FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W2794328165> ?p ?o ?g. }

• W2794328165 endingPage "18" @default.
• W2794328165 startingPage "8" @default.
• W2794328165 abstract "Abstract Anthropogenic activities, including road expansion, are one of the main drivers of biodiversity loss in Iran. Central and northeastern Iran have been among the most vulnerable areas where expanding anthropogenic activities (in particular construction of road networks) have come into conflict with conservation and management of the endangered Asiatic cheetah (Acinonyx jubatus venaticus), along with other large mammals. The present study aimed to determine hotspot locations along an extremely high-risk road for mammals in northeast Iran (Touran Biosphere Reserve [TBR]) and propose mitigation measures for mammals such as the Asiatic cheetah. Using a spatially-explicit algorithm to estimate collision incidences, we adopted the kernel density estimation (KDE) and the distance method with respect to EDGE (evolutionarily distinct and globally endangered) and home range values for all locations. Also, a habitat suitability map was prepared to create habitat patches and applied to corridor modeling for the Asiatic cheetah. We investigated locations of 73 wildlife–vehicle collisions (WVCs) and crossing data from 2005–2016, that included Persian gazelles (Gazella subgutturosa), Asiatic cheetahs, striped hyenas (Hyaena hyaena), golden jackals (Canis auerus), red fox (Vulpes vulpes), European hare (Lepus europaeus), caracal (Caracal caracal), and grey wolves (Canis lupus). Our results showed that, based on the two methods, hotspot locations and the Asiatic cheetah corridor coincided. The corridor between TBR and Miandasht Wildlife Refuge was illustrated. This corridor is about 55 km length and 656 km2 area, which connects two population patches within these protected areas. Asiatic cheetah vehicle collisions mostly occurred where a road crossed this corridor at the border of the TBR. The mitigation strategies proposed in this study for large mammals, particularly the Asiatic cheetah, are as follows: retrofit and installation of culverts in hotspots; installation of fences for crossing carnivores; and, roadside vegetation clearance in critical seasons for the Persian gazelles along the Semnan-Mashhad road." @default.
• W2794328165 created "2018-03-29" @default.
• W2794328165 creator A5002467477 @default.
• W2794328165 creator A5024152373 @default.
• W2794328165 creator A5042539135 @default.
• W2794328165 creator A5047452870 @default.
• W2794328165 creator A5057808526 @default.
• W2794328165 creator A5082283665 @default.
• W2794328165 creator A5088955845 @default.
• W2794328165 date "2018-06-01" @default.
• W2794328165 modified "2023-10-12" @default.
• W2794328165 title "Road expansion: A challenge to conservation of mammals, with particular emphasis on the endangered Asiatic cheetah in Iran" @default.
• W2794328165 cites W107696752 @default.
• W2794328165 cites W1481009666 @default.
• W2794328165 cites W1504698280 @default.
• W2794328165 cites W1528341721 @default.
• W2794328165 cites W1536681555 @default.
• W2794328165 cites W1549142192 @default.
• W2794328165 cites W1973937114 @default.
• W2794328165 cites W1979765668 @default.
• W2794328165 cites W1980768959 @default.
• W2794328165 cites W1982499073 @default.
• W2794328165 cites W1992860820 @default.
• W2794328165 cites W1994231679 @default.
• W2794328165 cites W2006164056 @default.
• W2794328165 cites W2006710526 @default.
• W2794328165 cites W2008466120 @default.
• W2794328165 cites W2015664426 @default.
• W2794328165 cites W2017755807 @default.
• W2794328165 cites W2025827580 @default.
• W2794328165 cites W2029998231 @default.
• W2794328165 cites W2033686454 @default.
• W2794328165 cites W2044000573 @default.
• W2794328165 cites W2046389667 @default.
• W2794328165 cites W2046522828 @default.
• W2794328165 cites W2050717727 @default.
• W2794328165 cites W2053339031 @default.
• W2794328165 cites W2054706765 @default.
• W2794328165 cites W2059146372 @default.
• W2794328165 cites W2060793167 @default.
• W2794328165 cites W2064650487 @default.
• W2794328165 cites W2067341027 @default.
• W2794328165 cites W2068602643 @default.
• W2794328165 cites W2071149912 @default.
• W2794328165 cites W2072296242 @default.
• W2794328165 cites W2079018504 @default.
• W2794328165 cites W2080460933 @default.
• W2794328165 cites W2084405254 @default.
• W2794328165 cites W2087203644 @default.
• W2794328165 cites W2093706689 @default.
• W2794328165 cites W2097699712 @default.
• W2794328165 cites W2099926696 @default.
• W2794328165 cites W2107843557 @default.
• W2794328165 cites W2112315008 @default.
• W2794328165 cites W2114655350 @default.
• W2794328165 cites W2118454007 @default.
• W2794328165 cites W2131083573 @default.
• W2794328165 cites W2137517217 @default.
• W2794328165 cites W2139416101 @default.
• W2794328165 cites W2146337529 @default.
• W2794328165 cites W2161125527 @default.
• W2794328165 cites W2162668672 @default.
• W2794328165 cites W2168069631 @default.
• W2794328165 cites W2169579763 @default.
• W2794328165 cites W2170039770 @default.
• W2794328165 cites W2293410515 @default.
• W2794328165 cites W2295109641 @default.
• W2794328165 cites W2314408517 @default.
• W2794328165 cites W2314774350 @default.
• W2794328165 cites W2316795862 @default.
• W2794328165 cites W2320404002 @default.
• W2794328165 cites W2326440002 @default.
• W2794328165 cites W2399331380 @default.
• W2794328165 cites W2472849705 @default.
• W2794328165 cites W2556258011 @default.
• W2794328165 cites W2564550359 @default.
• W2794328165 cites W2583903566 @default.
• W2794328165 cites W2782341938 @default.
• W2794328165 cites W4237818008 @default.
• W2794328165 doi "https://doi.org/10.1016/j.jnc.2018.02.011" @default.
• W2794328165 hasPublicationYear "2018" @default.
• W2794328165 type Work @default.
• W2794328165 sameAs 2794328165 @default.
• W2794328165 citedByCount "32" @default.
• W2794328165 countsByYear W27943281652018 @default.
• W2794328165 countsByYear W27943281652019 @default.
• W2794328165 countsByYear W27943281652020 @default.
• W2794328165 countsByYear W27943281652021 @default.
• W2794328165 countsByYear W27943281652022 @default.
• W2794328165 countsByYear W27943281652023 @default.
• W2794328165 crossrefType "journal-article" @default.
• W2794328165 hasAuthorship W2794328165A5002467477 @default.
• W2794328165 hasAuthorship W2794328165A5024152373 @default.
• W2794328165 hasAuthorship W2794328165A5042539135 @default.
• W2794328165 hasAuthorship W2794328165A5047452870 @default.
• W2794328165 hasAuthorship W2794328165A5057808526 @default.
• W2794328165 hasAuthorship W2794328165A5082283665 @default.
• W2794328165 hasAuthorship W2794328165A5088955845 @default.

• next