Sentence examples for greenhouse generation from inspiring English sources

Hence, the plants used in the experiment represented the second greenhouse generation, except for the T population, which was the fifth greenhouse generation.

Complementary studies regarding the controllability, thermodynamic efficiency and greenhouse gases generation were conducted.

One of the alleged features of such target format is to secure a reduction in emissions' intensity in order to decouple greenhouse gases generation from economic activity.

The structure domain tended to be water-limited and potentially prone to leaching, while the matrix domain tended to be aeration-limited and potentially prone to greenhouse gas generation.

Soil hydraulic properties have a predominating impact on soil physical quality (SPQ) because they directly or indirectly control air and water storage, infiltration and drainage, nutrient leaching, microbial activity, greenhouse gas generation, and carbon sequestration.

This study discusses progress toward a high/medium strength concrete with a dense, cementitious matrix that contains an irradiated plastic additive, recovering the compressive strength while displacing concrete with waste materials to reduce greenhouse gas generation.

In taking a first look at the opportunity to recommission offshore oil rigs to offshore water rigs, the data looks good: we can generate a high volume of fresh clean water (at least 25 million gallons per day) for a reasonable cost ($1,578/acre foot) with significantly less greenhouse gas generation.

The utilization of geothermal energy in Yangbajing geothermal field includes electric power generation, greenhouse planting, bathing, and space heating, etc.

Palm oil mills without appropriate strategies for biogas collection can participate in greenhouse gases (GHGs) generation actively.

With the appearance of problems with fossil energy depletion and the greenhouse effect, energy generation in smart grids through renewable energy resources, such as wind power, solar power, and geothermal power, has become an attractive alternative and contributes to solving the problem [3, 4, 5].

In this report, we examine transcriptional dynamics of multiple distinct sublineages of T3/gypsy and a single sublineage of Ty1/copia in greenhouse synthesized, early generation H. annuus × H. petiolaris hybrid genotypes under both control and abiotic stress treatments and in the ancient hybrid species under control conditions.