B. M. Pollock

发表

The Respiration of Acer Buds in Relation to the Inception and Termination of the Winter Rest

B. M. Pollock, 1953 .

Physiological Predetermination: Imbibition, Respiration, and Growth of Lima Bean Seeds

L. Woodstock, B. M. Pollock, 1965, Science.

Studies of the Rest Period. I. Growth, Translocation, and Respiratory Changes in the Embryonic Organs of the After-ripening Cherry Seed.

B. M. Pollock, H. O. Olney, 1959, Plant physiology.

Third International Congress of Histochemistry and Cytochemistry: August 18–22, 1968, New York, N.Y.

W. D. Selles, W. W. Doane, J. E. Kephart, 1968 .

Third International Congress of Histochemistry and Cytochemistry

Richard E. Cornell, W. D. Selles, W. W. Doane, 1968 .

Simulated Mechanical Damage to Garden Beans During Germination1

B. M. Pollock, J. R. Manalo, 1970, Journal of the American Society for Horticultural Science.

Imbibition temperature sensitivity of lima bean seeds controlled by initial seed moisture.

B. M. Pollock, 1969, Plant physiology.

Imbibition period as the critical temperature sensitive stage in germination of lima bean seeds.

V. K. Toole, B. M. Pollock, 1966, Plant physiology.

STUDIES ON ROOTS. II. EFFECTS OF COUMARIN, SCOPOLETIN AND OTHER SUBSTANCES ON GROWTH

R. H. Goodwin, S. Greene, B. M. Pollock, 1954 .

Effects of Environment after Sowing on Viability

B. M. Pollock, 1972 .

6 – SEED AND SEEDLING VIGOR

E. E. Roos, B. M. Pollock, 1972 .

CELL FINE STRUCTURE OF DEVELOPING LIMA BEAN SEEDS RELATED TO SEED DESICCATION

S. Klein, B. M. Pollock, 1968 .

STUDIES ON ROOTS I. PROPERTIES AND DISTRIBUTION OF FLUORESCENT CONSTITUENTS IN AVENA ROOTS

R. H. Goodwin, B. M. Pollock, 1954 .

Studies of Rest Period. II. Nitrogen and Phosphorus Changes in Embryonic Organs of After-Ripening Cherry Seed.

B. M. Pollock, H. O. Olney, 1960, Plant physiology.

Temperature Control of Physiological Dwarfing in Peach Seedlings

B. M. Pollock, 1959, Nature.

Soaking Injury in Lima Beans 1

E. E. Roos, B. M. Pollock, 1971 .

Vigor of Garden Bean Seeds and Seedlings Influenced by Initial Seed Moisture, Substrate Oxygen, and Imbibition Temperature1,3

E. E. Roos, B. M. Pollock, J. R. Manalo, 1969, Journal of the American Society for Horticultural Science.