Data from: Colony losses of stingless bees increase in agricultural areas, but decrease in forested areas by Malena Sibaja Leyton (18400983)

“…On average, meliponiculturists lost 43.4 % of their stingless bee colonies annually, 33.3 % during the rainy season, and 22.0 % during the dry season. We found that colony losses during the rainy season decreased with higher abundance of forested areas and increased with higher abundance of agricultural area around meliponaries. …”

Table 1_Effect of decreased suspended sediment content on chlorophyll-a in Dongting Lake, China.docx by Le Zhang (88249)

“…However, the effect of reduced SSC on Chl-a is poorly studied. Here, we compared and analyzed the distribution conditions of Chl-a in 6 representative years for both before the implementation of Three Gorges Dam (TGD) (BIT) and after the implementation of TGD (AIT), using the TM/OLI data and NIR-red inversion model. …”

Data of the article "The physiological cost of being hot: High thermal stress and disturbance decrease energy reserves in dragonflies in the wild" by Eduardo Ulises Castillo-Pérez (20869904)

“…We evaluated thermal stress in 16 insect dragonfly species during two sampling periods (2019 and 2022) in preserved and disturbed sites within a tropical dry forest in western Mexico. …”

The PRAME-AS knockout cells showed a decrease in migration, proliferation, stemness, and viability. by Zahra Hosseininia (22265113)

Innovation, nightlights and a continuous measure of city size. by Saul Estrin (8629173)

Supplementary Material for: Longitudinal Decrease in Left Ventricular Size with Age: Impact on Mortality and Cardiovascular Hospitalization by figshare admin karger (2628495)

“…This study investigated clinical characteristics and outcomes associated with longitudinal decreases in LV size in this population. Methods: We analyzed echocardiographic data from 6,232 adults with normal baseline left ventricular end-diastolic diameter (LVEDD), with a mean interval of 4.8 years between baseline and follow-up echocardiograms. …”

The capture efficiency of BioMagnetic solutions FerroSelect in PBS/1% BSA and whole blood showed a decrease in capture efficiency when moving to whole blood. by Peng Liu (120506)

<b>The loss of insulin-positive cell clusters precedes the decrease of islet frequency and beta cell area in type 1 diabetes</b> by Denise M. Drotar (21679539)

“…The majority of functional beta cell mass is typically lost within months to years of disease diagnosis, but the timing and nature of this loss, particularly in early disease stages, remain unclear. We developed a whole-slide scanned image (WSI) analysis pipeline for semi-automated quantitation of endocrine areas, islet frequencies, inter-islet distances, and endocrine object size distribution in 145 human pancreata from 60 non-diabetic (ND), 19 single autoantibody positive (sAAb+), 10 multiple autoantibody positive (mAAb+), 16 recent-onset (0-1 year duration), 23 medium-duration (1-7 years), and 17 long-duration type 1 diabetes (7+ years) donors. …”

Ether Cleavage Decreases the Ion Exchange Capacity of Anion Exchange Membranes by Shakkira Erimban (6882539)

Ether Cleavage Decreases the Ion Exchange Capacity of Anion Exchange Membranes by Shakkira Erimban (6882539)

Line graph showing the increase or decrease in the average number of bee swarms caught over the past three years (Mean  by Beatrice T. Nganso (4114768)

Elementary Steps in Olefin Metathesis: Nickelacyclobutanes via Cycloaddition to Nickel Carbenes by Samantha K. Cormier (16872384)

Subjects:

Modeling the Shape and Stability of Co Nanoparticles as a Function of Size and Support Interactions through DFT Calculations and Monte Carlo Simulations by Enrico Sireci (12127349)

“…We report a marked increase in step and kink sites at the expense of terraces with increasing particle size, which we linked to the experimentally observed increase in turnover frequency (TOF). …”

Femur length anomalies tend to decrease with later phenology (greater day of year of adulthood anomaly) regardless of elevation or species’ seasonal timing. by César R. Nufio (11646271)

Porosity Tuning in Soft-templated Mesoporous Silica: The Influence of Block Copolymer Composition and Concentration by Lysander Q. Wagner (17419267)

“…A statistical in-depth analysis by tomography demonstrated that this wall size decrease is accompanied by an improved pore connectivity (e.g., in terms of the coordination number of adjacent pores) and an increasing pore size. …”

<b>Warming alters plankton body-size distributions in a large field experiment</b> by Dania Albini (20288463)

“…We found a nonlinear decrease in the overall mean body size of zooplankton with warming, with a 57% reduction at +8°C. …”

Understanding the Effect of Platinum Particle Size on Ethane Dehydrogenation and Hydrogenolysis: Particle-Based Microkinetic Modeling at Finite Conversion by Mubarak Bello (16715843)

“…For EH, Pt particle size effects depend on reactant pressure, where the EH rate decreases with increasing particle size at low PH2 and increases at high PH2. …”

Understanding the Effect of Platinum Particle Size on Ethane Dehydrogenation and Hydrogenolysis: Particle-Based Microkinetic Modeling at Finite Conversion by Mubarak Bello (16715843)

“…For EH, Pt particle size effects depend on reactant pressure, where the EH rate decreases with increasing particle size at low PH2 and increases at high PH2. …”

Understanding the Effect of Platinum Particle Size on Ethane Dehydrogenation and Hydrogenolysis: Particle-Based Microkinetic Modeling at Finite Conversion by Mubarak Bello (16715843)

“…For EH, Pt particle size effects depend on reactant pressure, where the EH rate decreases with increasing particle size at low PH2 and increases at high PH2. …”

Understanding the Effect of Platinum Particle Size on Ethane Dehydrogenation and Hydrogenolysis: Particle-Based Microkinetic Modeling at Finite Conversion by Mubarak Bello (16715843)

“…For EH, Pt particle size effects depend on reactant pressure, where the EH rate decreases with increasing particle size at low PH2 and increases at high PH2. …”