FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W3151686475> ?p ?o ?g. }

• W3151686475 endingPage "119163" @default.
• W3151686475 startingPage "119163" @default.
• W3151686475 abstract "Commercial forest plantations of fast-growing species have been established globally to meet increasing demands for timber, pulpwood, and other wood products. Industrial plantations may contribute to tropical forest conservation by reducing exploitation of primary and secondary natural forests. Whether such plantations can support critical elements of biodiversity, including provision of habitat and movement corridors for species of conservation concern, is an important question in Southeast Asia. Our objectives were to investigate relationships between habitat gradients and community attributes of medium-sized to large mammals in a mixed plantation mosaic in Bengkoka Peninsula, Sabah, East Malaysia. Data on mammals were collected using 59 remote camera stations deployed for a minimum of 21 days (24-hour sampling occasions) in three major land-use types: natural forest, Acacia plantations, and non-Acacia plantations (oil palm, rubber, young Eucalyptus pellita). We used sample-based rarefaction to evaluate variation in species richness with land use. We used generalized linear models and ordination analyses to evaluate whether variation in mammal detections and species composition was associated with habitat gradients. We recorded >22 mammal species over 1572 sampling occasions. Natural forest area was positively associated with mammal species richness and detections of threatened mammals. Overall detections of mammals increased with decreasing elevation, but decreased within, and close to, Acacia plantations. Detections of threatened mammals increased with greater proportions of natural forest and Acacia and increasing proximity to roads. Sample-based rarefaction indicated that species richness of mammals in Acacia and natural forest was considerably higher than observed. Both natural forest and Acacia plantations shared similar values for species richness and diversity, but non-Acacia plantations scored lower in both metrics. Mammal species composition differed among different types of land use. Smaller generalists used non-Acacia plantation forests. A variety of other mammals including some threatened species used natural forest, Acacia, or a combination of the two. Acacia plantations possess attributes supporting a diversity of mammal species, including those we defined as threatened based on IUCN criteria. However, this is likely a function of the habitat mosaic with natural forest in the study area and the mangrove forests on the fringes of the peninsula serving as refuges of mammal diversity. Retention and restoration of natural and mangrove forests may therefore enhance the conservation potential of industrial Acacia plantations. Additionally, controlled road access in conjunction with anti-poaching operations and strengthening public awareness are essential to reduce the threat of overexploitation." @default.
• W3151686475 created "2021-04-13" @default.
• W3151686475 creator A5020038848 @default.
• W3151686475 creator A5032043328 @default.
• W3151686475 creator A5038802033 @default.
• W3151686475 creator A5082848845 @default.
• W3151686475 creator A5083238142 @default.
• W3151686475 date "2021-07-01" @default.
• W3151686475 modified "2023-09-25" @default.
• W3151686475 title "Mammal species composition and habitat associations in a commercial forest and mixed-plantation landscape" @default.
• W3151686475 cites W1584343945 @default.
• W3151686475 cites W1878193911 @default.
• W3151686475 cites W1882730916 @default.
• W3151686475 cites W1963933310 @default.
• W3151686475 cites W1968407436 @default.
• W3151686475 cites W1972707698 @default.
• W3151686475 cites W1978523095 @default.
• W3151686475 cites W1981213426 @default.
• W3151686475 cites W1987235187 @default.
• W3151686475 cites W1992895029 @default.
• W3151686475 cites W1994641220 @default.
• W3151686475 cites W1998025025 @default.
• W3151686475 cites W2001254892 @default.
• W3151686475 cites W2002682820 @default.
• W3151686475 cites W2007237612 @default.
• W3151686475 cites W2024828497 @default.
• W3151686475 cites W2032897407 @default.
• W3151686475 cites W2032943740 @default.
• W3151686475 cites W2047386927 @default.
• W3151686475 cites W2049761906 @default.
• W3151686475 cites W2060316428 @default.
• W3151686475 cites W2071653033 @default.
• W3151686475 cites W2094308653 @default.
• W3151686475 cites W2095108975 @default.
• W3151686475 cites W2103336148 @default.
• W3151686475 cites W2107401848 @default.
• W3151686475 cites W2112132814 @default.
• W3151686475 cites W2116354496 @default.
• W3151686475 cites W2116601594 @default.
• W3151686475 cites W2119724338 @default.
• W3151686475 cites W2127431232 @default.
• W3151686475 cites W2128272127 @default.
• W3151686475 cites W2132008384 @default.
• W3151686475 cites W2132924062 @default.
• W3151686475 cites W2140680256 @default.
• W3151686475 cites W2142635246 @default.
• W3151686475 cites W2152138353 @default.
• W3151686475 cites W2155143817 @default.
• W3151686475 cites W2157016008 @default.
• W3151686475 cites W2162455242 @default.
• W3151686475 cites W2167941657 @default.
• W3151686475 cites W2171783890 @default.
• W3151686475 cites W2222248085 @default.
• W3151686475 cites W2277881910 @default.
• W3151686475 cites W2461209138 @default.
• W3151686475 cites W2468095865 @default.
• W3151686475 cites W2514038039 @default.
• W3151686475 cites W2556419126 @default.
• W3151686475 cites W2578622879 @default.
• W3151686475 cites W2606816608 @default.
• W3151686475 cites W2618869832 @default.
• W3151686475 cites W2762868164 @default.
• W3151686475 cites W2766621091 @default.
• W3151686475 cites W2889148722 @default.
• W3151686475 cites W2936378682 @default.
• W3151686475 cites W3025162920 @default.
• W3151686475 cites W3041007140 @default.
• W3151686475 cites W4246231814 @default.
• W3151686475 cites W4255526716 @default.
• W3151686475 cites W653200273 @default.
• W3151686475 doi "https://doi.org/10.1016/j.foreco.2021.119163" @default.
• W3151686475 hasPublicationYear "2021" @default.
• W3151686475 type Work @default.
• W3151686475 sameAs 3151686475 @default.
• W3151686475 citedByCount "4" @default.
• W3151686475 countsByYear W31516864752022 @default.
• W3151686475 countsByYear W31516864752023 @default.
• W3151686475 crossrefType "journal-article" @default.
• W3151686475 hasAuthorship W3151686475A5020038848 @default.
• W3151686475 hasAuthorship W3151686475A5032043328 @default.
• W3151686475 hasAuthorship W3151686475A5038802033 @default.
• W3151686475 hasAuthorship W3151686475A5082848845 @default.
• W3151686475 hasAuthorship W3151686475A5083238142 @default.
• W3151686475 hasBestOaLocation W31516864752 @default.
• W3151686475 hasConcept C130217890 @default.
• W3151686475 hasConcept C132705693 @default.
• W3151686475 hasConcept C133382796 @default.
• W3151686475 hasConcept C185933670 @default.
• W3151686475 hasConcept C18903297 @default.
• W3151686475 hasConcept C199360897 @default.
• W3151686475 hasConcept C205649164 @default.
• W3151686475 hasConcept C24518262 @default.
• W3151686475 hasConcept C2777399953 @default.
• W3151686475 hasConcept C2779752776 @default.
• W3151686475 hasConcept C2780713402 @default.
• W3151686475 hasConcept C41008148 @default.
• W3151686475 hasConcept C53565203 @default.
• W3151686475 hasConcept C54286561 @default.

• next