A. J. Peel

发表

On the Conductivity of the Xylem in Trees

A. J. Peel, 1965 .

The Physiology of the Sieve Tube PRELIMINARY EXPERIMENTS USING APHID MOUTH PARTS

A. J. Peel, P. E. Weatherley, G. Hill, 1959 .

Studies in Sieve-tube Exudation through Aphid Mouth-parts: The Effects of Light and Girdling

A. J. Peel, P. E. Weatherley, 1962 .

Studies on the Movement of Solutes between the Sieve Tubes and Surrounding Tissues4 II. PATHWAYS OF ION TRANSPORT FROM THE XYLEM TO THE PHLOEM

A. J. Peel, G. V. Hoad, 1965 .

The Movement of Sugars into the Sieve Elements of Bark Strips of Willow: I. METABOLISM DURING TRANSPORT

A. J. Peel, J. Ford, 1967 .

Transport of 14C-labelled assimilates and 32P-labelled phosphate in Salix viminalis in relation to phyllotaxis and leaf age

L. Ho, A. J. Peel, 1969 .

Some observations on the role of ATP in sieve tube translocation

A. J. Peel, D. Gardner, 1972, Planta.

Transport of nutrients in plants

A. J. Peel, 1974 .

Some evidence for the existence of turgor pressure gradients in the sieve tubes of willow

A. J. Peel, S. Rogers, 2004, Planta.

Composition of Sieve-Tube Sap

A. J. Peel, P. E. WEATHERLEY, 1959, Nature.

Transport of sugars into the sieve elements of willow

A. J. Peel, D. Gardner, 1971 .

Loading and source of sugars for the sieve elements in stems of willow

A. J. Peel, 1983, Planta.

Investigations with Aphid Stylets into the Physiology of the Sieve Tube

A. J. Peel, 1975 .

Studies on the Movement of Solutes between the Sieve Tubes and Surrounding Tissues3 I. INTERFERENCE BETWEEN SOLUTES AND RATE OF TRANSLOCATION MEASUREMENTS

A. J. Peel, G. V. Hoad, 1965 .

The Movement of Ions from the Xylem Solution into the Sieve Tubes of Willow

A. J. Peel, 1963 .

The Effect of Changes in the Diffusion Potential of the Xylem Water on Sieve-tube Exudation from Isolated Stem Segments

A. J. Peel, 1965 .

Tangential Movement of 14C-labelled Assimilates in Stems of Willow

A. J. Peel, 1964 .

Studies in Sieve-tube Exudation through Aphid Mouth-parts II. The Effects of Pressure Gradients in the Wood and Metabolic Inhibitors

A. J. Peel, P. E. Weatherley, 1963 .

The Movement of Sugars into the Sieve Elements of Bark Strips of Willow: II. EVIDENCE FOR TWO PATHWAYS FROM THE BATHING SOLUTION

A. J. Peel, J. Ford, 1968 .

ATP in Sieve Tube Sap from Willow

A. J. Peel, D. Gardner, 1969, Nature.

Uptake and Incorporation of 14C-labelled Maleic Hydrazide into the Roots of Salix viminalis

D. Coupland, A. J. Peel, 1971 .

Maleic hydrazide as an antimetabolite of uracil

D. Coupland, A. J. Peel, 1972, Planta.

Uptake of maleic hydrazide and related compounds into willow. A comparison between molecular structure and biological activity

D. Coupland, A. J. Peel, 1972, Planta.

The Relative Contributions of Sugars from Assimilating Leaves and Stem Storage Cells to the Sieve Tube Sap in Willow Cuttings

L. Ho, A. J. Peel, 1969 .

THE METABOLISM AND RADIAL MOVEMENT OF GROWTH REGULATORS AND HERBICIDES IN WILLOW STEMS

A. J. Peel, R. Field, 1971 .

Influence of IAA upon the longitudinal and tangential movement of labelled sugars in the phloem of Willow

N. Lepp, A. J. Peel, 1971, Planta.

Some effects of IAA and kinetin upon the movement of sugars in the phloem of willow

N. Lepp, A. J. Peel, 1970, Planta.

Patterns of translocation and metabolism of 14C-labelled IAA in the phloem of Willow

N. Lepp, A. J. Peel, 1971, Planta.

Investigation of Bidirectional Movement of Tracers in Sieve Tubes of Salix Viminalis L.

L. Ho, A. J. Peel, 1969 .

Evidence for solution flow in the phloem of willow

R. Grange, A. J. Peel, 2004, Planta.

Further Evidence for the Relative Immobility of Water in Sieve Tubes of Willow

A. J. Peel, 1970 .

Movement of Water and Solutes in Sieve Tubes of Willow in Response to Puncture by Aphid Stylets. Evidence against a mass flow of solution

A. J. Peel, C. Coulson, D. Gardner, 1969 .

The Contributory Length of Sieve Tubes in Isolated Segments of Willow, and the Effect on it of Low Temperatures

A. J. Peel, J. Ford, 1966 .

Stimulation of sugar loading into sieve elements of willow by potassium and sodium salts

A. J. Peel, S. Rogers, 1982, Planta.

THE LONGITUDINAL MOBILITY OF GROWTH REGULATORS AND HERBICIDES IN SIEVE TUBES OF WILLOW

A. J. Peel, R. Field, 1972 .

Energy relations of solute loading in sieve elements of willow

A. J. Peel, 1987, Planta.

The effect of low temperature on sucrose, ATP and potassium concentrations and fluxes in the sieve tubes of willow

A. J. Peel, D. Gardner, 1972, Planta.

Colony Size of Tuberolachnus salignus (Gmelin) in Relation to Mass Transport of 14C‐labelled Assimilates from the Leaves in Willow

L. Ho, A. J. Peel, 1970 .

THE MOVEMENT OF GROWTH REGULATORS AND HERBICIDES INTO THE SIEVE ELEMENTS OF WILLOW

A. J. Peel, R. Field, 1971 .

Metabolism and transport of 14C-labelled glutamic and aspartic acids in the phloem of willow

A. J. Peel, D. Gardner, 1971 .

The Sugars Concerned in the Tangential Movement of 14C-labelled Assimilates in Willow

A. J. Peel, 1966 .