FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W3165092595> ?p ?o ?g. }

• W3165092595 abstract "Abstract Background As one of the main components of land-use change, deforestation is considered the greatest threat to global environmental diversity with possible irreversible environmental consequences. Specifically, one example could be the impacts of land-use changes from oak forests into agricultural ecosystems, which may have detrimental impacts on soil mobilization across hillslopes. However, to date, scarce studies are assessing these impacts at different slope positions and soil depths, shedding light on key geomorphological processes. Methods In this research, the Caesium-137 ( 137 Cs) technique was applied to evaluate soil redistribution and soil erosion rates due to the effects of these above-mentioned land-use changes. To achieve this goal, we select a representative area in the Lordegan district, central Iran. 137 Cs depth distribution profiles were established in four different hillslope positions after converting natural oak forests to rainfed farming. In each hillslope, soil samples from three depths (0–10, 10–20, and 20–50 cm) and in four different slope positions (summit, shoulder, backslope, and footslope) were taken in three transects of about 20 m away from each other. The activity of 137 Cs was determined in all the soil samples (72 soil samples) by a gamma spectrometer. In addition, some physicochemical properties and the magnetic susceptibility (MS) of soil samples were measured. Results Erosion rates reached 51.1 t·ha − 1 ·yr − 1 in rainfed farming, whereas in the natural forest, the erosion rate was 9.3 t·ha − 1 ·yr − 1 . Magnetic susceptibility was considerably lower in the cultivated land ( χ hf = 43.5 × 10 − 8 m 3 ·kg − 1 ) than in the natural forest ( χ hf = 55.1 × 10 − 8 m 3 ·kg − 1 ). The lower soil erosion rate in the natural forest land indicated significantly higher MS in all landform positions except at the summit one, compared to that in the rainfed farming land. The shoulder and summit positions were the most erodible hillslope positions in the natural forest and rainfed farming, respectively. Conclusions We concluded that land-use change and hillslope positions played a key role in eroding the surface soils in this area. Moreover, land management can influence soil erosion intensity and may both mitigate and amplify soil loss." @default.
• W3165092595 created "2021-06-07" @default.
• W3165092595 creator A5021358818 @default.
• W3165092595 creator A5033747518 @default.
• W3165092595 creator A5044893423 @default.
• W3165092595 creator A5044934740 @default.
• W3165092595 creator A5046177232 @default.
• W3165092595 creator A5085936566 @default.
• W3165092595 date "2021-05-24" @default.
• W3165092595 modified "2023-10-17" @default.
• W3165092595 title "Impacts of oak deforestation and rainfed cultivation on soil redistribution processes across hillslopes using 137Cs techniques" @default.
• W3165092595 cites W1502801871 @default.
• W3165092595 cites W1637557768 @default.
• W3165092595 cites W1829557206 @default.
• W3165092595 cites W1970988143 @default.
• W3165092595 cites W1982143443 @default.
• W3165092595 cites W1984402308 @default.
• W3165092595 cites W1989479206 @default.
• W3165092595 cites W1989601164 @default.
• W3165092595 cites W1997429984 @default.
• W3165092595 cites W1998913652 @default.
• W3165092595 cites W1999148827 @default.
• W3165092595 cites W2013931921 @default.
• W3165092595 cites W2026160943 @default.
• W3165092595 cites W2028665039 @default.
• W3165092595 cites W2031330803 @default.
• W3165092595 cites W2033881322 @default.
• W3165092595 cites W2036760816 @default.
• W3165092595 cites W2040623085 @default.
• W3165092595 cites W2043773226 @default.
• W3165092595 cites W2053043516 @default.
• W3165092595 cites W2059758920 @default.
• W3165092595 cites W2062083272 @default.
• W3165092595 cites W2062733797 @default.
• W3165092595 cites W2063037906 @default.
• W3165092595 cites W2066219799 @default.
• W3165092595 cites W2069150163 @default.
• W3165092595 cites W2070061121 @default.
• W3165092595 cites W2071141266 @default.
• W3165092595 cites W2073365312 @default.
• W3165092595 cites W2082935247 @default.
• W3165092595 cites W2087543103 @default.
• W3165092595 cites W2097065747 @default.
• W3165092595 cites W2117141344 @default.
• W3165092595 cites W2121415540 @default.
• W3165092595 cites W2127641510 @default.
• W3165092595 cites W2129067035 @default.
• W3165092595 cites W2153820558 @default.
• W3165092595 cites W2158099198 @default.
• W3165092595 cites W2279637926 @default.
• W3165092595 cites W2282625122 @default.
• W3165092595 cites W2285604483 @default.
• W3165092595 cites W2463486179 @default.
• W3165092595 cites W2521661566 @default.
• W3165092595 cites W2529756480 @default.
• W3165092595 cites W2592077717 @default.
• W3165092595 cites W2766406590 @default.
• W3165092595 cites W2768533279 @default.
• W3165092595 cites W2793040093 @default.
• W3165092595 cites W2795983691 @default.
• W3165092595 cites W2804011213 @default.
• W3165092595 cites W2884523917 @default.
• W3165092595 cites W2886933868 @default.
• W3165092595 cites W2890263737 @default.
• W3165092595 cites W2914756065 @default.
• W3165092595 cites W2945108797 @default.
• W3165092595 cites W2946217903 @default.
• W3165092595 cites W2947644699 @default.
• W3165092595 cites W2962675735 @default.
• W3165092595 cites W2965748793 @default.
• W3165092595 cites W2969532554 @default.
• W3165092595 cites W2971018490 @default.
• W3165092595 cites W2991025628 @default.
• W3165092595 cites W2997293906 @default.
• W3165092595 cites W3024535103 @default.
• W3165092595 cites W3088708723 @default.
• W3165092595 cites W3092255381 @default.
• W3165092595 cites W3107153976 @default.
• W3165092595 cites W3110053554 @default.
• W3165092595 cites W4255092611 @default.
• W3165092595 doi "https://doi.org/10.1186/s40663-021-00311-1" @default.
• W3165092595 hasPublicationYear "2021" @default.
• W3165092595 type Work @default.
• W3165092595 sameAs 3165092595 @default.
• W3165092595 citedByCount "16" @default.
• W3165092595 countsByYear W31650925952021 @default.
• W3165092595 countsByYear W31650925952022 @default.
• W3165092595 countsByYear W31650925952023 @default.
• W3165092595 crossrefType "journal-article" @default.
• W3165092595 hasAuthorship W3165092595A5021358818 @default.
• W3165092595 hasAuthorship W3165092595A5033747518 @default.
• W3165092595 hasAuthorship W3165092595A5044893423 @default.
• W3165092595 hasAuthorship W3165092595A5044934740 @default.
• W3165092595 hasAuthorship W3165092595A5046177232 @default.
• W3165092595 hasAuthorship W3165092595A5085936566 @default.
• W3165092595 hasBestOaLocation W31650925951 @default.
• W3165092595 hasConcept C110872660 @default.
• W3165092595 hasConcept C123157820 @default.
• W3165092595 hasConcept C127313418 @default.
• W3165092595 hasConcept C141185391 @default.

• next