FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W1122372013> ?p ?o ?g. }

• W1122372013 endingPage "113" @default.
• W1122372013 startingPage "103" @default.
• W1122372013 abstract "Soil management systems affect water availability to plants which is essential for perennial crops such as coffee, especially in initial years of crop establishment. The objective of this study was to investigate the effects of additional gypsum and intercropping on the least limiting water range (LLWR) in an Oxidic Latosol. We also introduced in this study a lower limit of LLWR based on crop evaporation depletion factor (p) and a critical moisture (θ*) approach. Three management systems were tested: conventional (CV-0), conservation with Brachiaria decumbens and additional gypsum [7 Mg ha−1 (G-7) and 28 Mg ha−1 (G-28)]. Three trenches (1.0 m depth) were dug for each management system for 0–0.05, 0.15–0.20 and 0.65–0.70 m depth sampling. Results showed that LLWR increases with bulk density (Bd) until a first restriction to root growth occured, due to limited aeration. LLWR was always greater than zero, indicating adequate soil quality and water stress was the main plant growth limiting factor. Adoption of θ* as LLWR lower limit allowed an average reduction of 50.2% in available water. But, this reduction was significantly greater for greater Bd, so this indicates that LLWR modeling is an aid in understanding soil management effects. At 0.15–0.20 m depth, LLWR was greater in G-28 than CV-0. Also at 0.65–0.70-m depth, LLWR in G-28 was the greatest, followed by G-7 and CV-0 treatment. G-28 showed greater LLWR than CV-0 in the interrow position. These results support the hypothesis that the use of Brachiaria in interrow and additional gypsum contributes favorably to modify the soil profile conditions for better coffee root development in conservation management systems." @default.
• W1122372013 created "2016-06-24" @default.
• W1122372013 creator A5012568647 @default.
• W1122372013 creator A5020345830 @default.
• W1122372013 creator A5027349801 @default.
• W1122372013 creator A5035912806 @default.
• W1122372013 creator A5038845182 @default.
• W1122372013 creator A5044634066 @default.
• W1122372013 creator A5060348534 @default.
• W1122372013 date "2015-12-01" @default.
• W1122372013 modified "2023-10-17" @default.
• W1122372013 title "Critical soil moisture range for a coffee crop in an oxidic latosol as affected by soil management" @default.
• W1122372013 cites W1587231111 @default.
• W1122372013 cites W1850646062 @default.
• W1122372013 cites W1894945904 @default.
• W1122372013 cites W1971042188 @default.
• W1122372013 cites W1974379271 @default.
• W1122372013 cites W1975435141 @default.
• W1122372013 cites W1980403662 @default.
• W1122372013 cites W1982574182 @default.
• W1122372013 cites W1982954068 @default.
• W1122372013 cites W1983292749 @default.
• W1122372013 cites W1985639486 @default.
• W1122372013 cites W1986152317 @default.
• W1122372013 cites W1986686452 @default.
• W1122372013 cites W1986746149 @default.
• W1122372013 cites W1987818292 @default.
• W1122372013 cites W1992128706 @default.
• W1122372013 cites W1992264357 @default.
• W1122372013 cites W1992402729 @default.
• W1122372013 cites W1993282399 @default.
• W1122372013 cites W1994496304 @default.
• W1122372013 cites W2000201505 @default.
• W1122372013 cites W2005086950 @default.
• W1122372013 cites W2005977539 @default.
• W1122372013 cites W2009231482 @default.
• W1122372013 cites W2009693539 @default.
• W1122372013 cites W2009891695 @default.
• W1122372013 cites W2012972820 @default.
• W1122372013 cites W2020595734 @default.
• W1122372013 cites W2020799038 @default.
• W1122372013 cites W2022314483 @default.
• W1122372013 cites W2023044705 @default.
• W1122372013 cites W2023299378 @default.
• W1122372013 cites W2024363531 @default.
• W1122372013 cites W2030612808 @default.
• W1122372013 cites W2033137322 @default.
• W1122372013 cites W2033252525 @default.
• W1122372013 cites W2036887212 @default.
• W1122372013 cites W2037896669 @default.
• W1122372013 cites W2040111431 @default.
• W1122372013 cites W2042726773 @default.
• W1122372013 cites W2043381145 @default.
• W1122372013 cites W2048652856 @default.
• W1122372013 cites W2050111149 @default.
• W1122372013 cites W2052439604 @default.
• W1122372013 cites W2057167405 @default.
• W1122372013 cites W2061114616 @default.
• W1122372013 cites W2064544023 @default.
• W1122372013 cites W2065415921 @default.
• W1122372013 cites W2066459710 @default.
• W1122372013 cites W2071612337 @default.
• W1122372013 cites W2076502180 @default.
• W1122372013 cites W2082959207 @default.
• W1122372013 cites W2084738588 @default.
• W1122372013 cites W2087836769 @default.
• W1122372013 cites W2087883884 @default.
• W1122372013 cites W2092616546 @default.
• W1122372013 cites W2093363953 @default.
• W1122372013 cites W2093444110 @default.
• W1122372013 cites W2101026053 @default.
• W1122372013 cites W2104005424 @default.
• W1122372013 cites W2105535131 @default.
• W1122372013 cites W2109307296 @default.
• W1122372013 cites W2123214288 @default.
• W1122372013 cites W2125774237 @default.
• W1122372013 cites W2137046130 @default.
• W1122372013 cites W2137214815 @default.
• W1122372013 cites W2142521502 @default.
• W1122372013 cites W2144079457 @default.
• W1122372013 cites W2154121675 @default.
• W1122372013 cites W2166423869 @default.
• W1122372013 cites W2474992534 @default.
• W1122372013 cites W31737379 @default.
• W1122372013 doi "https://doi.org/10.1016/j.still.2015.06.013" @default.
• W1122372013 hasPublicationYear "2015" @default.
• W1122372013 type Work @default.
• W1122372013 sameAs 1122372013 @default.
• W1122372013 citedByCount "28" @default.
• W1122372013 countsByYear W11223720132015 @default.
• W1122372013 countsByYear W11223720132017 @default.
• W1122372013 countsByYear W11223720132019 @default.
• W1122372013 countsByYear W11223720132020 @default.
• W1122372013 countsByYear W11223720132021 @default.
• W1122372013 countsByYear W11223720132022 @default.
• W1122372013 countsByYear W11223720132023 @default.
• W1122372013 crossrefType "journal-article" @default.
• W1122372013 hasAuthorship W1122372013A5012568647 @default.

• next