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Consequences of plant root structure with respect to potassium nutrition under water stress
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Consequences of plant root structure with respect to potassium nutrition under water stress

bioxone October 20, 2020October 20, 2020

Devyani Goswami, Amity University Kolkata

Potassium (K) is the most abundant cellular cation, required in large amounts by plants. It serves as a regulatory role of osmotic potential in cells. K fertilization is used in alleviating the negative effects of water stress in many crops. High K level increases the root diameter and dry matter. 

For the study, the researchers used NAUR-1, Oryza sativa L. variety of rice and grew them under three water stress levels, no water stress (NWS), mild water stress (MWS), severe water stress (SSW). A total of 405 root samples from 5 seedlings per treatment were analyzed at different time intervals.

The projected root area (PRA) was observed to be reduced by 51% in MWS and 66% in SWS with low K level (K-). Seedling rooting depth (RD) decreased by 28.7% (K-, MSW) and 31.1% (K-, SWS). Maximum width (MW) was reduced by 41% (K-, MWS) and 43% (K-, SWS). Narrower root top angle (RTA) was narrowed by 61.9ο (K-, SWS). Root dry weight (RDW) was reduced by 31% (Ko, MWS) and 49% (Ko, SWS). None of the criteria was affected when subjected to NWS. Although the average root density was unaffected with low or high K supply.

“Seedlings exposed to MWS and SWS with K- showed 21% and 24% lower shoot lengths as compared to those grown with normal K supply under the same water stress condition, respectively”, according to the authors. Shoot dry weight of seedlings decreased with increasing water stress.

Thus low K level can affect the root structure of the plant severely. K deficiency can be corrected by applications of KOH. Apart from this genetic makeup of the variety can also show higher resistance. “Further studies are required on the role of K in drought tolerance through root architecture modification”, concluded the authors.

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REFERENCE: Does plat root architecture respond to potassium nutrition under water stress? A case from rice seedling root responses – Dipika S. Patel, Bardhan Kirti at al. https://www.biorxiv.org/content/10.1101/2020.08.05.237685v2

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Tagged Drought low K level (K-) Maximum width (MW) mild water stress (MWS) Narrower root top angle (RTA) no water stress (NWS) normal K availability (Ko) Potassium (K) projected root area (PRA) Root dry weight (RDW) Seedling rooting depth (RD) severe water stress (SSW) water stress

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