Claim · model-written summary
Greater accumulation of organic osmotica was probably not enough to decrease the osmotic potential of the tolerant accession.
- Taxon
- pigeon pea
Cajanus cajant0 - Compound
- organic osmoticae6
- Outcome
- osmotic potentiale6
- Qualifier
- probably not enoughe6
Verbatim
t0“pigeon pea”
e6“relatively greater accumulation of organic osmotica was probably not enough to decrease the osmotic potential of the tolerant accession”
Title
Abdul Waheed; I. A. Hafiz; Muzaffarabad Kashmir; et al. Pakistan Journal of Botany 2006
Other claims from this paper (11)
- Association Tolerance at the early growth stages was not positively correlated with tolerance at the adult stage of pigeon pea.
- Observation No clear difference in salt tolerance among the three pigeon pea accessions was observed at germination and at the seedling stage.
- Observation The three pigeon pea accessions differed considerably in salt tolerance at the adult stage.
- Intervention effect Increasing salt concentrations adversely affected the growth of all three pigeon pea accessions.
- Observation ICPL-151 excelled the other two accessions in fresh and dry biomass at the adult stage under salinity.
- Observation ICPL-151 excelled the other two accessions in yield and yield components at the adult stage under salinity.
- Observation The tolerant accession ICPL-151 accumulated significantly lower shoot and root Na and shoot Cl.
- Observation ICPL-151 had higher shoot and root K, K/Na ratio and K versus Na selectivity than the other two accessions.
- Observation ICPL-151 had higher soluble sugars and root starch than the other two accessions.
- Observation ICPL-151 had higher free amino acids and proline than the other two accessions.
- Mechanism The better performance of ICPL-151 under saline conditions seems to be due to less Na accumulation, more K and K/Na ratio, and higher proline, free amino acids and soluble sugars.