FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W2806205102> ?p ?o ?g. }

• W2806205102 endingPage "618" @default.
• W2806205102 startingPage "608" @default.
• W2806205102 abstract "There is clear evidence that plants use camouflage as a defensive strategy. Plants use many camouflage strategies, hindering predator detection and/or recognition. Plant camouflage exhibits many ecological and evolutionary commonalities with animals. Plant camouflage is a key factor in adaptation to different habitats and population divergence. Various factors constrain and facilitate the evolution of camouflage in plants. Plant camouflage provides a novel testing ground for key questions in ecology and evolution. Camouflage is a key defensive strategy in animals, and it has been used to illustrate and study evolution for 150 years. It is now evident that many camouflage concepts likely also apply to plants, attracting greatly increased attention. Here, we review the hypotheses and evidence for different camouflage strategies used by plants and conceptualise the state of play in plant concealment under a general framework of camouflage theory. In addition, we compare the camouflage strategies used by plants and animals, outline key factors promoting and constraining the evolution of concealment, and highlight the evolutionary and ecological implications of plant camouflage. Ultimately, we show how plant camouflage exhibits many commonalities with animals and how this understudied parallel phenomenon can inform key questions in ecology and evolution. Camouflage is a key defensive strategy in animals, and it has been used to illustrate and study evolution for 150 years. It is now evident that many camouflage concepts likely also apply to plants, attracting greatly increased attention. Here, we review the hypotheses and evidence for different camouflage strategies used by plants and conceptualise the state of play in plant concealment under a general framework of camouflage theory. In addition, we compare the camouflage strategies used by plants and animals, outline key factors promoting and constraining the evolution of concealment, and highlight the evolutionary and ecological implications of plant camouflage. Ultimately, we show how plant camouflage exhibits many commonalities with animals and how this understudied parallel phenomenon can inform key questions in ecology and evolution." @default.
• W2806205102 created "2018-06-13" @default.
• W2806205102 creator A5041207159 @default.
• W2806205102 creator A5063879894 @default.
• W2806205102 creator A5074516400 @default.
• W2806205102 date "2018-08-01" @default.
• W2806205102 modified "2023-09-30" @default.
• W2806205102 title "Plant Camouflage: Ecology, Evolution, and Implications" @default.
• W2806205102 cites W1526415101 @default.
• W2806205102 cites W1533661390 @default.
• W2806205102 cites W1540675182 @default.
• W2806205102 cites W1555121078 @default.
• W2806205102 cites W1570225047 @default.
• W2806205102 cites W1936038014 @default.
• W2806205102 cites W1941052021 @default.
• W2806205102 cites W1968304827 @default.
• W2806205102 cites W1974535511 @default.
• W2806205102 cites W1975147386 @default.
• W2806205102 cites W1980873982 @default.
• W2806205102 cites W1982180325 @default.
• W2806205102 cites W1983531729 @default.
• W2806205102 cites W1986669217 @default.
• W2806205102 cites W1994248473 @default.
• W2806205102 cites W1999215215 @default.
• W2806205102 cites W2001158403 @default.
• W2806205102 cites W2002356938 @default.
• W2806205102 cites W2006099940 @default.
• W2806205102 cites W2006336244 @default.
• W2806205102 cites W2007091631 @default.
• W2806205102 cites W2010923927 @default.
• W2806205102 cites W2012260138 @default.
• W2806205102 cites W2014761775 @default.
• W2806205102 cites W2015041868 @default.
• W2806205102 cites W2022745654 @default.
• W2806205102 cites W2023923130 @default.
• W2806205102 cites W2027067393 @default.
• W2806205102 cites W2045029907 @default.
• W2806205102 cites W2045425159 @default.
• W2806205102 cites W2051587154 @default.
• W2806205102 cites W2060523066 @default.
• W2806205102 cites W2064792425 @default.
• W2806205102 cites W2073198390 @default.
• W2806205102 cites W2087479400 @default.
• W2806205102 cites W2088870100 @default.
• W2806205102 cites W2089503882 @default.
• W2806205102 cites W2102286718 @default.
• W2806205102 cites W2102885261 @default.
• W2806205102 cites W2112156007 @default.
• W2806205102 cites W2118522891 @default.
• W2806205102 cites W2125732494 @default.
• W2806205102 cites W2126067632 @default.
• W2806205102 cites W2126259084 @default.
• W2806205102 cites W2127169316 @default.
• W2806205102 cites W2128181348 @default.
• W2806205102 cites W2131072062 @default.
• W2806205102 cites W2142126336 @default.
• W2806205102 cites W2144353195 @default.
• W2806205102 cites W2145722075 @default.
• W2806205102 cites W2149771477 @default.
• W2806205102 cites W2150516793 @default.
• W2806205102 cites W2150587757 @default.
• W2806205102 cites W2151693535 @default.
• W2806205102 cites W2156084444 @default.
• W2806205102 cites W2160508732 @default.
• W2806205102 cites W2163381978 @default.
• W2806205102 cites W2163529681 @default.
• W2806205102 cites W2163939360 @default.
• W2806205102 cites W2165274429 @default.
• W2806205102 cites W2171473966 @default.
• W2806205102 cites W2181414826 @default.
• W2806205102 cites W2276954446 @default.
• W2806205102 cites W2438280096 @default.
• W2806205102 cites W2511554328 @default.
• W2806205102 cites W2519303797 @default.
• W2806205102 cites W2547226253 @default.
• W2806205102 cites W2560031237 @default.
• W2806205102 cites W2570916748 @default.
• W2806205102 cites W2623398099 @default.
• W2806205102 cites W2729318309 @default.
• W2806205102 cites W2745089499 @default.
• W2806205102 cites W2763927301 @default.
• W2806205102 cites W2790057584 @default.
• W2806205102 cites W2800623305 @default.
• W2806205102 cites W3191249497 @default.
• W2806205102 cites W4301648691 @default.
• W2806205102 cites W82843196 @default.
• W2806205102 doi "https://doi.org/10.1016/j.tree.2018.05.010" @default.
• W2806205102 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/29935941" @default.
• W2806205102 hasPublicationYear "2018" @default.
• W2806205102 type Work @default.
• W2806205102 sameAs 2806205102 @default.
• W2806205102 citedByCount "32" @default.
• W2806205102 countsByYear W28062051022019 @default.
• W2806205102 countsByYear W28062051022020 @default.
• W2806205102 countsByYear W28062051022021 @default.
• W2806205102 countsByYear W28062051022022 @default.
• W2806205102 countsByYear W28062051022023 @default.
• W2806205102 crossrefType "journal-article" @default.

• next