Nhhala, N.; Latique, S.; Kchikich, A.; Kchikich, A.; Nhiri, M.; García-Angulo, P. Saccorhiza polyschides Extract as Biostimulant for Reducing Salt Stress Effect in Common Bean Crops. Agronomy2024, 14, 1626.
Nhhala, N.; Latique, S.; Kchikich, A.; Kchikich, A.; Nhiri, M.; García-Angulo, P. Saccorhiza polyschides Extract as Biostimulant for Reducing Salt Stress Effect in Common Bean Crops. Agronomy 2024, 14, 1626.
Nhhala, N.; Latique, S.; Kchikich, A.; Kchikich, A.; Nhiri, M.; García-Angulo, P. Saccorhiza polyschides Extract as Biostimulant for Reducing Salt Stress Effect in Common Bean Crops. Agronomy2024, 14, 1626.
Nhhala, N.; Latique, S.; Kchikich, A.; Kchikich, A.; Nhiri, M.; García-Angulo, P. Saccorhiza polyschides Extract as Biostimulant for Reducing Salt Stress Effect in Common Bean Crops. Agronomy 2024, 14, 1626.
Abstract
Salinity stress emerges as an important menace to global food security, particularly affecting susceptible crops such as common bean plants (Phaseolus vulgaris L.). The disruption of ion balances caused by salt stress withing plants cells reduces water and nutrient absorption, and hampers growth and productivity. Sacchorhiza polyschides, a brown macroalga rich in essential elements, and macrominerals, has drawn attention as a natural biostimulant, being a potential remedy to bolster crop resilience against salt stress. This study delves into the effect of water extracts of Sacchorhiza polyschides (SPE) across varying concentrations (1%, 2%, and 5%) in common bean plants under salt stress (68.4 mM NaCl) conditions. Two different methods of application were used: by spraying the aerial part of the plant or by irrigation together with the watering solution. The effects of both systems of application were studied on the aerial parts of the plants. SPE exhibited significant enhancements in morphological parameters, chlorophyll content, carbon-nitrogen activities, and antioxidant enzymatic system activities, alongside increasing osmolyte accumulation, compared to salt-stressed plants without biostimulation. Moreover, SPE reduced reactive oxygen species (ROS) levels caused by salt stress, mitigating lipid peroxidation. The concentrations of 2% and 5% SPE applied by spraying showed the most significant results in most of the parameters analyzed. By shedding light on the underlying science behind this biostimulant effect, this research underscores the potential of SPE to enhance crop resilience and augment food production in salt-challenged environments.
Biology and Life Sciences, Agricultural Science and Agronomy
Copyright:
This is an open access article distributed under the Creative Commons Attribution License which permits unrestricted use, distribution, and reproduction in any medium, provided the original work is properly cited.
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