Effects of Seed Origin on Drought Resistance of Douglas‐Fir (Pseudotsuga Menziesii) (Mirb.) Franco
William K. Ferrell, Ernest Steve Woodard
Abstract
William K. Ferrell, Ernest Steve Woodard
Abstract
Douglas—fir seedlings from a number of seed origins were subjected to drought conditions in the greenhouse and laboratory. Interior mountain seedlings showed significantly greater drought resistance than seedlings from origins west of the Cascade Mountains. Differences were also found within each of these groupings. In the Corvallis, Oregon, area seedlings produced from seed on a south slope had more drought resistance than those from a short distance away of a north slope. Differences in drought resistance may involve either drought hardiness or drought avoidance, or both.
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Douglas—fir seedlings from a number of seed origins were subjected to drought conditions in the greenhouse and laboratory. Interior mountain seedlings showed significantly greater drought resistance than seedlings from origins west of the Cascade Mountains. Differences were also found within each of these groupings. In the Corvallis, Oregon, area seedlings produced from seed on a south slope had more drought resistance than those from a short distance away of a north slope. Differences in drought resistance may involve either drought hardiness or drought avoidance, or both.
Key concepts: Hardiness (plants), Douglas fir, Drought resistance, Resistance (ecology), Biology, Greenhouse, Botany, Ecology