FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W1975171092> ?p ?o ?g. }

• W1975171092 endingPage "270" @default.
• W1975171092 startingPage "260" @default.
• W1975171092 abstract "Despite the advances in scientific knowledge about causes and consequences of biodiversity loss, we still lack effective ways to incorporate this knowledge in the development of conservation policies. For example, several studies suggest a nonlinear decrease of species diversity in response to habitat loss at a landscape scale, predicting a threshold at which extinction rates increase dramatically. If this is true and we can find the threshold value with a safety margin, habitat cover is easily measured using GIS technics and can be incorporated into landscape occupation planning. This is particularly true in Neotropics where much of the occupation is founded or licensed by governmental agencies. This study aimed to investigate the thresholds in the relationship between the species richness of a particular plant family in the landscape and the percentage of forest cover on that landscape. Biological material was collected in 11 surveyed landscapes of 6 × 6 km randomly sampled from a large region of Brazilian Atlantic Forest from 11°80′S to 18°49′S and 40°08′W to 21°24′W in Bahia, Brazil. The landscape forest cover ranged from 5% to 60%, and in each landscape, eight 25 × 10 m plots were randomly established, the landscape’s surveyed richness considered the entire set of eight plots. In each landscape we sampled trees with a circumference at breast height (CBH) above 8 cm belonging to Sapotaceae, a tree family that is severely threatened by human activities and generally composed of large, long-lived, animal-dispersed, shade-tolerant trees typical of the interior of forests. Those characteristics make them very representative of mature forest plant species. We evaluated whether a model with a breakpoint or a threshold was best for describing the relationship between richness and forest cover in the landscape using a model selection approach. The data were fitted to a generalized linear model, a piecewise model, and a logistic curve and evaluated using the Akaike information criterion (AIC). In all surveys, a total of 284 individuals belonging to 55 morphospecies were found, and several species are known to be very important in primate diet, which are also dispersers and even pollinators of some species. The best fitted model was the logistic model followed by the piecewise model, which confirms the nonlinearity of the relationship and the existence of a breakpoint. The value of the breakpoint was estimated at near 30% forest cover, and the data set revealed a very sharp decrease in richness and abundance. The value is close to other thresholds obtained in simulated and empirical studies, predicting a threshold between 10% and 30% of habitat in the landscape. Although many studies advocate a species-specific response to habitat loss and fragmentation, Sapotaceae as a whole experienced a dramatic decrease in richness in landscapes with reduced forest cover, most likely due to a common response to deleterious effects triggered by the reduction in habitat, and defaunation. Despite the fact that several processes occur during habitat reduction, such as fragmentation, isolation, increasing edge effects, and loss of key species, we obtained a strong signal of species reduction in response to habitat loss. The extensive sampling conducted and the scale used in this study, with regard to an important and representative group of plant species, reinforces the applicability of this type of study from the standpoint of policy strategies, to promote both species conservation and agricultural activities." @default.
• W1975171092 created "2016-06-24" @default.
• W1975171092 creator A5055228202 @default.
• W1975171092 creator A5090449671 @default.
• W1975171092 date "2014-01-01" @default.
• W1975171092 modified "2023-09-30" @default.
• W1975171092 title "Extinction thresholds for Sapotaceae due to forest cover in Atlantic Forest landscapes" @default.
• W1975171092 cites W1967321849 @default.
• W1975171092 cites W1970210694 @default.
• W1975171092 cites W1975258901 @default.
• W1975171092 cites W1977702346 @default.
• W1975171092 cites W1980038624 @default.
• W1975171092 cites W1994003178 @default.
• W1975171092 cites W1995776974 @default.
• W1975171092 cites W2000779440 @default.
• W1975171092 cites W2023860487 @default.
• W1975171092 cites W2025465165 @default.
• W1975171092 cites W2031234212 @default.
• W1975171092 cites W2035282731 @default.
• W1975171092 cites W2045737438 @default.
• W1975171092 cites W2048712287 @default.
• W1975171092 cites W2060317264 @default.
• W1975171092 cites W2069092162 @default.
• W1975171092 cites W2074486443 @default.
• W1975171092 cites W2076948552 @default.
• W1975171092 cites W2081293505 @default.
• W1975171092 cites W2082540126 @default.
• W1975171092 cites W2083597088 @default.
• W1975171092 cites W2085514490 @default.
• W1975171092 cites W2089142728 @default.
• W1975171092 cites W2097180297 @default.
• W1975171092 cites W2098448965 @default.
• W1975171092 cites W2104462056 @default.
• W1975171092 cites W2108527817 @default.
• W1975171092 cites W2110979633 @default.
• W1975171092 cites W2119884476 @default.
• W1975171092 cites W2120172518 @default.
• W1975171092 cites W2122104680 @default.
• W1975171092 cites W2122537265 @default.
• W1975171092 cites W2127657748 @default.
• W1975171092 cites W2127971260 @default.
• W1975171092 cites W2130108244 @default.
• W1975171092 cites W2137439569 @default.
• W1975171092 cites W2143510389 @default.
• W1975171092 cites W2147932153 @default.
• W1975171092 cites W2149752076 @default.
• W1975171092 cites W2153188998 @default.
• W1975171092 cites W2162348455 @default.
• W1975171092 cites W2163158238 @default.
• W1975171092 cites W2163436550 @default.
• W1975171092 cites W2166299569 @default.
• W1975171092 cites W2166853452 @default.
• W1975171092 cites W2167456995 @default.
• W1975171092 cites W2169033343 @default.
• W1975171092 cites W2171883243 @default.
• W1975171092 doi "https://doi.org/10.1016/j.foreco.2013.09.003" @default.
• W1975171092 hasPublicationYear "2014" @default.
• W1975171092 type Work @default.
• W1975171092 sameAs 1975171092 @default.
• W1975171092 citedByCount "52" @default.
• W1975171092 countsByYear W19751710922013 @default.
• W1975171092 countsByYear W19751710922014 @default.
• W1975171092 countsByYear W19751710922015 @default.
• W1975171092 countsByYear W19751710922016 @default.
• W1975171092 countsByYear W19751710922017 @default.
• W1975171092 countsByYear W19751710922018 @default.
• W1975171092 countsByYear W19751710922019 @default.
• W1975171092 countsByYear W19751710922020 @default.
• W1975171092 countsByYear W19751710922021 @default.
• W1975171092 countsByYear W19751710922022 @default.
• W1975171092 countsByYear W19751710922023 @default.
• W1975171092 crossrefType "journal-article" @default.
• W1975171092 hasAuthorship W1975171092A5055228202 @default.
• W1975171092 hasAuthorship W1975171092A5090449671 @default.
• W1975171092 hasConcept C101991246 @default.
• W1975171092 hasConcept C130217890 @default.
• W1975171092 hasConcept C144024400 @default.
• W1975171092 hasConcept C149923435 @default.
• W1975171092 hasConcept C151730666 @default.
• W1975171092 hasConcept C185933670 @default.
• W1975171092 hasConcept C18903297 @default.
• W1975171092 hasConcept C205649164 @default.
• W1975171092 hasConcept C24518262 @default.
• W1975171092 hasConcept C2778892264 @default.
• W1975171092 hasConcept C2908647359 @default.
• W1975171092 hasConcept C38838508 @default.
• W1975171092 hasConcept C47559259 @default.
• W1975171092 hasConcept C51916926 @default.
• W1975171092 hasConcept C53565203 @default.
• W1975171092 hasConcept C54286561 @default.
• W1975171092 hasConcept C64229544 @default.
• W1975171092 hasConcept C86803240 @default.
• W1975171092 hasConceptScore W1975171092C101991246 @default.
• W1975171092 hasConceptScore W1975171092C130217890 @default.
• W1975171092 hasConceptScore W1975171092C144024400 @default.
• W1975171092 hasConceptScore W1975171092C149923435 @default.
• W1975171092 hasConceptScore W1975171092C151730666 @default.
• W1975171092 hasConceptScore W1975171092C185933670 @default.

• next