Table_1_Photosynthetic and Growth Responses in a Pioneer Tree (Japanese White Birch) and Competitive Perennial Weeds (Eupatorium sp.) Grown Under Different Regimes With Limited Wat... حسب Mitsutoshi Kitao (785516)

"…We investigated photosynthetic and growth responses to various water regimes from water deficit to waterlogging (two times-a-week irrigation, three times-a-week irrigation, half waterlogging, and full waterlogging) in pot-grown seedlings of Japanese white birch and the competitive weed Eupatorium makinoi. …"

Data_Sheet_1_Disentangling Drought and Nutrient Effects on Soil Carbon Dioxide and Methane Fluxes in a Tropical Forest.docx حسب Laëtitia Bréchet (7858025)

"…We showed that drought-imposed reduction in SWC decreased the CO₂ emissions (i.e., CO₂ efflux), but strongly increased the CH₄ emissions. …"

SEAwise synthetic summary report of the findings of WP4 on changes to the ecosystem impacts of fishing in response to spatial management for online tool حسب Anna Rindorf (6217391)

Deciphering the Microdroplet Acceleration Factors of Aza-Michael Addition Reactions حسب Zhexuan Song (17457438)

"…Both theoretically and experimentally, we confirmed that water microdroplets significantly accelerate the aza-Michael reaction, achieving an acceleration factor that exceeds 10⁷. …"

Dewetting from Amphiphilic Minichannel Surfaces during Condensation حسب Rebecca L. Winter (8377869)

"…Condensation heat transfer can be altered significantly by changing the texture and material of a surface to promote droplet removal and therefore lower thermal resistance. …"

Dewetting from Amphiphilic Minichannel Surfaces during Condensation حسب Rebecca L. Winter (8377869)

"…Condensation heat transfer can be altered significantly by changing the texture and material of a surface to promote droplet removal and therefore lower thermal resistance. …"

Dewetting from Amphiphilic Minichannel Surfaces during Condensation حسب Rebecca L. Winter (8377869)

"…Condensation heat transfer can be altered significantly by changing the texture and material of a surface to promote droplet removal and therefore lower thermal resistance. …"

Dewetting from Amphiphilic Minichannel Surfaces during Condensation حسب Rebecca L. Winter (8377869)

"…Condensation heat transfer can be altered significantly by changing the texture and material of a surface to promote droplet removal and therefore lower thermal resistance. …"

Dewetting from Amphiphilic Minichannel Surfaces during Condensation حسب Rebecca L. Winter (8377869)

"…Condensation heat transfer can be altered significantly by changing the texture and material of a surface to promote droplet removal and therefore lower thermal resistance. …"

Dewetting from Amphiphilic Minichannel Surfaces during Condensation حسب Rebecca L. Winter (8377869)

"…Condensation heat transfer can be altered significantly by changing the texture and material of a surface to promote droplet removal and therefore lower thermal resistance. …"

Dewetting from Amphiphilic Minichannel Surfaces during Condensation حسب Rebecca L. Winter (8377869)

"…Condensation heat transfer can be altered significantly by changing the texture and material of a surface to promote droplet removal and therefore lower thermal resistance. …"

Dewetting from Amphiphilic Minichannel Surfaces during Condensation حسب Rebecca L. Winter (8377869)

"…Condensation heat transfer can be altered significantly by changing the texture and material of a surface to promote droplet removal and therefore lower thermal resistance. …"

Dewetting from Amphiphilic Minichannel Surfaces during Condensation حسب Rebecca L. Winter (8377869)

"…Condensation heat transfer can be altered significantly by changing the texture and material of a surface to promote droplet removal and therefore lower thermal resistance. …"

Dewetting from Amphiphilic Minichannel Surfaces during Condensation حسب Rebecca L. Winter (8377869)

"…Condensation heat transfer can be altered significantly by changing the texture and material of a surface to promote droplet removal and therefore lower thermal resistance. …"

Dewetting from Amphiphilic Minichannel Surfaces during Condensation حسب Rebecca L. Winter (8377869)

"…Condensation heat transfer can be altered significantly by changing the texture and material of a surface to promote droplet removal and therefore lower thermal resistance. …"

Table1_The long-term effect of biochar application to Vitis vinifera L. reduces fibrous and pioneer root production and increases their turnover rate in the upper soil layers.docx حسب Peter Beatrice (12859252)

"…Our findings demonstrate that in the long term, biochar application significantly increased soil pH, nutrient availability, and water-holding capacity causing a decrease in the production of fibrous and pioneer roots which is reflected in a reduction of the root web characterized though by a higher turnover rate. …"

Table1_The long-term effect of biochar application to Vitis vinifera L. reduces fibrous and pioneer root production and increases their turnover rate in the upper soil layers.docx حسب Peter Beatrice (12859252)

"…Our findings demonstrate that in the long term, biochar application significantly increased soil pH, nutrient availability, and water-holding capacity causing a decrease in the production of fibrous and pioneer roots which is reflected in a reduction of the root web characterized though by a higher turnover rate. …"

DataSheet1_Assessing the effects of burn severity on post-fire tree structures using the fused drone and mobile laser scanning point clouds.docx حسب Yangqian Qi (13539643)

Data from paper: <i> Twenty-year effect of sewage-sludge fertilization in a Mediterranean </i><i>grassland: Impact on species composition, functional groups and interrelation with... حسب Mercedes Valerio (22631942)

Table_1_High-Resolution Analysis of Growth and Transpiration of Quinoa Under Saline Conditions.docx حسب Viviana Jaramillo Roman (11234967)

"…Stomatal conductance was reduced by salinity, but at 200 mM NaCl Pasto showed a lower reduction (15%) than selRiobamba (35%), along with decreased specific leaf area. …"