On the possibility of using noble gases in the liquid phase in agriculture

Abstract

The article substantiates the need to search for new solutions to increase crop yield through the use of new fertilizers. One of the options was proposed in this article. During the operation of nuclear power plants, by products are formed in the form of inert gases, for example, an isotope nitrogen-16, or helium-3 and helium-4, or xenon-133 and xenon-135. They are quite difficult to filter out of the air. If they are filtered into the atmosphere, other gas formations will pass. Therefore, the design of a cryogenic unit was developed for their deposition on the walls of the pipeline (transfer to a liquid state). In this case, they are separated by using different temperatures. Each liquid mixture is placed in its container. In autumn, these mixtures are transported to agricultural fields and spreads out. Experiments have shown that the use of these mixtures can increase the potato yield by two times compared to the case of no use of fertilizers. When comparing the results of the research of the potato yield grown using manure from domestic animals and compost with the yield obtained using a liquid mixture of the noble gas, it was established that the yield is lower by 60 % and 40 %.

Regulation of land-destructive load on water catchment areas of small rivers

“…[10]), that differ from the criteria proposed by the authors' proposed. Taking into account that the stability of catchment in the steppe zone is lower than in the zone of the middle and southern taiga [11][12][13][14][15][16][17][18][19][20], the results of our investigation, in general, do not contradict the results of investigations by the other authors.…”

Ecological and chemical assessment of the status of water bodies in the Vologda region

“…This indicator is above the standard (not more than 1.5 mg/dm3) only in the Kema (2.127 mg/dm3) and Komela (2.133 mg/dm3) rivers. The fluorine content in water can be determined by the structure of the soil and its consistency, geological, physical and chemical indicators of the area [23][24][25][26].…”

Sesame oil as an effective, environmentally friendly synergist for insecticidal compositions based on neonicotinoids, pyrethroids and organophosphorus compounds

“…As a result, most of the insecticide molecules interact with the target, providing a higher toxic effect [3]. The noted technique is widely used to destroy resistant pest populations, since it can significantly increase the effectiveness of insecticides at a lower drug consumption rate [4][5][6][7][8][9][10][11][12]. In addition, pest resistance to synergists usually does not develop, since they are not directly active substances and their presence in the body is not critical for the insect.…”