FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W4221134317> ?p ?o ?g. }

• W4221134317 endingPage "e0265610" @default.
• W4221134317 startingPage "e0265610" @default.
• W4221134317 abstract "Fur seal populations in the Southern Hemisphere were plundered in the late 1700s and early 1800s to provide fur for a clothing industry. Millions of seals were killed resulting in potentially major ecosystem changes across the Southern Hemisphere, the consequences of which are unknown today. Following more than a century of population suppression, partly through on-going harvesting, many of the fur seal populations started to recover in the late 1900s. Australian fur seals (Arctocephalus pusillus doriferus), one of the most geographically constrained fur seal species, followed this trend. From the 1940s to 1986, pup production remained at approximately 10,000 per year, then significant growth commenced. By 2007, live pup abundance had recovered to approximately 21,400 per year and recovery was expected to continue However, a species-wide survey in 2013 recorded a 20% decline, to approximately 16,500 live pups. It was not known if this decline was due to 2013 being a poor breeding year or a true population reduction. Here we report the results of a population-wide survey conducted in 2017 and annual monitoring at the most productive colony, Seal Rocks, Victoria that recorded a large decline in live pup abundance (-28%). Sustained lower pup numbers at Seal Rocks from annual counts between 2012-2017 (mean = 2908 ± 372 SD), as well as the population-wide estimate of 16,903 live pups in 2017, suggest that the pup numbers for the total population have remained at the lower level observed in 2013 and that the 5-yearly census results are not anomalies or representative of poor breeding seasons. Potential reasons for the decline, which did not occur range-wide but predominantly in the most populated and long-standing breeding sites, are discussed. To enhance adaptive management of this species, methods for future monitoring of the population are also presented. Australian fur seals occupy several distinct regions influenced by different currents and upwellings: range-wide pup abundance monitoring enables comparisons of ecosystem status across these regions. Forces driving change in Australian fur seal pup numbers are likely to play across other marine ecosystems, particularly in the Southern Hemisphere where most fur seals live." @default.
• W4221134317 created "2022-04-03" @default.
• W4221134317 creator A5000965757 @default.
• W4221134317 creator A5037104543 @default.
• W4221134317 creator A5039407381 @default.
• W4221134317 creator A5056545306 @default.
• W4221134317 creator A5061719569 @default.
• W4221134317 creator A5067030694 @default.
• W4221134317 creator A5068039235 @default.
• W4221134317 creator A5088293036 @default.
• W4221134317 creator A5090083312 @default.
• W4221134317 date "2022-03-18" @default.
• W4221134317 modified "2023-10-11" @default.
• W4221134317 title "Sustained reduction in numbers of Australian fur seal pups: Implications for future population monitoring" @default.
• W4221134317 cites W109583362 @default.
• W4221134317 cites W1588193659 @default.
• W4221134317 cites W1602637469 @default.
• W4221134317 cites W1799617763 @default.
• W4221134317 cites W1965335200 @default.
• W4221134317 cites W1971513467 @default.
• W4221134317 cites W1979276783 @default.
• W4221134317 cites W1983422255 @default.
• W4221134317 cites W1983951073 @default.
• W4221134317 cites W1994447294 @default.
• W4221134317 cites W2006916325 @default.
• W4221134317 cites W2008428432 @default.
• W4221134317 cites W2008564676 @default.
• W4221134317 cites W2012291854 @default.
• W4221134317 cites W2013301128 @default.
• W4221134317 cites W2019924778 @default.
• W4221134317 cites W2029401928 @default.
• W4221134317 cites W2036462485 @default.
• W4221134317 cites W2040049388 @default.
• W4221134317 cites W2064086548 @default.
• W4221134317 cites W2077277732 @default.
• W4221134317 cites W2079317804 @default.
• W4221134317 cites W2085705288 @default.
• W4221134317 cites W2087679482 @default.
• W4221134317 cites W2088145264 @default.
• W4221134317 cites W2096223956 @default.
• W4221134317 cites W2098516356 @default.
• W4221134317 cites W2099975241 @default.
• W4221134317 cites W2100762324 @default.
• W4221134317 cites W2105385879 @default.
• W4221134317 cites W2108977998 @default.
• W4221134317 cites W2110310854 @default.
• W4221134317 cites W2133072591 @default.
• W4221134317 cites W2143988373 @default.
• W4221134317 cites W2144371439 @default.
• W4221134317 cites W2155403334 @default.
• W4221134317 cites W2157564002 @default.
• W4221134317 cites W2159175616 @default.
• W4221134317 cites W2165889226 @default.
• W4221134317 cites W2169718863 @default.
• W4221134317 cites W2171158642 @default.
• W4221134317 cites W2313687338 @default.
• W4221134317 cites W2315005232 @default.
• W4221134317 cites W2515645184 @default.
• W4221134317 cites W2589860141 @default.
• W4221134317 cites W2598701004 @default.
• W4221134317 cites W2609142525 @default.
• W4221134317 cites W2751146670 @default.
• W4221134317 cites W2802044831 @default.
• W4221134317 cites W2889761677 @default.
• W4221134317 cites W2897616773 @default.
• W4221134317 cites W2913392263 @default.
• W4221134317 cites W2916584687 @default.
• W4221134317 cites W2945503921 @default.
• W4221134317 cites W2950062354 @default.
• W4221134317 cites W2965399932 @default.
• W4221134317 cites W2971202400 @default.
• W4221134317 cites W3030042607 @default.
• W4221134317 cites W3037677632 @default.
• W4221134317 cites W3093029033 @default.
• W4221134317 cites W3157114233 @default.
• W4221134317 cites W4207053649 @default.
• W4221134317 cites W4213009306 @default.
• W4221134317 cites W4226158743 @default.
• W4221134317 doi "https://doi.org/10.1371/journal.pone.0265610" @default.
• W4221134317 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/35303037" @default.
• W4221134317 hasPublicationYear "2022" @default.
• W4221134317 type Work @default.
• W4221134317 citedByCount "2" @default.
• W4221134317 countsByYear W42211343172022 @default.
• W4221134317 countsByYear W42211343172023 @default.
• W4221134317 crossrefType "journal-article" @default.
• W4221134317 hasAuthorship W4221134317A5000965757 @default.
• W4221134317 hasAuthorship W4221134317A5037104543 @default.
• W4221134317 hasAuthorship W4221134317A5039407381 @default.
• W4221134317 hasAuthorship W4221134317A5056545306 @default.
• W4221134317 hasAuthorship W4221134317A5061719569 @default.
• W4221134317 hasAuthorship W4221134317A5067030694 @default.
• W4221134317 hasAuthorship W4221134317A5068039235 @default.
• W4221134317 hasAuthorship W4221134317A5088293036 @default.
• W4221134317 hasAuthorship W4221134317A5090083312 @default.
• W4221134317 hasBestOaLocation W42211343171 @default.
• W4221134317 hasConcept C144024400 @default.
• W4221134317 hasConcept C149923435 @default.

• next