The GESS increases vegetation productivity in dry areas by 137 percent.

The ITU Eurasia Institute of Earth Sciences -Faculty Member Ömer Estemen and the team of scientists at the Academy of Sciences of the People's Republic of China, the team that was founded in the dry areas of the GESS on the effect of vegetation to examine the effect of 2 years ago.

In this context, the research team analyzed the effects of 51 thousand 491 GE on vegetation.

As a result of research, the solar power plants (GES) determined in Arid areas increased the vegetation efficiency by 137 percent.

But in an explanation, he said that the increasing energy requirement for the installation of the agricultural country's solar power plant, he said.

In agricultural countries, the existing vegetation on the ground was first removed, the country was tested and the ground was pressed and the solar collectors placed in the last level. he said.

The bottom of the solar collectors is even less sunlight, the rainwater collected along the panels increases the moisture of the soil, so that the vegetation was enriched under the plate.

In the emphasis that this effect is much more pronounced, especially in semi -arid climate zones, “influence microclimatic changes caused by panels, both microchabitats as well as soil moisture, air temperature and organic carbon of the soil.” he said.

“The vegetation in the halbarid climate is very sensitive to soil moisture”

In the emphasis that they examined the effects of solar power plants that were built in dry areas on the vegetation with scientists in the Academy of the Sciences of the People's Republic of China, “we examined the vegetation, such as the solar power plants, which have installed more than 50 thousand in the world.” he said.

It also indicated that they use a harmonious model in the analysis and said:

“This model enables us to recognize the natural cycle and the long -term changes in the vegetation in the course of the year by the data that has been obtained from satellite images. Therefore we can determine the natural course before the central installation and show the change after the central installation. Thanks to the vegetation set in the field of the field, all of these changes have a positive influence on vegetation.”

Dr. He added Yetmen, the same work by expanding in Torkiye.

It also said that they had identified four different regions in Türkiye for the study. he said.


Yayımlandı

kategorisi

yazarı:

Etiketler:

Yorumlar

Bir yanıt yazın

E-posta adresiniz yayınlanmayacak. Gerekli alanlar * ile işaretlenmişlerdir