Sentence examples for crop surfaces from inspiring English sources

A new study finds that increasing the reflectivity of crop surfaces could cool central North America and Eurasia during the summer months.

We have applied both models for sensible (H) and latent (LE) heat flux estimation over heterogeneous crop surfaces.

Analyses showed that, compared with crops raised on flat surfaces, the curvilinear crop surfaces carry the promise of significantly increasing the specific productivity of crops both per unit internal growth chamber volume and per unit energy required by plants.

The thoroidal crop surface has an effectiveness between the two.

PHYTOCYCLE plant growing chamber volume was 40% less than the volume of a flat crop surface growing chamber.

Dimension of agriculture surface lost: The productive crop surface lost is considered as parallelogram of a given length and width measured during field work (Fig. 6).

The highest effectiveness of volume and power utilization was demonstrated by the spherical crop surface and the least by the cylindrical one.

In this case, the plant stems align along the normals to the crop surface with crowns moving apart as plants grow owing to phototropic reactions.

Contrasting surface conditions can result in the advection of warm dry air over an irrigated crop surface where it increases the water vapor deficit and, thereby, atmospheric demand.

In microgravity, plants can be cultivated on curvilinear domed (convex) surfaces, e.g. cylindrical, spherical, and thoroidal, with light sources arrayed evenly along a concave surface above the crop surface.

The cylindrical surface of the laboratory model, PHYTOCYCLE, had a specific productivity of 30 g of fresh Pekinese cabbage biomass per kWh which is 28% higher than what has been harvested from a flat crop surface under comparable conditions.