The results of the study of the impact of phosphogypsum on the accumulation and migration of fluorine in the southern chernozems of the North-West Black Sea coast area of Ukraine are presented herein. It has been found that the introduction of phosphogypsum as a chemical ameliorator of irrigated chernozems resulted in a fluorine increase both in the soils and in the soil (lysimetric) waters
The influence of edaphic and geographic factors on accumulation of fluorides by the plants of the sp...
Phosphogypsum (PG) is a by-product of phosphoric acid production and according to the Waste Manageme...
Bench-scale soil washing experiments were conducted to remove fluoride from contaminated soils. Five...
The results of the study of the impact of phosphogypsum on the accumulation and migration of fluorin...
The soil cover acts as significant factor influencing the processes in the biosphere, due to the pol...
Fluoride contamination of irrigated alkaline soils (Irragric Anthrosols) is a common problem in the...
Soil fluoride pollution due to small and large scale industrial plants and phosphogypsum (PG) as a b...
To estimate the environmental safety of food raw materials it is important to monitoring agricultura...
This article presents the results of a study on the effect of fluorine pollution of soil, including ...
A study to investigate the fluoride content in two South African phosphogypsums, Kynoch and Omnia, a...
Soil sampling was carried out in the Velika Morava river valley, covering the area from Velika Plana...
A significant degree of ploughness of agricultural lands of Ukraine has led to increased erosion and...
Soils in large areas of China are enriched in fluorine (F). The present study analyzed F concentrati...
This paper focuses on the study of the process of vertical migration of phosphogypsum components acc...
Crave for increase in agricultural production over the past sixty years reflects in widespread use o...
The influence of edaphic and geographic factors on accumulation of fluorides by the plants of the sp...
Phosphogypsum (PG) is a by-product of phosphoric acid production and according to the Waste Manageme...
Bench-scale soil washing experiments were conducted to remove fluoride from contaminated soils. Five...
The results of the study of the impact of phosphogypsum on the accumulation and migration of fluorin...
The soil cover acts as significant factor influencing the processes in the biosphere, due to the pol...
Fluoride contamination of irrigated alkaline soils (Irragric Anthrosols) is a common problem in the...
Soil fluoride pollution due to small and large scale industrial plants and phosphogypsum (PG) as a b...
To estimate the environmental safety of food raw materials it is important to monitoring agricultura...
This article presents the results of a study on the effect of fluorine pollution of soil, including ...
A study to investigate the fluoride content in two South African phosphogypsums, Kynoch and Omnia, a...
Soil sampling was carried out in the Velika Morava river valley, covering the area from Velika Plana...
A significant degree of ploughness of agricultural lands of Ukraine has led to increased erosion and...
Soils in large areas of China are enriched in fluorine (F). The present study analyzed F concentrati...
This paper focuses on the study of the process of vertical migration of phosphogypsum components acc...
Crave for increase in agricultural production over the past sixty years reflects in widespread use o...
The influence of edaphic and geographic factors on accumulation of fluorides by the plants of the sp...
Phosphogypsum (PG) is a by-product of phosphoric acid production and according to the Waste Manageme...
Bench-scale soil washing experiments were conducted to remove fluoride from contaminated soils. Five...