This article reviews the effectiveness of synthetic Fe-chelates to correct Fe chlorosis. Soil
application of such compounds is usually a more efficient strategy to overcome Fe chlorosis …

Iron is an essential trace nutrient for all plants. The acquisition of iron is limited by low
solubilities and slow dissolution rates of iron‐bearing minerals in many soils. Therefore, iron …

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 (Fe) deficiency is a yield-limiting factor for a variety of field crops across the world and
generally results from the interaction of limited soil Fe bioavailability and susceptible …

Two experiments in consecutive years were conducted at a table grape plantation located in
southeastern Spain. The objective was to test whether the addition of commercial organic …

Chlorosis-susceptible fruit trees growing on calcareous soils have been observed to recover
in the presence of grass cover species. However, the physiological mechanisms behind this …

The aim of the present study was to examine the effect of sulfur (S) supply on the response
to iron (Fe) deficiency in graminaceous plants. Barley seedlings (Hordeum vulgare L. cv …

Soil humic substances have been widely regarded as playing a beneficial role in Fe nutrition
of plants. This effect has been mainly attributed to the complexing properties of humic …

The fertilizing potential of Fe-enriched biosolids has been attributed to Fe associations with
humic substances contained therein. In this study, alkaline and near-neutral aqueous …