and 2,4-D. Thus, solutions to mitigate injury concerns associated with off-target movement of these herbicides are needed for sensitive crops. One potential solution is the application of film-forming antitranspirant products. These antitranspirants
detrimental effects on plant physiology, growth, and yield. Therefore, to mitigate the effects of salinity stress, it is imperative to adopt practices that have the potential to remove excess soluble salts and/or exchangeable Na from the soil solution
-term climate adaptations, are likely to include selecting appropriate cultivars or species, adopting cultural practices for reducing crop environmental stress, and exploring novel tools and approaches for mitigating plant stress in a changing climate. In
). Additionally, while preparing the land, the soil is often treated with a fumigant to mitigate the impacts of nematodes ( Chowdhury 2024 ; Hajihassani 2018 ; Kemble et al. 2024 ). Once the land is tilled, the plant bed has been formed, and the fumigate has
Wani et al., 2013 ). It has been reported that these mitigations of GB pretreatment attributed to the wheat seedlings in the oxidation reaction under drought stress ( He et al., 2011 ). GB is thought to play an adaptive role in stressed plants, but it
explore GHG mitigation and sequestration possibilities in ornamental horticulture production. We focus on three aspects: 1) media used in container-grown plant production; 2) fertilization practices; and 3) the ability of ornamental species to sequester C
mitigate autotoxicity in the hydroponic cultivation of strawberry. In this study, the effects of ED treatment of used nutrient solution or benzoic acid solution on the growth and yield of strawberry plants were investigated. Materials and Methods
addition, water recycling, salt water intrusion of aquifers, and increased frequency and severity of storms are increasing the salinization of soils. We propose a symbiogenic strategy for mitigating the impacts of abiotic stress in agriculture based on
samples for subsequent experiments, the petals were evenly divided into two sections using scissors. Then, the samples were prepared for pretreatment. To mitigate wastage, the surplus pressed petals resulting from the study were gathered and stored within
production, but further disinfestation measures will help safeguard a crop to be free of microbial pathogens like E. coli. Current techniques used to mitigate microbial pathogens can be effective but have cost and complexity limitations that prohibit their