Plants are complex organisms and are prone to abiotic stress. The detrimental impact of non-living forces on living organisms in a specific environment is known as abiotic stress. Drought, salinity, low or high temperatures, and other environmental extremes are the leading causes of poor plant development and lower crop yields around the world. Because of climate change and the destruction of the environment caused by human activity, abiotic stress has become a major threat to food security. Abiotic stress causes plants to undergo a variety of molecular, cellular, and physiological changes in order to respond and adapt to the situation. A better understanding of how plants respond to abiotic stress may help breeders improve stress tolerance in both traditional and modern breeding applications.
Title : Challenges on identification and management of bacterial pathogens of plants: A case study of an emerging bacterial disease of cucurbits
Mohammad Babadoost, University Of Illinois, United States
Title : Foliar silicate sprays
Ilie Siminiceanu, Gheorghe Asachi, Romania
Title : Paradigm of adaptation and agro-climatic potential, growth and development of an intact plant by secondary metabolism
Vashchenko Viktor Fedorovich, Rlets State University, Russian Federation
Title : Effects of environmental contaminants on lignin biosynthesis in arabidopsis thaliana: implication for biofuel production
Benoit Van Aken, George Mason University, United States
Title : Drivers of change in first report of phasey bean mild yellows virus infecting groundnut and bambaranut groundnut in kenya
Anthony Mabele, Masinde Muliro University of Science and Technology, Kenya
Title : Induction of mutations to broad genetic variation under conservation agriculture and determination salt-tolerant wheat (triticum aestivum) lines.
Ayman anter saber, National research centre, Egypt