Several perennial, deciduous, as well as evergreen fruit crops develop symptoms of iron
deficiency—interveinal chlorosis of apical leaves—when cultivated in calcareous and …

Iron deficiency induced chlorosis represents the main nutritional disorder in fruit tree
orchards grown on calcareous and/or alkaline soils. Until rootstocks tolerant to Fe deficiency …

Although iron (Fe) needs by fruit trees are relatively low, Fe deficiency represents the main
constraint for successful cultivation of fruit tree crops in calcareous and alkaline soils …

Iron chlorosis is a major problem in the Ebro river basin, a large agricultural area in
northeastern Spain. Crops affected by iron chlorosis in this area are mainly fruit tree species …

Several plant species grown in calcareous soils in arid and semiarid regions are iron-
deficient, a condition known as limeinduced iron chlorosis, or simply as iron chlorosis. The …

We have investigated the effect of iron (Fe) chlorosis on leaf Fe, leaf chlorophyll, leaf area,
leaf thickness, leaf fresh and dry weight and specific leaf weight per area in young, fully …

The development of iron deficiency symptoms (growth depression and yellowing of the
youngest leaves) and the distribution of iron between roots and leaves were investigated in …

Iron chlorosis is a wide‐spread disorder of plants, in particular of those on calcareous soils.
Elevated bicarbonate concentrations in the soil solution are considered as a main cause of …

The article describes factors and processes which lead to Fe chlorosis (lime chlorosis) in
plants grown on calcareous soils. Such soils may contain high HCO 3-concentrations in their …

Iron chlorosis is an important problem in peach trees, but differences exist between peach
rootstocks in their tolerance to Fe chlorosis in calcareous soils. The purpose of this …