pone.0007288.g004.jpg 430 × 324; 102 KB
Early-Triassic-Marine-Biotic-Recovery-The-Predators-Perspective-pone.0088987.g001.jpg 705 × 2,321; 161 KB
Early-Triassic-Marine-Biotic-Recovery-The-Predators-Perspective-pone.0088987.g002.jpg 755 × 669; 147 KB
Early-Triassic-Marine-Biotic-Recovery-The-Predators-Perspective-pone.0088987.g003.jpg 764 × 507; 73 KB
Early-Triassic-Marine-Biotic-Recovery-The-Predators-Perspective-pone.0088987.g004.jpg 686 × 578; 134 KB
Ecological-Changes-in-Coyotes-(Canis-latrans)-in-Response-to-the-Ice-Age-Megafaunal-Extinctions-pone.0116041.g001.jpg 673 × 317; 29 KB
Ecological-Changes-in-Coyotes-(Canis-latrans)-in-Response-to-the-Ice-Age-Megafaunal-Extinctions-pone.0116041.g002.jpg 637 × 526; 51 KB
Ecological-Changes-in-Coyotes-(Canis-latrans)-in-Response-to-the-Ice-Age-Megafaunal-Extinctions-pone.0116041.g003.jpg 662 × 702; 57 KB
Evolution-Insular-Restriction-and-Extinction-of-Oceanic-Land-Crabs-Exemplified-by-the-Loss-of-an-pone.0019916.g001.jpg 630 × 834; 229 KB
Evolution-Insular-Restriction-and-Extinction-of-Oceanic-Land-Crabs-Exemplified-by-the-Loss-of-an-pone.0019916.g002.jpg 629 × 491; 144 KB
Evolution-Insular-Restriction-and-Extinction-of-Oceanic-Land-Crabs-Exemplified-by-the-Loss-of-an-pone.0019916.g003.jpg 555 × 332; 93 KB
Evolution-Insular-Restriction-and-Extinction-of-Oceanic-Land-Crabs-Exemplified-by-the-Loss-of-an-pone.0019916.g004.jpg 448 × 550; 111 KB
Evolution-Insular-Restriction-and-Extinction-of-Oceanic-Land-Crabs-Exemplified-by-the-Loss-of-an-pone.0019916.g005.jpg 518 × 898; 248 KB
Evolution-Insular-Restriction-and-Extinction-of-Oceanic-Land-Crabs-Exemplified-by-the-Loss-of-an-pone.0019916.g006.jpg 435 × 362; 49 KB
Evolution-Insular-Restriction-and-Extinction-of-Oceanic-Land-Crabs-Exemplified-by-the-Loss-of-an-pone.0019916.g007.jpg 560 × 486; 79 KB
Evolution-Insular-Restriction-and-Extinction-of-Oceanic-Land-Crabs-Exemplified-by-the-Loss-of-an-pone.0019916.g008.jpg 493 × 419; 65 KB
Evolution-Insular-Restriction-and-Extinction-of-Oceanic-Land-Crabs-Exemplified-by-the-Loss-of-an-pone.0019916.g009.jpg 541 × 481; 80 KB
Evolution-Insular-Restriction-and-Extinction-of-Oceanic-Land-Crabs-Exemplified-by-the-Loss-of-an-pone.0019916.g010.jpg 531 × 472; 71 KB
Evolution-Insular-Restriction-and-Extinction-of-Oceanic-Land-Crabs-Exemplified-by-the-Loss-of-an-pone.0019916.g011.jpg 473 × 424; 70 KB
Evolution-Insular-Restriction-and-Extinction-of-Oceanic-Land-Crabs-Exemplified-by-the-Loss-of-an-pone.0019916.g013.jpg 584 × 538; 56 KB
Evolution-Insular-Restriction-and-Extinction-of-Oceanic-Land-Crabs-Exemplified-by-the-Loss-of-an-pone.0019916.g014.jpg 431 × 147; 37 KB
Flight-Modes-in-Migrating-European-Bee-Eaters-Heart-Rate-May-Indicate-Low-Metabolic-Rate-during-pone.0013956.s001.ogg 24 s; 203 KB
Flight-Modes-in-Migrating-European-Bee-Eaters-Heart-Rate-May-Indicate-Low-Metabolic-Rate-during-pone.0013956.s002.ogg 24 s; 210 KB
Identification-Classification-and-Growth-of-Moa-Chicks-(Aves-Dinornithiformes)-from-the-Genus-pone.0099929.g001.jpg 626 × 855; 105 KB
Identification-Classification-and-Growth-of-Moa-Chicks-(Aves-Dinornithiformes)-from-the-Genus-pone.0099929.g003.jpg 716 × 520; 50 KB
Identification-Classification-and-Growth-of-Moa-Chicks-(Aves-Dinornithiformes)-from-the-Genus-pone.0099929.g004.jpg 701 × 633; 48 KB
Identification-Classification-and-Growth-of-Moa-Chicks-(Aves-Dinornithiformes)-from-the-Genus-pone.0099929.g005.jpg 786 × 713; 61 KB
Niche construction in evolutionary time.svg 632 × 511; 103 KB
Prof Spiegelhalter-Venice Architecture Biennale ECC 2023 2.jpg 2,516 × 3,221; 9.66 MB
Rapid-Acoustic-Survey-for-Biodiversity-Appraisal-pone.0004065.s013.ogg 4.0 s; 66 KB
Rapid-Acoustic-Survey-for-Biodiversity-Appraisal-pone.0004065.s014.ogg 15 s; 144 KB
Rapid-Acoustic-Survey-for-Biodiversity-Appraisal-pone.0004065.s015.ogg 15 s; 134 KB
Rapid-Acoustic-Survey-for-Biodiversity-Appraisal-pone.0004065.s016.ogg 15 s; 133 KB
Rapid-Acoustic-Survey-for-Biodiversity-Appraisal-pone.0004065.s017.ogg 15 s; 131 KB
Rapid-Acoustic-Survey-for-Biodiversity-Appraisal-pone.0004065.s018.ogg 15 s; 132 KB
Rapid-Acoustic-Survey-for-Biodiversity-Appraisal-pone.0004065.s019.ogg 15 s; 134 KB
Self-Drying-A-Geckos-Innate-Ability-to-Remove-Water-from-Wet-Toe-Pads-pone.0101885.g002.jpg 745 × 502; 44 KB
Self-Drying-A-Geckos-Innate-Ability-to-Remove-Water-from-Wet-Toe-Pads-pone.0101885.g003.jpg 688 × 230; 24 KB
Self-Drying-A-Geckos-Innate-Ability-to-Remove-Water-from-Wet-Toe-Pads-pone.0101885.g005.jpg 652 × 482; 35 KB
The-Island-Rule-and-Deep-Sea-Gastropods-Re-Examining-the-Evidence-pone.0008776.g001.jpg 403 × 677; 73 KB
The-Island-Rule-and-Deep-Sea-Gastropods-Re-Examining-the-Evidence-pone.0008776.g002.jpg 436 × 1,048; 106 KB
Variation-in-Butterfly-Larval-Acoustics-as-a-Strategy-to-Infiltrate-and-Exploit-Host-Ant-Colony-pone.0094341.s004.oga 2.0 s; 19 KB
Variation-in-Butterfly-Larval-Acoustics-as-a-Strategy-to-Infiltrate-and-Exploit-Host-Ant-Colony-pone.0094341.s005.oga 2.0 s; 19 KB
Variation-in-Butterfly-Larval-Acoustics-as-a-Strategy-to-Infiltrate-and-Exploit-Host-Ant-Colony-pone.0094341.s006.oga 2.0 s; 19 KB
Variation-in-Butterfly-Larval-Acoustics-as-a-Strategy-to-Infiltrate-and-Exploit-Host-Ant-Colony-pone.0094341.s007.oga 2.0 s; 19 KB
Variation-in-Butterfly-Larval-Acoustics-as-a-Strategy-to-Infiltrate-and-Exploit-Host-Ant-Colony-pone.0094341.s008.oga 2.0 s; 23 KB
Variation-in-Butterfly-Larval-Acoustics-as-a-Strategy-to-Infiltrate-and-Exploit-Host-Ant-Colony-pone.0094341.s009.oga 2.0 s; 22 KB
Versatile-Aggressive-Mimicry-of-Cicadas-by-an-Australian-Predatory-Katydid-pone.0004185.s004.ogg 20 s; 203 KB
Versatile-Aggressive-Mimicry-of-Cicadas-by-an-Australian-Predatory-Katydid-pone.0004185.s005.ogg 25 s; 228 KB

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