To avoid loss of yield, crops must maintain tissue potassium (K) concentrations above 5–40
mg K (g DM)–1. The supply of K from the soil is often insufficient to meet this demand and, in …

The fast fruiting and early maturing cotton varieties demand higher potassium (K) supply to
achieve full yield potential. The supplemental foliar application of K may enhance the …

A hydroponic experiment was carried out in an experimental greenhouse in order to
investigate if K level in nutrient solution affected the efficient use of K (KUE) of three olive …

Nutrient-use-efficient genotypes are the part and parcel of environment-friendly sustainable
agriculture. We exploited three cotton genotypes, differing in their potassium (K) use …

A 90-days experiment was conducted to evaluate the effect of different doses of potassium
(K+) on the production of tomato (Solanum lycopersicum) with pearlspot (Etroplus …

Background Under K deficiency the uptake and distribution pattern in plant cells is mediated
through different transport proteins and channels which were controlled by specific gene …

Categorization of cotton cultivars on the basis of their growth performance under nutrient
deficient conditions is an essential for the development of K efficient cultivars in any crop …

We compared four oil palm (Elaeis guineensis Jacq.) progenies' morphological growth
characteristics to reveal genotypic differences in plant growth and assess their adaptability …

The pot study was conducted during autumn 2015 at| department of Soil Science, Sindh
Agriculture University, Tandojam Pakistan to assess the effect of soil applied potassium …

Developing and deploying cotton cultivars with high nutrient uptake, use efficiency and
tolerance to nutrient related soil stresses is desirable to assist sustainable soil management …