The experiment design and fertilization amount. by Yu Liu (6938)

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La,Al-Codoped SrTiO₃ as a Photocatalyst in Overall Water Splitting: Significant Surface Engineering Effects on Defect Engineering by Yalei Qin (11360407)

Image_2_Increasing Precipitation Interval Has More Impacts on Litter Mass Loss Than Decreasing Precipitation Amount in Desert Steppe.JPEG by Hao Qu (623045)

“…Therefore, we conducted a 3-year manipulative research in a desert steppe to assess the effects of decreasing precipitation amount and increasing precipitation interval on the litter mass loss of Stipa klemenzii and their relationships with litter chemical traits [contents of carbon (C), nitrogen (N), phosphorus (P), potassium (K), lignin and ash, C/N ratio, and lignin/N ratio] and abiotic factors (light intensity and temperature and humidity of soil and air). …”

Image_1_Increasing Precipitation Interval Has More Impacts on Litter Mass Loss Than Decreasing Precipitation Amount in Desert Steppe.JPEG by Hao Qu (623045)

“…Therefore, we conducted a 3-year manipulative research in a desert steppe to assess the effects of decreasing precipitation amount and increasing precipitation interval on the litter mass loss of Stipa klemenzii and their relationships with litter chemical traits [contents of carbon (C), nitrogen (N), phosphorus (P), potassium (K), lignin and ash, C/N ratio, and lignin/N ratio] and abiotic factors (light intensity and temperature and humidity of soil and air). …”

Table_1_Increasing Precipitation Interval Has More Impacts on Litter Mass Loss Than Decreasing Precipitation Amount in Desert Steppe.DOCX by Hao Qu (623045)

“…Therefore, we conducted a 3-year manipulative research in a desert steppe to assess the effects of decreasing precipitation amount and increasing precipitation interval on the litter mass loss of Stipa klemenzii and their relationships with litter chemical traits [contents of carbon (C), nitrogen (N), phosphorus (P), potassium (K), lignin and ash, C/N ratio, and lignin/N ratio] and abiotic factors (light intensity and temperature and humidity of soil and air). …”

Amount of LULC component change (sq km) of DNCC from 1992–2022. by Mashura Shammi (9033173)

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Precipitation amount. by Jianzhong Guo (8099471)

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Comparison of soil moisture in different microtoporaphies (Note: Different letters in the same column indicate significant differences (P < 0.05)). by Qingping Gou (22641045)

Decrease of flowrate over time during plankton filtrations due to increased biomass loading of the filters, as recorded by the Arduino flowmeter (A), and (B) DNA yields after extra... by Corentin Fournier (5088941)

Volume proportion of weak water-flushed zone in low permeability formation at different water cut stages. by Mengyun Li (7490870)

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Water use efficiency and fertilizer partial productivity of each treatment. by Jianzhong Guo (8099471)

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Effects of γ-PGA and γ-PGA SAP for soil water content. by Jianzhong Guo (8099471)

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Table1_Exposure to Roundup increases movement speed and decreases body mass in earthworms.docx by Sharon T Pochron (13848331)

“…Exposure to contamination did not significantly impact earthworm survival time during a stress test, suggesting weak direct toxicity. …”

Annual input amount of N, P₂O₅ and K₂O in organic and inorganic fertilizers at the experimental site. by Xiaoqin Tian (18621436)

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History matching of the water cut and oil production rate. by Mengyun Li (7490870)

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Shows the amount of emission reductions. by Mohammed Qasim Shaheen (21417079)

“…<div><p>This manuscript investigates the utilization of waste heat from automobiles, such as exhaust gas and engine coolant water, to run a lithium bromide water Absorption Cooling System (ACS). …”

Results of iterative calculation of reservoir data in different water cut stages. by Mengyun Li (7490870)

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Effect of water content (5%) on the thermal stability of ChCl-MEA DESs. by Hossam K. Abdrabou (16436541)

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Total irrigation amount (m³) and average soil water content (%) with rhizosphere zones (0–60 cm depth) during the whole growth period of tomato plants for different trea... by Hongyi Pan (5706971)

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Influence of Interfacial Gas Enrichment on Controlled Coalescence of Oil Droplets in Water in Microfluidics by Jianlong Wang (438075)

“…When the amount of dissolved gases (oxygen) in oil decreases (from 7.89 to 4.59 mg/L), the average drainage time of coalescence significantly increases (from 19 to 50 ms). …”