Chemical properties of the soil. by Dominika Radzikowska-Kujawska (14439076)

“…Physiological parameters were assessed based on measurements of photosynthetic efficiency (A - CO₂ assimilation rate, E - Transpiration Rate, Gs – Stomatal Conductance) and chlorophyll content (CCI) and fluorescence (F0 - initial fluorescence, Fm - maximum fluorescence, Fv/Fm - maximum photochemical efficiency of PSII, Yield - quantum yield of the photochemical reaction in PSII, ETR – electron transport rate, NPQ - Non - Photo-chemical Quenching), as well as soil respiration (NCER- Net CO₂ Exchange Rate, W flux- Net H₂O Exchange Rate, Ce- Soil Respiration) and biometric measurements (dry mass of shoots and roots).The measurement of photosynthesis efficiency under drought stress clearly indicated the highest, significant effect caused by Trichoderma preparation with both fertilizers. …”

Schematic diagram of the miller soil box. by Kui Suo (20614613)

“…When the groundwater level declines, LNAPL migrates rapidly downward along preferential flow paths, with an average rate increasing to 1.45 cm/h. Miller Soil Box experiments further reveal the relationship between LNAPL content and electrical resistivity, showing that an increase in LNAPL can significantly alter soil resistivity, especially under low moisture conditions. …”

Impact of endophytic fungi on soil humidity, under non-stress, salinity and drought stress conditions. by Shasha Hu (5880887)

Chlorophyll fluorescence: (A) Yield - quantum yield of the photochemical reaction in PSII, (C) ETR – electron transport rate, (E) NPQ - Non - Photochemical Quenching, (B) F0 - init... by Dominika Radzikowska-Kujawska (14439076)

Soil phosphorus fractionations procedure [41]. by Nusrat Jahan Mumu (22305359)

“…Overall, ST-HR-N100 was found to optimize P availability and minimize non-labile P buildup, offering a balanced P dynamics for improved soil fertility and sustainable crop production.…”

Selected soil chemical properties after harvest. by Beamlaku Alemayehu (20648920)

“…The soil analysis result indicated that vermicompost and lime significantly increased soil pH and decreased exchangeable acidity. …”

Pile-soil interaction. by Maogang Tian (21485116)

“…Furthermore, parametric studies reveal that the pile base displacement exhibits a non-linear trend of initially decreasing and then increasing with larger inclination angles of the inclined piles. …”

Soil modeling and mechanical parameters. by Maogang Tian (21485116)

“…Furthermore, parametric studies reveal that the pile base displacement exhibits a non-linear trend of initially decreasing and then increasing with larger inclination angles of the inclined piles. …”

DataSheet1_Drought induces opposite changes in organ carbon and soil organic carbon to increase resistance on moso bamboo.pdf by Xiaogai Ge (594675)

“…Effect of drought on SC and NSC varied with different organs and ramet age. Drought significantly increased soluble sugar concentration of leaves and roots by 15.5–31.0% and 10.6–24.8% for current-year bamboo. …”

Supporting information_raw dataset. by Nusrat Jahan Mumu (22305359)

“…Overall, ST-HR-N100 was found to optimize P availability and minimize non-labile P buildup, offering a balanced P dynamics for improved soil fertility and sustainable crop production.…”

Residual distribution. by Kui Suo (20614613)

“…When the groundwater level declines, LNAPL migrates rapidly downward along preferential flow paths, with an average rate increasing to 1.45 cm/h. Miller Soil Box experiments further reveal the relationship between LNAPL content and electrical resistivity, showing that an increase in LNAPL can significantly alter soil resistivity, especially under low moisture conditions. …”

Experimental setup. by Kui Suo (20614613)

“…When the groundwater level declines, LNAPL migrates rapidly downward along preferential flow paths, with an average rate increasing to 1.45 cm/h. Miller Soil Box experiments further reveal the relationship between LNAPL content and electrical resistivity, showing that an increase in LNAPL can significantly alter soil resistivity, especially under low moisture conditions. …”

Residual distribution. by Kui Suo (20614613)

“…When the groundwater level declines, LNAPL migrates rapidly downward along preferential flow paths, with an average rate increasing to 1.45 cm/h. Miller Soil Box experiments further reveal the relationship between LNAPL content and electrical resistivity, showing that an increase in LNAPL can significantly alter soil resistivity, especially under low moisture conditions. …”

Residual distribution. by Kui Suo (20614613)

“…When the groundwater level declines, LNAPL migrates rapidly downward along preferential flow paths, with an average rate increasing to 1.45 cm/h. Miller Soil Box experiments further reveal the relationship between LNAPL content and electrical resistivity, showing that an increase in LNAPL can significantly alter soil resistivity, especially under low moisture conditions. …”

Particle size distribution table of sand samples. by Kui Suo (20614613)

“…When the groundwater level declines, LNAPL migrates rapidly downward along preferential flow paths, with an average rate increasing to 1.45 cm/h. Miller Soil Box experiments further reveal the relationship between LNAPL content and electrical resistivity, showing that an increase in LNAPL can significantly alter soil resistivity, especially under low moisture conditions. …”

Basic physical properties of diesel. by Kui Suo (20614613)

“…When the groundwater level declines, LNAPL migrates rapidly downward along preferential flow paths, with an average rate increasing to 1.45 cm/h. Miller Soil Box experiments further reveal the relationship between LNAPL content and electrical resistivity, showing that an increase in LNAPL can significantly alter soil resistivity, especially under low moisture conditions. …”

Variation of resistivity with LNAPL content. by Kui Suo (20614613)

“…When the groundwater level declines, LNAPL migrates rapidly downward along preferential flow paths, with an average rate increasing to 1.45 cm/h. Miller Soil Box experiments further reveal the relationship between LNAPL content and electrical resistivity, showing that an increase in LNAPL can significantly alter soil resistivity, especially under low moisture conditions. …”

Data for faba bean. by Beamlaku Alemayehu (20648920)

“…The soil analysis result indicated that vermicompost and lime significantly increased soil pH and decreased exchangeable acidity. …”

Partial budget analysis. by Beamlaku Alemayehu (20648920)

“…The soil analysis result indicated that vermicompost and lime significantly increased soil pH and decreased exchangeable acidity. …”

Non-random tree species loss shifts soil fungal communities by Sirong Zhang (20831093)

“…Preferential loss of higher-SLA species resulted in significant decreases in soil fungal diversity, shifts in community composition and simplifications in fungal co-occurrence network. …”