In order to study the lack of acidity in wines made out of cv. Negrette, a problem partially due to a high potassium content, this cultivar was grafted onto three different rootstocks, which were then grown in a nutrient solution. Although cation nutrition varied as a function of the rootstock, the potassium level was high in leaves of all three rootstocks. Rootstock 3309 C induced the lowest potassium level. Furthermore, in combination with Negrette, SO 4 absorbed potassium more readily than 101-14 Mgt, contrary to the literature concerning other cultivars. To decrease the absorption of this element by Negrette, 3309 C appears to be the most appropriate rootstock
Grapevine rootstocks affect the nutritional status of plants and thus the production and the quality...
The concentration and content of potassium (K) within grapevine can be regulated by selective use of...
Background and Aims[br/] Both rootstocks and mineral nutrition, particularly nitrogen (N), are known...
The cultivar was found to have high potassium content in leaves, musts and wines. To study the contr...
Different scion/rootstock combinations in grapevine (Vitis vinifera/Vitis spp.) were tested for nutr...
The role of rootstock in the potassium (K) content of Croatina grapevines was investigated in a repl...
Berry sugar content and pH are two important quality parameters for wine grapes. Potassium (K) nutri...
The concentration of potassium (K) in scions can be controlled by rootstocks (Vitis). However, diffe...
Greenhouse studies were carried out to determine the effects of three calcareous soils on the foliar...
Selection of resistant rootstocks to overcome recent climate-change events is a crucial factor for d...
Results confirm a great genetical difference in K+ uptake of grapevine genotypes. Riparia and Rupest...
Potassium is the most abundant cation in grape berries. It has important roles in grapevine physiolo...
In warm irrigated regions of Australia (such as Sunraysia), pH of grape juice often tends to be high...
Seven 2-years old grapevine rootstocks were grown in an open greenhouse in 15 L pots with different ...
In warm irrigated regions of Australia (such as Sunraysia), pH of grape juice often tends to be high...
Grapevine rootstocks affect the nutritional status of plants and thus the production and the quality...
The concentration and content of potassium (K) within grapevine can be regulated by selective use of...
Background and Aims[br/] Both rootstocks and mineral nutrition, particularly nitrogen (N), are known...
The cultivar was found to have high potassium content in leaves, musts and wines. To study the contr...
Different scion/rootstock combinations in grapevine (Vitis vinifera/Vitis spp.) were tested for nutr...
The role of rootstock in the potassium (K) content of Croatina grapevines was investigated in a repl...
Berry sugar content and pH are two important quality parameters for wine grapes. Potassium (K) nutri...
The concentration of potassium (K) in scions can be controlled by rootstocks (Vitis). However, diffe...
Greenhouse studies were carried out to determine the effects of three calcareous soils on the foliar...
Selection of resistant rootstocks to overcome recent climate-change events is a crucial factor for d...
Results confirm a great genetical difference in K+ uptake of grapevine genotypes. Riparia and Rupest...
Potassium is the most abundant cation in grape berries. It has important roles in grapevine physiolo...
In warm irrigated regions of Australia (such as Sunraysia), pH of grape juice often tends to be high...
Seven 2-years old grapevine rootstocks were grown in an open greenhouse in 15 L pots with different ...
In warm irrigated regions of Australia (such as Sunraysia), pH of grape juice often tends to be high...
Grapevine rootstocks affect the nutritional status of plants and thus the production and the quality...
The concentration and content of potassium (K) within grapevine can be regulated by selective use of...
Background and Aims[br/] Both rootstocks and mineral nutrition, particularly nitrogen (N), are known...