Soils and plants can absorb more S than is brought down in rain (Johansson, 1960). Much of the S absorbed from the air by light sandy soils (Mann, 1955) during the autumn, winter and spring is lost by leaching and only that absorbed by soil during crop growth can be used. The crop can also absorb atmospheric S directly through the leaves; the amounts may be larger than soils supply when crops have a leaf-area index larger than 1 (Olsen, 1957; Spedding, 1969). RESP-655
In tobacco plants the net uptake of sulphate and its transport to the shoot were determined after cu...
Spinach plants (Spinacea oleracea L. cv. Estivato) were grown an nutrient solutions under deficient,...
Sulphate leaching losses may reduce the long-term possibility of maintaining the S supply of crops i...
International audienceAims Plants can absorb Sulfur (S) either through roots as sulfate or via leave...
International audienceSulphur (S) is one of the very few nutrients that plants can absorb either thr...
Environmental problems were faced, and one of them is the accumulation of Sulphur and its compounds ...
Sulphate leaching losses may reduce the long-term possibility of maintaining the S supply of crops i...
In order to get more insight into the interaction between atmospheric and pedospheric sulfur nutriti...
Sulfur (S) is an essential element for plant growth. In higher plants, S enters the plant mainly via...
Exposure of spinach cotyledons to H2S or sulfate resulted in a concentration and time dependent accu...
Brassica oleracea L. was rather insensitive to atmospheric H2S: growth was only negatively affected ...
Sulphur (S) is a part of every living cell and is a constituent of two of the 20 amino acids which f...
Hydrogen sulfide (H2S) is an air pollutant present at high levels in various regions. Plants activel...
The deposition on soil of sulphur from the atmosphere through gaseous absorption, or particulate pre...
Onion (Afflum cepa L.) was able to use atmospheric H2S as sole sulphur source for growth. The foliar...
In tobacco plants the net uptake of sulphate and its transport to the shoot were determined after cu...
Spinach plants (Spinacea oleracea L. cv. Estivato) were grown an nutrient solutions under deficient,...
Sulphate leaching losses may reduce the long-term possibility of maintaining the S supply of crops i...
International audienceAims Plants can absorb Sulfur (S) either through roots as sulfate or via leave...
International audienceSulphur (S) is one of the very few nutrients that plants can absorb either thr...
Environmental problems were faced, and one of them is the accumulation of Sulphur and its compounds ...
Sulphate leaching losses may reduce the long-term possibility of maintaining the S supply of crops i...
In order to get more insight into the interaction between atmospheric and pedospheric sulfur nutriti...
Sulfur (S) is an essential element for plant growth. In higher plants, S enters the plant mainly via...
Exposure of spinach cotyledons to H2S or sulfate resulted in a concentration and time dependent accu...
Brassica oleracea L. was rather insensitive to atmospheric H2S: growth was only negatively affected ...
Sulphur (S) is a part of every living cell and is a constituent of two of the 20 amino acids which f...
Hydrogen sulfide (H2S) is an air pollutant present at high levels in various regions. Plants activel...
The deposition on soil of sulphur from the atmosphere through gaseous absorption, or particulate pre...
Onion (Afflum cepa L.) was able to use atmospheric H2S as sole sulphur source for growth. The foliar...
In tobacco plants the net uptake of sulphate and its transport to the shoot were determined after cu...
Spinach plants (Spinacea oleracea L. cv. Estivato) were grown an nutrient solutions under deficient,...
Sulphate leaching losses may reduce the long-term possibility of maintaining the S supply of crops i...