1998Portuguese National Funding Agency for Science, Research and Technology (RCAAP Project by FCT)Open access

The effect of phosphorus supply on white clover (Trifolium repens L.) response to elevated pCO2. II. Transpiration rate, Pi partitioning and acid phosphatase activity

J.P.F. Almeida, Nörsberger, J.

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Abstract

Phosphorus is a basic nutrient for plant growth. P uptake by white clover is the result of a passive and an active process: the firts a mass flow effect and the second called as a “proton motor force” mechanism. The passive process, is dependent from the external nutrient concentration, permeability of root tissues and plant transpiration rate.

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Phosphorus is a basic nutrient for plant growth. P uptake by white clover is the result of a passive and an active process: the firts a mass flow effect and the second called as a “proton motor force” mechanism. The passive process, is dependent from the external nutrient concentration, permeability of root tissues and plant transpiration rate.

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Available abstract

Phosphorus is a basic nutrient for plant growth. P uptake by white clover is the result of a passive and an active process: the firts a mass flow effect and the second called as a “proton motor force” mechanism. The passive process, is dependent from the external nutrient concentration, permeability of root tissues and plant transpiration rate.

Key concepts: Trifolium repens, Transpiration, Phosphorus, Agronomy, Chemistry, Acid phosphatase, Pi, Photosynthesis

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The effect of phosphorus supply on white clover (Trifolium repens L.) response to elevated pCO2. II. Transpiration rate, Pi partitioning and acid phosphatase activity — Research Paper | ScholarLens