FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W1921950071> ?p ?o ?g. }

• W1921950071 endingPage "706" @default.
• W1921950071 startingPage "686" @default.
• W1921950071 abstract "Natural flow regimes are important for sustaining riverine vegetation. The regulation of river flows to provide water for agriculture often results in changes to flow timing. This study assesses the impact of altered seasonal flow patterns on riverine flora. Within temperate Australia, we surveyed the vegetation of five lowland rivers, three of which have large dams that alter their seasonal flow patterns; the other two are unregulated. From four to six sites were selected on each river, and these were classified into three levels of regulation based on the extent to which the timing of their seasonal flow patterns were altered. Sites were surveyed in winter and the following summer. Permanent quadrats were also established at a number of the surveyed sites and resurveyed every 3 months. Of the 267 plant taxa identified, 145 were exotic (non-native). More exotic taxa and fewer native taxa were associated with increasing level of seasonal flow inversion (regulation). In particular, greater numbers of short-lived exotic terrestrial taxa and fewer native woody taxa were associated with increasing level of regulation. Some exotic woody species (e.g. willows) were more common in the unregulated rivers and may have life-history traits favoured by the natural seasonal flow patterns of study area. Multivariate analyses showed that level of regulation had a significant effect on the overall composition of the riverine vegetation. Our results provide support for the hypotheses that flow regulation adversely affects native species diversity and increases the vulnerability of riparian zones to invasion by exotic species; however, these effects are dependent on plant species' life-history strategies. Our study highlights the importance of natural seasonal flow patterns for sustaining native riverine plant communities. Flow management aimed at maintaining or restoring ecological values should consider seasonal flow patterns. Winter/spring flow peaks may be particularly important for the recruitment of native riverine plants, especially trees and shrubs, and reducing the extent of exotic annuals and grasses. Copyright © 2012 John Wiley & Sons, Ltd." @default.
• W1921950071 created "2016-06-24" @default.
• W1921950071 creator A5040691999 @default.
• W1921950071 creator A5058727971 @default.
• W1921950071 creator A5082432121 @default.
• W1921950071 date "2012-05-12" @default.
• W1921950071 modified "2023-10-16" @default.
• W1921950071 title "MORE EXOTIC AND FEWER NATIVE PLANT SPECIES: RIVERINE VEGETATION PATTERNS ASSOCIATED WITH ALTERED SEASONAL FLOW PATTERNS" @default.
• W1921950071 cites W1519491697 @default.
• W1921950071 cites W1555935903 @default.
• W1921950071 cites W1574755503 @default.
• W1921950071 cites W1592958845 @default.
• W1921950071 cites W1595256845 @default.
• W1921950071 cites W1734790953 @default.
• W1921950071 cites W1754069460 @default.
• W1921950071 cites W1815835868 @default.
• W1921950071 cites W1970527385 @default.
• W1921950071 cites W1973062865 @default.
• W1921950071 cites W1975683484 @default.
• W1921950071 cites W1975732548 @default.
• W1921950071 cites W1979898973 @default.
• W1921950071 cites W1982901688 @default.
• W1921950071 cites W1992880216 @default.
• W1921950071 cites W1993144398 @default.
• W1921950071 cites W2000084758 @default.
• W1921950071 cites W2005077824 @default.
• W1921950071 cites W2006271908 @default.
• W1921950071 cites W2016774529 @default.
• W1921950071 cites W2018126082 @default.
• W1921950071 cites W2021925679 @default.
• W1921950071 cites W2024223142 @default.
• W1921950071 cites W2027414083 @default.
• W1921950071 cites W2032625346 @default.
• W1921950071 cites W2037352065 @default.
• W1921950071 cites W2040787350 @default.
• W1921950071 cites W2046848356 @default.
• W1921950071 cites W2063703274 @default.
• W1921950071 cites W2079415691 @default.
• W1921950071 cites W2085660799 @default.
• W1921950071 cites W2086869491 @default.
• W1921950071 cites W2087258083 @default.
• W1921950071 cites W2088072097 @default.
• W1921950071 cites W2096113236 @default.
• W1921950071 cites W2101337062 @default.
• W1921950071 cites W2104832537 @default.
• W1921950071 cites W2108174028 @default.
• W1921950071 cites W2114673732 @default.
• W1921950071 cites W2116542204 @default.
• W1921950071 cites W2120716973 @default.
• W1921950071 cites W2128079648 @default.
• W1921950071 cites W2133098229 @default.
• W1921950071 cites W2141713151 @default.
• W1921950071 cites W2143102465 @default.
• W1921950071 cites W2148018242 @default.
• W1921950071 cites W2149678303 @default.
• W1921950071 cites W2150034494 @default.
• W1921950071 cites W2155639169 @default.
• W1921950071 cites W2156358294 @default.
• W1921950071 cites W2163797773 @default.
• W1921950071 cites W2170575960 @default.
• W1921950071 cites W2171424074 @default.
• W1921950071 cites W2176137921 @default.
• W1921950071 cites W2185814363 @default.
• W1921950071 cites W2193110274 @default.
• W1921950071 cites W2206176501 @default.
• W1921950071 cites W2267292643 @default.
• W1921950071 cites W2298204658 @default.
• W1921950071 cites W2513988839 @default.
• W1921950071 cites W4240222708 @default.
• W1921950071 cites W4246354968 @default.
• W1921950071 doi "https://doi.org/10.1002/rra.2571" @default.
• W1921950071 hasPublicationYear "2012" @default.
• W1921950071 type Work @default.
• W1921950071 sameAs 1921950071 @default.
• W1921950071 citedByCount "37" @default.
• W1921950071 countsByYear W19219500712012 @default.
• W1921950071 countsByYear W19219500712014 @default.
• W1921950071 countsByYear W19219500712015 @default.
• W1921950071 countsByYear W19219500712016 @default.
• W1921950071 countsByYear W19219500712017 @default.
• W1921950071 countsByYear W19219500712018 @default.
• W1921950071 countsByYear W19219500712019 @default.
• W1921950071 countsByYear W19219500712020 @default.
• W1921950071 countsByYear W19219500712021 @default.
• W1921950071 countsByYear W19219500712022 @default.
• W1921950071 countsByYear W19219500712023 @default.
• W1921950071 crossrefType "journal-article" @default.
• W1921950071 hasAuthorship W1921950071A5040691999 @default.
• W1921950071 hasAuthorship W1921950071A5058727971 @default.
• W1921950071 hasAuthorship W1921950071A5082432121 @default.
• W1921950071 hasConcept C11731853 @default.
• W1921950071 hasConcept C136020623 @default.
• W1921950071 hasConcept C142724271 @default.
• W1921950071 hasConcept C173651095 @default.
• W1921950071 hasConcept C185933670 @default.
• W1921950071 hasConcept C18903297 @default.
• W1921950071 hasConcept C205649164 @default.
• W1921950071 hasConcept C2776133958 @default.

• next