FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W2039862807> ?p ?o ?g. }

• W2039862807 endingPage "96" @default.
• W2039862807 startingPage "88" @default.
• W2039862807 abstract "Active forest restoration typically involves planting trees over large areas; this practice is costly, however, and establishing homogeneous plantations may favour the recruitment of a particular suite of species and strongly influence the successional trajectory. An alternative approach is to plant nuclei (islands) of trees to simulate the nucleation model of succession and accelerate natural recovery. We evaluated natural tree recruitment over 4 years in a restoration study replicated at eight former pasture sites in the tropical premontane forest zone of southern Costa Rica. At each site, two active restoration strategies were established in 50 × 50 m plots: planting trees throughout, and planting different-sized tree islands (4 × 4, 8 × 8, 12 × 12 m) within the plot. Restoration plots were compared to similar-sized controls undergoing passive restoration. Sites were spread across c. 100 km2 and distributed along a gradient of surrounding forest, allowing us to compare the relative importance of adjacent forest to that of within-site treatment on tree recruitment. Recruitment of animal-dispersed tree species was more than twofold higher in active (μ = 0·45 recruits m−2) as compared to passive restoration; recruitment was equivalent in plantation and island treatments, even though only 20% of the area in island plots was planted originally. The majority of recruits (>90%) represented early successional species (n = 54 species total). Density of animal-dispersed recruits was greater in large (0·80 ± 0·66 m−2) than small (0·28 ± 0·36 m−2) islands and intermediate in medium-sized islands. Seedling recruitment (<1 m tall) was greater in the interior of islands as compared to plantations, whereas sapling recruitment was similar, suggesting that island interiors may develop greater density of woody recruits as succession proceeds. Surrounding forest cover did not influence density or species richness of recruits among sites, although this factor may become more important over time. Synthesis and applications. Applied nucleation is a promising restoration strategy that can accelerate forest recovery to a similar degree as plantation-style restoration but is more economical. Appropriate island size is on the order of c. 100 m2. Practitioners should consider the methodology as an alternative to large-scale plantings." @default.
• W2039862807 created "2016-06-24" @default.
• W2039862807 creator A5005754189 @default.
• W2039862807 creator A5030533760 @default.
• W2039862807 creator A5069289928 @default.
• W2039862807 creator A5083388098 @default.
• W2039862807 date "2012-12-10" @default.
• W2039862807 modified "2023-10-18" @default.
• W2039862807 title "Testing applied nucleation as a strategy to facilitate tropical forest recovery" @default.
• W2039862807 cites W1517603537 @default.
• W2039862807 cites W182288487 @default.
• W2039862807 cites W1912217505 @default.
• W2039862807 cites W1963632543 @default.
• W2039862807 cites W1979746929 @default.
• W2039862807 cites W1988546368 @default.
• W2039862807 cites W1988891439 @default.
• W2039862807 cites W1993518229 @default.
• W2039862807 cites W2002182462 @default.
• W2039862807 cites W2017989571 @default.
• W2039862807 cites W2038336181 @default.
• W2039862807 cites W2043332339 @default.
• W2039862807 cites W2048418011 @default.
• W2039862807 cites W2055112147 @default.
• W2039862807 cites W2058061809 @default.
• W2039862807 cites W2058170659 @default.
• W2039862807 cites W2062141661 @default.
• W2039862807 cites W2063934992 @default.
• W2039862807 cites W2067390556 @default.
• W2039862807 cites W2074282649 @default.
• W2039862807 cites W2096788385 @default.
• W2039862807 cites W2097250621 @default.
• W2039862807 cites W2103510683 @default.
• W2039862807 cites W2105507965 @default.
• W2039862807 cites W2106314492 @default.
• W2039862807 cites W2106530591 @default.
• W2039862807 cites W2107681424 @default.
• W2039862807 cites W2115607839 @default.
• W2039862807 cites W2120767635 @default.
• W2039862807 cites W2124070575 @default.
• W2039862807 cites W2124965356 @default.
• W2039862807 cites W2125693955 @default.
• W2039862807 cites W2126424197 @default.
• W2039862807 cites W2126749157 @default.
• W2039862807 cites W2132276315 @default.
• W2039862807 cites W2132758433 @default.
• W2039862807 cites W2134323681 @default.
• W2039862807 cites W2140462373 @default.
• W2039862807 cites W2140992867 @default.
• W2039862807 cites W2142356311 @default.
• W2039862807 cites W2142608672 @default.
• W2039862807 cites W2146684727 @default.
• W2039862807 cites W2147161073 @default.
• W2039862807 cites W2148824857 @default.
• W2039862807 cites W2153047145 @default.
• W2039862807 cites W2155935041 @default.
• W2039862807 cites W2161162519 @default.
• W2039862807 cites W2164830139 @default.
• W2039862807 cites W2166466493 @default.
• W2039862807 cites W2170599245 @default.
• W2039862807 cites W2173633227 @default.
• W2039862807 cites W2324796513 @default.
• W2039862807 cites W2328818151 @default.
• W2039862807 cites W2332434676 @default.
• W2039862807 cites W333697284 @default.
• W2039862807 doi "https://doi.org/10.1111/1365-2664.12014" @default.
• W2039862807 hasPublicationYear "2012" @default.
• W2039862807 type Work @default.
• W2039862807 sameAs 2039862807 @default.
• W2039862807 citedByCount "153" @default.
• W2039862807 countsByYear W20398628072013 @default.
• W2039862807 countsByYear W20398628072014 @default.
• W2039862807 countsByYear W20398628072015 @default.
• W2039862807 countsByYear W20398628072016 @default.
• W2039862807 countsByYear W20398628072017 @default.
• W2039862807 countsByYear W20398628072018 @default.
• W2039862807 countsByYear W20398628072019 @default.
• W2039862807 countsByYear W20398628072020 @default.
• W2039862807 countsByYear W20398628072021 @default.
• W2039862807 countsByYear W20398628072022 @default.
• W2039862807 countsByYear W20398628072023 @default.
• W2039862807 crossrefType "journal-article" @default.
• W2039862807 hasAuthorship W2039862807A5005754189 @default.
• W2039862807 hasAuthorship W2039862807A5030533760 @default.
• W2039862807 hasAuthorship W2039862807A5069289928 @default.
• W2039862807 hasAuthorship W2039862807A5083388098 @default.
• W2039862807 hasBestOaLocation W20398628071 @default.
• W2039862807 hasConcept C110872660 @default.
• W2039862807 hasConcept C121332964 @default.
• W2039862807 hasConcept C150117547 @default.
• W2039862807 hasConcept C168741863 @default.
• W2039862807 hasConcept C16884802 @default.
• W2039862807 hasConcept C18903297 @default.
• W2039862807 hasConcept C205649164 @default.
• W2039862807 hasConcept C24037442 @default.
• W2039862807 hasConcept C2619416 @default.
• W2039862807 hasConcept C2775966360 @default.
• W2039862807 hasConcept C2776285232 @default.
• W2039862807 hasConcept C39432304 @default.

• next