FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W3178157032> ?p ?o ?g. }

• W3178157032 endingPage "20" @default.
• W3178157032 startingPage "1" @default.
• W3178157032 abstract "In semiarid Chaco, wet season grazing exclosures allow a rapid grass recovery in mature and secondary forest patches, but not in the most degraded patches dominated by shrublands. In order to understand the causes of their dissimilar rehabilitation dynamics, we analyzed the effects of the forest-patch type (mature forest = MF, secondary forest = SF, and shrubland = S) and 4-year seasonal exclosures (vs continuous grazing) on biotic and abiotic factors (vegetation structure, incident radiation, grass seed bank, litter and soil traits) that could affect grass recovery. We found that vegetation structure, through determining litter quantity, controlled soil chemical traits. As forest degradation level increased, litter mass (MF = 6260, SF = 5410, S = 1220 kg DM/ha), total soil organic matter (MF = 5.1%, SF = 4.1%, S = 3.5%) and nitrogen (MF = 0.25%, SF = 0.22%, S = 0.18%) decreased, and the incident radiation at soil level rose (MF = 28%, SF = 41%, S = 52%). After 4 years of seasonal grazing rest, we found reduced soil bulk density (from 1.13 to 1.07 and 1.07 to 1 g/cm3) and increased total porosity (from 57 to 60 and 60 to 62%) at 0–10 and 10–30 cm depth, respectively, in all forest patch types. Exclosure also increased soil seed bank density (from 28 to 251 grass seeds/m2) both in the forests (with grass) and in the shrublands (even before grass recovery), which would receive seeds from the adjacent forest patches, which coexist in the same landscape matrix. Our results suggest that the low tree cover, litter, and soil chemical traits related to lower availability of water and nutrient in shrublands, could hamper grass recovery in recently established exclosures. However, improvements in the grass seed bank and soil physical traits related to higher water infiltration could favor its late recovery, which is triggered by an extremely wet cycle after several years of the seasonal exclosure. Exclosure is a promising management strategy for degraded areas involving intermingled patches of forests and shrublands." @default.
• W3178157032 created "2021-07-19" @default.
• W3178157032 creator A5006627133 @default.
• W3178157032 creator A5018263649 @default.
• W3178157032 creator A5034724749 @default.
• W3178157032 creator A5085739447 @default.
• W3178157032 date "2021-07-07" @default.
• W3178157032 modified "2023-10-07" @default.
• W3178157032 title "Forest degradation and short-term seasonal exclosure effects on biotic and abiotic factors linked to rangeland rehabilitation in semiarid Chaco, Argentina" @default.
• W3178157032 cites W106243092 @default.
• W3178157032 cites W10639732 @default.
• W3178157032 cites W119378269 @default.
• W3178157032 cites W1487863600 @default.
• W3178157032 cites W1550121875 @default.
• W3178157032 cites W1739760853 @default.
• W3178157032 cites W1893454766 @default.
• W3178157032 cites W1920248683 @default.
• W3178157032 cites W1966282991 @default.
• W3178157032 cites W1966823026 @default.
• W3178157032 cites W1966859125 @default.
• W3178157032 cites W1971735063 @default.
• W3178157032 cites W1975713223 @default.
• W3178157032 cites W1980828028 @default.
• W3178157032 cites W1981213426 @default.
• W3178157032 cites W1981754263 @default.
• W3178157032 cites W1983899649 @default.
• W3178157032 cites W1989741823 @default.
• W3178157032 cites W1990142787 @default.
• W3178157032 cites W1993671807 @default.
• W3178157032 cites W1994829100 @default.
• W3178157032 cites W1995265298 @default.
• W3178157032 cites W2002891905 @default.
• W3178157032 cites W2012986119 @default.
• W3178157032 cites W2014456287 @default.
• W3178157032 cites W2018352591 @default.
• W3178157032 cites W2019566182 @default.
• W3178157032 cites W2024033404 @default.
• W3178157032 cites W2025615860 @default.
• W3178157032 cites W2033381304 @default.
• W3178157032 cites W2037249850 @default.
• W3178157032 cites W2038930161 @default.
• W3178157032 cites W2045763986 @default.
• W3178157032 cites W2060906187 @default.
• W3178157032 cites W2064924502 @default.
• W3178157032 cites W2068144866 @default.
• W3178157032 cites W2073688536 @default.
• W3178157032 cites W2087311848 @default.
• W3178157032 cites W2092466899 @default.
• W3178157032 cites W2097433928 @default.
• W3178157032 cites W2128355564 @default.
• W3178157032 cites W2130947379 @default.
• W3178157032 cites W2134065692 @default.
• W3178157032 cites W2136025784 @default.
• W3178157032 cites W2139405554 @default.
• W3178157032 cites W2142042116 @default.
• W3178157032 cites W2145340043 @default.
• W3178157032 cites W2150193984 @default.
• W3178157032 cites W2154472368 @default.
• W3178157032 cites W2154922609 @default.
• W3178157032 cites W2156269075 @default.
• W3178157032 cites W2181252699 @default.
• W3178157032 cites W2213246606 @default.
• W3178157032 cites W2217546470 @default.
• W3178157032 cites W2299946480 @default.
• W3178157032 cites W2369147260 @default.
• W3178157032 cites W2474622149 @default.
• W3178157032 cites W2492975665 @default.
• W3178157032 cites W2623592481 @default.
• W3178157032 cites W2736763315 @default.
• W3178157032 cites W2808169284 @default.
• W3178157032 cites W2888698255 @default.
• W3178157032 cites W3097428577 @default.
• W3178157032 cites W4253210064 @default.
• W3178157032 doi "https://doi.org/10.1080/15324982.2021.1946206" @default.
• W3178157032 hasPublicationYear "2021" @default.
• W3178157032 type Work @default.
• W3178157032 sameAs 3178157032 @default.
• W3178157032 citedByCount "1" @default.
• W3178157032 countsByYear W31781570322021 @default.
• W3178157032 crossrefType "journal-article" @default.
• W3178157032 hasAuthorship W3178157032A5006627133 @default.
• W3178157032 hasAuthorship W3178157032A5018263649 @default.
• W3178157032 hasAuthorship W3178157032A5034724749 @default.
• W3178157032 hasAuthorship W3178157032A5085739447 @default.
• W3178157032 hasConcept C101000010 @default.
• W3178157032 hasConcept C110872660 @default.
• W3178157032 hasConcept C132215390 @default.
• W3178157032 hasConcept C142724271 @default.
• W3178157032 hasConcept C143590824 @default.
• W3178157032 hasConcept C18903297 @default.
• W3178157032 hasConcept C2776133958 @default.
• W3178157032 hasConcept C2777796192 @default.
• W3178157032 hasConcept C2777904157 @default.
• W3178157032 hasConcept C2779429622 @default.
• W3178157032 hasConcept C39432304 @default.
• W3178157032 hasConcept C59898753 @default.
• W3178157032 hasConcept C6557445 @default.
• W3178157032 hasConcept C71924100 @default.

• next