FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W2149655082> ?p ?o ?g. }

• W2149655082 endingPage "2525" @default.
• W2149655082 startingPage "2513" @default.
• W2149655082 abstract "A widely cited hypothesis in ecology is that species-rich communities are less vulnerable to invasion than species-poor ones, owing to competition for limiting resources (the biotic resistance model). However, evidence for biotic resistance in aquatic ecosystems is equivocal. Contrary to the view that communities become more resistant to invasion as they accumulate species, the rate of invasion has increased over the past century in areas that have received frequent shipping traffic. Furthermore, introduced species may facilitate, rather than compete with, one another. A review of invasions in the Great Lakes indicates that direct positive (mutualistic and commensal) interactions among introduced species are more common than purely negative (competitive and amensal) interactions. In addition, many exploitative (e.g., predator–prey) interactions appear to be strongly asymmetric in benefiting one invading species at a negligible cost to another. These observations, combined with an increasing invasion rate in the Great Lakes, tentatively support the Simberloff – Von Holle invasional meltdown model. The model posits that ecosystems become more easily invaded as the cumulative number of species introductions increases, and that facilitative interactions can exacerbate the impact of invaders. It provides a theoretical argument for substantially reducing the rate of species introductions to the Great Lakes." @default.
• W2149655082 created "2016-06-24" @default.
• W2149655082 creator A5048500395 @default.
• W2149655082 date "2001-12-01" @default.
• W2149655082 modified "2023-10-17" @default.
• W2149655082 title "Facilitative interactions among aquatic invaders: is an invasional meltdown occurring in the Great Lakes?" @default.
• W2149655082 cites W138894219 @default.
• W2149655082 cites W1966312704 @default.
• W2149655082 cites W1972456615 @default.
• W2149655082 cites W1974254091 @default.
• W2149655082 cites W1976085225 @default.
• W2149655082 cites W1977925212 @default.
• W2149655082 cites W1978321495 @default.
• W2149655082 cites W1978613925 @default.
• W2149655082 cites W1978845972 @default.
• W2149655082 cites W1980836960 @default.
• W2149655082 cites W1980963792 @default.
• W2149655082 cites W1983909477 @default.
• W2149655082 cites W1984361008 @default.
• W2149655082 cites W1986434899 @default.
• W2149655082 cites W1989993063 @default.
• W2149655082 cites W1993638832 @default.
• W2149655082 cites W1996517272 @default.
• W2149655082 cites W2000403615 @default.
• W2149655082 cites W2001220695 @default.
• W2149655082 cites W2003544606 @default.
• W2149655082 cites W2010046206 @default.
• W2149655082 cites W2011424996 @default.
• W2149655082 cites W2012753457 @default.
• W2149655082 cites W2019455626 @default.
• W2149655082 cites W2024474989 @default.
• W2149655082 cites W2029428898 @default.
• W2149655082 cites W2030082888 @default.
• W2149655082 cites W2030841665 @default.
• W2149655082 cites W2034256775 @default.
• W2149655082 cites W2037900000 @default.
• W2149655082 cites W2042864247 @default.
• W2149655082 cites W2043239398 @default.
• W2149655082 cites W2044719971 @default.
• W2149655082 cites W2048414621 @default.
• W2149655082 cites W2051025410 @default.
• W2149655082 cites W2052802279 @default.
• W2149655082 cites W2054824011 @default.
• W2149655082 cites W2055793243 @default.
• W2149655082 cites W2056981273 @default.
• W2149655082 cites W2058321026 @default.
• W2149655082 cites W2060518476 @default.
• W2149655082 cites W2064189469 @default.
• W2149655082 cites W2064457631 @default.
• W2149655082 cites W2065105424 @default.
• W2149655082 cites W2070666773 @default.
• W2149655082 cites W2075011652 @default.
• W2149655082 cites W2079390658 @default.
• W2149655082 cites W2079638947 @default.
• W2149655082 cites W2085854873 @default.
• W2149655082 cites W2086245551 @default.
• W2149655082 cites W2086848743 @default.
• W2149655082 cites W2089803011 @default.
• W2149655082 cites W2094379970 @default.
• W2149655082 cites W2100271325 @default.
• W2149655082 cites W2105022406 @default.
• W2149655082 cites W2112091285 @default.
• W2149655082 cites W2125665437 @default.
• W2149655082 cites W2126811065 @default.
• W2149655082 cites W2127917562 @default.
• W2149655082 cites W2129510040 @default.
• W2149655082 cites W2131328455 @default.
• W2149655082 cites W2131377030 @default.
• W2149655082 cites W2133688117 @default.
• W2149655082 cites W2138104605 @default.
• W2149655082 cites W2139206081 @default.
• W2149655082 cites W2150594945 @default.
• W2149655082 cites W2164176186 @default.
• W2149655082 cites W2168328952 @default.
• W2149655082 cites W2169410926 @default.
• W2149655082 cites W2332438461 @default.
• W2149655082 cites W2333761475 @default.
• W2149655082 cites W2485107691 @default.
• W2149655082 cites W2544209539 @default.
• W2149655082 cites W3151788841 @default.
• W2149655082 cites W369655379 @default.
• W2149655082 cites W4232131478 @default.
• W2149655082 cites W4253052525 @default.
• W2149655082 doi "https://doi.org/10.1139/f01-178" @default.
• W2149655082 hasPublicationYear "2001" @default.
• W2149655082 type Work @default.
• W2149655082 sameAs 2149655082 @default.
• W2149655082 citedByCount "408" @default.
• W2149655082 countsByYear W21496550822012 @default.
• W2149655082 countsByYear W21496550822013 @default.
• W2149655082 countsByYear W21496550822014 @default.
• W2149655082 countsByYear W21496550822015 @default.
• W2149655082 countsByYear W21496550822016 @default.
• W2149655082 countsByYear W21496550822017 @default.
• W2149655082 countsByYear W21496550822018 @default.
• W2149655082 countsByYear W21496550822019 @default.
• W2149655082 countsByYear W21496550822020 @default.
• W2149655082 countsByYear W21496550822021 @default.

• next