Woody cuttings from three ungrafted rootstocks, with decreasing resistance to lime-induced chlorosis (V. berlandieri x V. rupestris 140 Ru; V. berlandieri x V. riparia SO 4; V. riparia x V. rupestris 101-14), were potted in unsterile calcareous soil with Pseudomonas fluorescens cells and Glomus mosseae inoculum to test the effects of these organisms on some physiological parameters involved in chlorosis occurrence. The most significant findings are:(i) P. fluorescens and G. mosseae treatments increase ferrous iron and chlorophyll leaf content in the rootstock more susceptible to lime-induced chlorosis (101-14);(ii) increased mycorrhizal colonization, over the control, enhances N, P, Mn and Cu concentration in leaf fresh matter.Effetto dell'...
In order to study the effect of high bicarbonate concentration in the root medium on root Fe-III red...
In Turkey, calcareous soil conditions usually cause significant decreases in grape yield. Understand...
In Turkey, calcareous soil conditions usually cause significant decreases in grape yield. Understand...
Grapevine cuttings (Vitis vinifera L. cv. Pinot blanc, clone VCR 5), grafted on 3309 C, a lime-susce...
1-year-old grapevine cuttings were grown in pots in order to test, during the growing period, the ch...
Herbaceous nodes of four grapevine genotypes with different tolerance to lime-induced chlorosis (V. ...
The objective of this thesis was to study the response mechanisms of grapevine to Fe-deficiency and ...
Background and Aims The control of iron (Fe) chlorosis by synthetic Fe chelates is costly and the...
The prevention/cure of iron (Fe) chlorosis with Fe chelates is a very widespread agronomical practic...
One-year-old cutting from eleven Vitis spp. (V. aestivalis Michx., V. amurensis Rupr., V. andersonii...
Vitis vinifera L. cv. Merlot clone R3 grafted on the hybrid Vitis riparia x Vitis rupestris 3309C ro...
In many important viticultural areas of the Mediterranean basin, plants often face prolonged periods...
Mycorrhization is normally occurring in the grapevine, but the natural root infection can be increas...
Vitis vinifera L. cv. Merlot clone R3, grafted on 3309 C (lime-susceptible) rootstock, was grown in ...
Articulo de publicación ISIBackground and Aims: The control of iron (Fe) chlorosis by synthetic Fe c...
In order to study the effect of high bicarbonate concentration in the root medium on root Fe-III red...
In Turkey, calcareous soil conditions usually cause significant decreases in grape yield. Understand...
In Turkey, calcareous soil conditions usually cause significant decreases in grape yield. Understand...
Grapevine cuttings (Vitis vinifera L. cv. Pinot blanc, clone VCR 5), grafted on 3309 C, a lime-susce...
1-year-old grapevine cuttings were grown in pots in order to test, during the growing period, the ch...
Herbaceous nodes of four grapevine genotypes with different tolerance to lime-induced chlorosis (V. ...
The objective of this thesis was to study the response mechanisms of grapevine to Fe-deficiency and ...
Background and Aims The control of iron (Fe) chlorosis by synthetic Fe chelates is costly and the...
The prevention/cure of iron (Fe) chlorosis with Fe chelates is a very widespread agronomical practic...
One-year-old cutting from eleven Vitis spp. (V. aestivalis Michx., V. amurensis Rupr., V. andersonii...
Vitis vinifera L. cv. Merlot clone R3 grafted on the hybrid Vitis riparia x Vitis rupestris 3309C ro...
In many important viticultural areas of the Mediterranean basin, plants often face prolonged periods...
Mycorrhization is normally occurring in the grapevine, but the natural root infection can be increas...
Vitis vinifera L. cv. Merlot clone R3, grafted on 3309 C (lime-susceptible) rootstock, was grown in ...
Articulo de publicación ISIBackground and Aims: The control of iron (Fe) chlorosis by synthetic Fe c...
In order to study the effect of high bicarbonate concentration in the root medium on root Fe-III red...
In Turkey, calcareous soil conditions usually cause significant decreases in grape yield. Understand...
In Turkey, calcareous soil conditions usually cause significant decreases in grape yield. Understand...