Search Results - (temperature OR temperatura) decrease
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5821
Fabrication of highly thermal conductive epoxy/graphite@La2O3 composite coating with anti‐erosion and mechanical flexibility
Published 2024Fuente: Wiley Open AccessTipo de material: Artículo Open AccessAcceso al recurso -
5822
Thermal properties of Al2W3O12/epoxy composites at low filler volume loadings
Published 2025Fuente: Wiley Open AccessTipo de material: Artículo Open AccessAcceso al recurso -
5823
Rheological investigation on polyethylene terephthalate ( PET) filled with hollow glass beads
Published 2024Fuente: Wiley Open AccessTipo de material: Artículo Open AccessAcceso al recurso -
5824
Predicting key ectotherm population mortality in response to dynamic marine heatwaves: A Bayesian‐enhanced thermal tolerance landscape approach
Published 2024Fuente: Wiley Open AccessTipo de material: Artículo Open AccessAcceso al recurso -
5825
A multi‐trait evaluation of patterns and fitness consequences of breeding phenology plasticity with nocturnal warming and food restriction in a lizard
Published 2025Fuente: Wiley Open AccessTipo de material: Artículo Open AccessAcceso al recurso -
5826
Environmental phenology drives spring migration timing
Published 2026Fuente: Wiley Open AccessTipo de material: Artículo Open AccessAcceso al recurso -
5827
Chasing windows of opportunity for habitat formation: Spatial and temporal determinants of oyster settlement rates
Published 2025Fuente: Wiley Open AccessTipo de material: Artículo Open AccessAcceso al recurso -
5828
Investigating the Effects of Thermal Variability and Heatwaves on Pond Zooplankton Communities and Physiological Traits
Published 2025Fuente: Wiley Open AccessTipo de material: Artículo Open AccessAcceso al recurso -
5829
Net Ecosystem CO2 Exchange of a Subalpine Spruce Forest in Switzerland Over 26 Years: Effects of Phenology and Contributions of Abiotic Drivers at Daily Time Scales
Published 2025Fuente: Wiley Open AccessTipo de material: Artículo Open AccessAcceso al recurso -
5830
Climate Underlies Variation in Plant Disease Severity by Altering Grassland Plant Communities
Published 2025Fuente: Wiley Open AccessTipo de material: Artículo Open AccessAcceso al recurso -
5831
Analysis of deep ion‐exchange behavior of Li 2 ZnSiO 4 glass‐ceramics by experiments and machine learning
Published 2025Fuente: Wiley Open AccessTipo de material: Artículo Open AccessAcceso al recurso -
5832
Forecasting the Rising Threat: How Climate Change Could Amplify Rice Brown Spot in Côte d'Ivoire
Published 2026Fuente: Wiley Open AccessTipo de material: Artículo Open AccessAcceso al recurso -
5833
Incidence and Influencing Factors for Steam Pops in Cardiac Ablations: A Systematic Review
Published 2025Fuente: Wiley Open AccessTipo de material: Artículo Open AccessAcceso al recurso -
5834
Future Climate and Hydrological Extremes in Ethiopia: A CMIP6‐Based Analysis
Published 2025Fuente: Wiley Open AccessTipo de material: Artículo Open AccessAcceso al recurso -
5835
Harnessing Solar Energy Using Parabolic Dish Concentrator for Clay Brick Drying
Published 2025Fuente: Wiley Open AccessTipo de material: Artículo Open AccessAcceso al recurso -
5836
Energy and Exergy Evaluation of the Integrated Waste Energy Recovery System (IWERS) and the Solar‐Powered Integrated Waste Energy Recovery System (SPIWERS) in Various Climates
Published 2025Fuente: Wiley Open AccessTipo de material: Artículo Open AccessAcceso al recurso -
5837
Performance Analysis of Pressurized Thermochemical Heat Storage System Using Thermal Vapor Ejector and Mechanical Compressor
Published 2026Fuente: Wiley Open AccessTipo de material: Artículo Open AccessAcceso al recurso -
5838
Wind-driven coastal circulation in the Gulf of Tehuantepec, Mexico
Published in Ciencias Marinas (2011)Fuente: Redalyc · Ciencias MarinasTipo de material: Artículo científicoDescripción: Sea surface current measurements and wind stress and sea surface temperature satellite data were used to study the effect of northerly wind events (Tehuanos) on coastal dynamics in the Gulf of Tehuantepec, Mexico. The winter 2005 observations show a significant change in the intensity and direction of surface currents during wind events, which is reflected in an increase in kinetic energy and negative relative vorticity. The analysis revealed that kinetic energy of the coastal current decreases (increases) in periods when there is absence (presence) of Tehuano wind events, and that the relative vorticity has a tendency to positive values under low wind conditions and a tendency to negative values during high wind events. An asymmetric ocean response was observed due to wind stress forcing and the interaction between a persistent coastal current and offshore wind stress. Con base en mediciones de corrientes superficiales del océano e información satelital de vientos y temperatura superficial del océano, se estudió el efecto de los eventos de viento del norte (tehuanos) sobre la dinámica costera en el golfo de Tehuantepec, México. Las observaciones realizadas durante el invierno de 2005 mostraron un cambio significativo en la intensidad y dirección de las corrientes superficiales durante los eventos de viento, que se vio reflejado en un aumento de la energía cinética y de la vorticidad relativa negativa. El análisis mostró que la energía cinética de la corriente costera decrece (incrementa) en los periodos cuando hay ausencia (presencia) de eventos de viento tehuano, y que la vorticidad relativa presenta una tendencia a valores positivos bajo condiciones de viento débil y una notoria tendencia a valores negativos durante los eventos de viento intenso. Se observó una asimetría en la respuesta del océano por el forzamiento del esfuerzo del viento y la interacción entre una corriente costera persistente y el viento normal a la costa. Measures using High Frequency Radio (HFR) systems of sea surface currents and winds stress and sea surface temperature satellite data, where used to study the effect of northerly wind events or Tehuanos on coastal dynamics in the Gulf of Tehuantepec (GT), Mexico. The winter 2005 observations show a significant change in the intensity and direction of surface currents during wind events, which is reflected in an increase of kinetic energy and negative relative vorticity. The analyses show that kinetic energy of the coastal current decreases (increases) in periods when there is absence (presence) of wind events. Observations show that the relative vorticity has a tendency to positive values under low wind conditions, and a tendency to negative values during high wind events. Additionally, winds from the north are associated with the generation of negative vorticity in the GT. An asymmetric ocean response was observed due to the wind stress forcing as interaction between a persistent coastal current and off-shore wind stress.Acceso al recurso -
5839
Branched tetraethers in the Berau River delta
Published 2016Fuente: PANGAEATipo de material: Dataset Open AccessAcceso al recurso -
5840
THE EFFECT OF Nano-MgO ON THE MECHANICAL AND FLAMMABILITY PROPERTIES OF HYBRID NANO COMPOSITES FROM WOOD FLOUR-POLYETHYLENE
Published 2017Fuente: RedalycTipo de material: Artículo científicoAcceso al recurso