Add to ORKG1. The effect of wind on transpiration of new and old leaves of Lithocarpus edulis, Cornus Controversa, Cryptomeria japonica and Rhaphiolepis umbellata were compared. 2. The transpiration of new leaves was more strongly increased by wind than that of old ones. This relation was more evident under artificial light than under diffused light in the experimental room in basement
Analysing plant phenotypic plasticity in response to wind is complicated as this factor entails not ...
In Australia, tree planting has been widely promoted to alleviate dryland salinity and one proposed ...
The effect of wind loading on seedlings of English oak (Quercus robur L.) was investigated. Instead ...
1. Combined effects of wind and temperature surrounding the root on transpiration of rooted cuttings...
1. In order to study the influence of wind on the rates of absorption and transpiration of seedlings...
1. In order to analyse the influence of wind on transpiration of plant community, some series of mod...
Both woody and herbaceous plant species are known to respond to wind loading, with consequences for ...
Potted, one-year old seedlings of Cryptomeria japonica were grown under three different soil moistur...
Parts of the Cape Floristic Region are subject to exceptionally elevated levels of wind in certain s...
1. Seedlings of Robinia pseudacacia were grown in artificial wind for four weeks under two soil mois...
Transpiration is commonly conceptualised as a fraction of some potential rate, driven by so-called "...
Two wind tunnels were designed to detect influences of wind on the development of the root systems o...
Wind is a powerful abiotic influence on plants that is predicted to increase with global warming. Th...
Background: Wind strongly impacts plant growth, leaf traits, biomass allocation, and stem mechanical...
In a study such as the one described in this thesis, a review of the literature entails a commentary...
Analysing plant phenotypic plasticity in response to wind is complicated as this factor entails not ...
In Australia, tree planting has been widely promoted to alleviate dryland salinity and one proposed ...
The effect of wind loading on seedlings of English oak (Quercus robur L.) was investigated. Instead ...
1. Combined effects of wind and temperature surrounding the root on transpiration of rooted cuttings...
1. In order to study the influence of wind on the rates of absorption and transpiration of seedlings...
1. In order to analyse the influence of wind on transpiration of plant community, some series of mod...
Both woody and herbaceous plant species are known to respond to wind loading, with consequences for ...
Potted, one-year old seedlings of Cryptomeria japonica were grown under three different soil moistur...
Parts of the Cape Floristic Region are subject to exceptionally elevated levels of wind in certain s...
1. Seedlings of Robinia pseudacacia were grown in artificial wind for four weeks under two soil mois...
Transpiration is commonly conceptualised as a fraction of some potential rate, driven by so-called "...
Two wind tunnels were designed to detect influences of wind on the development of the root systems o...
Wind is a powerful abiotic influence on plants that is predicted to increase with global warming. Th...
Background: Wind strongly impacts plant growth, leaf traits, biomass allocation, and stem mechanical...
In a study such as the one described in this thesis, a review of the literature entails a commentary...
Analysing plant phenotypic plasticity in response to wind is complicated as this factor entails not ...
In Australia, tree planting has been widely promoted to alleviate dryland salinity and one proposed ...
The effect of wind loading on seedlings of English oak (Quercus robur L.) was investigated. Instead ...