Resultados de búsqueda - "energy"

Leaf wettability, anatomy and ultra-structure of Nothofagus antarctica and N. betuloides grown under a CO2 enriched atmosphere por Bahamonde, Héctor Alejandro, Aranda, Ismael, Peri, Pablo Luis, Gyenge, Javier, Fernández, Victoria

Materias: “…Patagonian Forest Surface Free Energy…”
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Proyecto de evaluación de cultivos energéticos lignocelulósicos en la Comunidad Valenciana por Chueca, Patricia, Moltó, Enrique

Materias: “…P06 Renewable energy resources…”
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Desarrollo de sub-sistemas de alimentación de bovinos con rastrojos de frijol (Phaseolus vulgaris L.).II.Balance metabólico a varios niveles de energía y proteína suplementaria por Lozano, E, RUIZ, M.E, Ruiz, A

Materias: “…Valor energético||energy value||valor energético||valeur énergetique…”
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The long-run relationship between CO2 emissions and economic activity in a small open economy: Uruguay 1882 - 2010 por Piaggio, Matías, Padilla, Emilio, Román, Carolina

“…The long-run relationship between carbon dioxide emissions from energy use and economic activity level is estimated for Uruguay between 1882 and 2010. …”
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Effect of Microwave Frying on Moisture Transport and Oil Uptake in Fried Foods por Luna M., Efrain E.

“…It is speculated that microwave energy increases the energy inputted into the system, and thus it boosts water loss and therefore oil uptake after the frying finished. …”
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Análisis sobre la actividad científica referente a las estrategias de climatización pasiva usada en invernaderos: parte 1: análisis bibliométrico por Ortiz Rocha, Gloria Alexandra, Chamorro Medina, Adrian Nicolas, Gómez Arias, Linda Yhiset, Acuña Caita, John Fabio, Villagran Munar, Edwin Andrés

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Sistemas de climatización pasiva para invernaderos de cubierta plástica por Velásquez Ayala, Fabián Andrés, Espitia González, John Javier, Villagrán Munar, Edwin Andrés

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Vegetated roofs as a nature-based solution to mitigate climate change in a semiarid city por Robbiati, Federico Omar, Cáceres, Natalia, Barea Paci, Gustavo Javier, Ovando, Gustavo, Jim, C.Y., Suárez, Mario Adolfo, Hick, Emmanuel Christian Bernard, Rubio, Esteban Julian, Galetto, Leonardo, Imhot, Lelia

“…The world needs to develop eco-friendly technologies to reduce building energy consumption [16]. Extensive vegetated roofs (EVRs) offer nature-based solutions that can reduce energy use, enhance energy efficiency, and inform energy-saving strategies [15,16,17]. …”
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Evaluación del impacto de la inclusión de Ultraenergy en la dieta de aves de postura Dekalb® White e ISA® Brown por Fiallos S., Luis C.

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Differential characteristics of photochemical acclimation to cold in two contrasting sweet sorghum hybrids por Zegada Lizarazu, Walter, Luna, Dario Fernando, Monti, Andrea

“…The higher cold tolerance of Bulldozer was partially related to a more efficient photochemical regulation mechanism of the incoming light energy: the higher tolerance of photosystem II (PSII) to photo‐inactivation was because of a more effective dissipation capacity of the excess of energy and to a more balanced diversion of the absorbed energy into alternative energy sinks. …”
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Spatial-temporal variations in rose leaves under water stress conditions studied by chlorophyll fluorescence imaging por Calatayud, Ángeles, Roca, Dolors, Martínez, Pedro F.

“…Chlorophyll fluorescence parameters based on the lake model q(L), phi(NPQ) and phi(NO) have been found more appropriate for estimating the fraction of open centres, the quantum yield of regulated energy dissipation in photosystem 11 (PSII) and the quantum yield of non-regulated energy dissipation in PSII, respectively. …”
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Greenhouse gas emissions from Argentinian soybean products por Hilbert, Jorge Antonio, Camardelli, Ariana, Ponieman, Karen Debora

“…Using real feld data, this study presents the total GHG emissions of Argentina’s main soybean products taking into account agriculture, biorefnery, and distribution stages and following EU Renewable Energy Directives I and II (EU RED I and II). The aim of the study was to assess the GHG emissions of Argentina’s soybean-producing chain through an integrated life cycle approach, applying mass and energy allocation methods. …”
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The nutritional contribution of potato varietal diversity in andean food systems: a case study por De Haan, Stef, Burgos, Gabriela, Liria, Reyna, Rodríguez, Flor, Creed Kanashiro, Hilary M., Bonierbale, Merideth

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Efecto de una fuente de energía, tres inductores de resistencia y un sustrato foliar sobre Sigatoka negra en banano por Patiño Hoyos, Luis F.

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Efecto del reemplazo de pastura con grano de maíz sobre la producción y composición de leche en vacas lecheras en primavera por Barbera, Pablo

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Huella de carbono y huella energética del etanol anhidro, producido en una mini destilería “Minidest” en origen por Bongiovanni, Rodolfo, Tuninetti, Leticia

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Analysis Of Factors Affecting Ammonia And Methane Emissions From Pig Slurries: Slurry Composition And Dietary Factors por Antezana, Walter, Cerisuelo, Alba, Estellés, Fernando, Calvet, Salvador

“…It was clear that animals emitting high amounts of methane were those with higher dry matter and energy ingestion. The results of this study demonstrate relevant effects on N and energy balances at diets formulated according to commercial standards.…”
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The hydrothermal carbonization (HTC) plant as a decentral for wet biomass por Hitzl, Martin, Corma, Avelino, Pomares, Fernando, Renz, Michael

“…Optionally, the process water might serve as an alternative source of energy as it is demonstrated that its carbon content can be exploited for biogas production.…”
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Digestibilidad del pasto Imperial Axonopus scoparius y Gamalote Paspalum fasciculatum por Bateman, John V., Garza T., Rolando

“…Imperial grass with 15.25% dry matter contained 55.43% TDN and 2181 Kcal of digestible energy per kilogram of dry matter. Gamalote with 21.20% dry matter contained 44.06% TDN and 1671 Kcal of digestible energy per kilogram of dry matter.…”
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