Open Access Open Access  Restricted Access Subscription Access
Open Access Open Access Open Access  Restricted Access Restricted Access Subscription Access

Acclimation of Chickrassia velutina Wight et Arn. Stem Cuttings to Water Stress


     

   Subscribe/Renew Journal


The acclimation potential of Chickrassia velutina Wight et Arn. Stem cuttings to water stress was investigated in the nursery with respect to four watering regimes: watering daily, three-day, seven-day and fifteen day intervals. Multi-plant plots, containing eight stem cuttings per plot and one single plant per polythene tube were distributed among three randomised blocks. Leaf area, plant height and dry weights of ischolar_main, stem and total plant were measured. The species showed significant decrease in total plant biomass in water stressed conditions. One important acclimation mechanism was the allocation of assimilates to ischolar_main growth relative to shoot. The species also acclimated to soil water stress by decreasing leaf area thereby reducing transpiration.
Font Size

User
About The Authors

M. A. Kabir

M. Kamaluddin

M. D. Miah


Subscription Login to verify subscription
Notifications

Abstract Views: 221

PDF Views: 0




  • Acclimation of Chickrassia velutina Wight et Arn. Stem Cuttings to Water Stress

Abstract Views: 221  |  PDF Views: 0

Authors

Abstract


The acclimation potential of Chickrassia velutina Wight et Arn. Stem cuttings to water stress was investigated in the nursery with respect to four watering regimes: watering daily, three-day, seven-day and fifteen day intervals. Multi-plant plots, containing eight stem cuttings per plot and one single plant per polythene tube were distributed among three randomised blocks. Leaf area, plant height and dry weights of ischolar_main, stem and total plant were measured. The species showed significant decrease in total plant biomass in water stressed conditions. One important acclimation mechanism was the allocation of assimilates to ischolar_main growth relative to shoot. The species also acclimated to soil water stress by decreasing leaf area thereby reducing transpiration.