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Opened without an author's link. What you mark goes to a reviewer first.Long-Term Grazing and Nitrogen Management Impacted Methane Emission Potential and Soil Microbial Community in Grazing Pastures
2024 · 11 results quoted
0-5 cm surface soil layer of high-stocking-rate pastures (HSR_LN and HSR_FN) vs soil layers below 15 cm depth (15-30, 30-45, 45-60 cm)
in vitro CH4 emission by soil depth, cumulative 9-day incubation (0-5 cm) · bermudagrass pastureHigher300 nmol CH4 mL–1
“In vitro CH 4 missions were mostly noted in the surface soil layer (0–5 and 5–15 cm), and highest iCH 4 emission were noted in the 0–5 cm soil layer, which was up to 300 nmol CH 4 mL –1 .” results
5% sterilized cow manure amendment to HSR_LN (clover) surface soil in incubation vs unamended HSR_LN surface soil
methanogen abundance (mcrA gene copies, log10) after 9-day incubation (0-20 cm) · bermudagrass pastureHigher6.51 against 6.28 log10 gene copies
“Numbers of mcrA genes significantly increased in response to manure amendment in the LN treatment of clover plots (log 10 = 6.51) compared to control (log 10 = 6.28), but not in FN treatments.” results
continuous inorganic N fertilization of ryegrass/bermudagrass pasture (FN), >50 yr vs legume-N clover/bermudagrass pasture without fertilizer (LN), >50 yr
prokaryotic community composition (16S, PERMANOVA on Bray-Curtis distance), 0-60 cm profile · bermudagrass pastureMixed
“It was revealed that prokaryotic community composition was significantly different ( p ≤ 0.01) between the two N-treatments, and between the SR treatments ( p ≤ 0.05), and their interactions at p < 0.1 ( Figure 5 (a)).” results
continuous inorganic N fertilization of ryegrass/bermudagrass pasture (FN), >50 yr vs legume-N clover/bermudagrass pasture without fertilizer (LN), >50 yr
soil organic carbon stock (0-60 cm) · bermudagrass pastureHigher10 %
“Higher SOC stocks (about 10% higher at the soil profile level) were also noted in pastures that were continuously fertilized with inorganic-N fertilizers (FN treatment) compared to legume-N (LN treatment).” results
high stocking rate + fertilizer-N ryegrass/bermudagrass (HSR_FN), >50 yr vs high stocking rate + legume-N clover/bermudagrass (HSR_LN), >50 yr
soil organic carbon stock (0-20 cm) · bermudagrass pastureHigher29 against 21 Mg C ha–1
“The differences were larger in the surface soil (0–20 cm), as treatment of HSR_FN contained significantly higher SOC stocks (29 Mg C ha –1 ) compared to HSR_LN (21 Mg C ha –1 ), which was the lowest among all the treatments.” results
high stocking rate + legume-N clover/bermudagrass (HSR_LN), >50 yr vs low stocking rate + fertilizer-N ryegrass/bermudagrass (LSR_FN), >50 yr
maximum seasonal in vitro CH4 emission, surface soil (0-20 cm), cumulative 9-day incubation · bermudagrass pastureHigher3,444 against 82 nmol iCH4 mL–1
“The seasonal iCH 4 emission in the clover plot with the HSR_LN treatment was the highest, reaching up to 3444 nmol iCH 4 mL –1 . Only up to 82 nmol of iCH 4 mL –1 was recorded in the ryegrass pastures on the LSR_FN treatment.” results
high stocking rate + legume-N clover/bermudagrass (HSR_LN), >50 yr vs low stocking rate + fertilizer-N ryegrass/bermudagrass (LSR_FN), >50 yr
methanogen abundance (mcrA gene copies, log10), surface soil 0-20 cm, winter · bermudagrass pastureHigher6.46 against 4.98 log10 gene copies
“The highest mcrA gene numbers were recorded in the HSR_LN (log 10 = 6.46) and the lowest were in the LSR_FN (log 10 = 4.98).” results
high stocking rate + legume-N clover/bermudagrass (HSR_LN), >50 yr vs low stocking rate + legume-N clover/bermudagrass (LSR_LN), >50 yr
methanotroph abundance (pmoA gene copies, log10), surface soil 0-20 cm, winter · bermudagrass pastureHigher7.95 against 6.05 log10 gene copies
“Similar trends were also observed for the pmoA gene numbers in these treatments, as the highest numbers were recorded in HSR_LN (log 10 = 7.95) and lowest in LSR_LN (log 10 = 6.05).” results
high stocking rate continuous cattle grazing, >50 yr (HSR) vs low stocking rate continuous cattle grazing, >50 yr (LSR)
in vitro CH4 emission potential of surface soil (0-20 cm), seasonal 9-day incubations · bermudagrass pastureHigher
“CH 4 emissions were also significantly influenced by the stocking rate (SR) treatments over seasonal comparisons ( p < 0.03, Figure 2 a).” results
low stocking rate + fertilizer-N ryegrass/bermudagrass (LSR_FN), >50 yr vs low stocking rate + legume-N clover/bermudagrass (LSR_LN), >50 yr
soil organic carbon stock (0-20 cm) · bermudagrass pastureHigher36 against 27 Mg C ha–1
“Similarly, LSR_FN contained about 33% higher SOC stocks (36 Mg C ha –1 ) compared to LSR_LN treatment (27 Mg C ha –1 ).” results
low stocking rate continuous cattle grazing, >50 yr (LSR, both N systems) vs high stocking rate continuous cattle grazing, >50 yr (HSR, both N systems)
soil organic carbon stock (0-60 cm) · bermudagrass pastureHigher
“Results indicated that SOC stocks were significantly higher in LSR compared with HSR pastures under both N-management scenarios.” results
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