34
DAVID M. GATES
ACKNOWLEDGMENT
The au5hor wishes to acknowledge support from the Center for the
Biology cf Natural Systems, Washington University which operates
under PHO grant No. 1. P.1.0 ES 99139-01 and for the Computer
Facilities which were made available under NSF grant No. G 22296.
REFERENOES
Bjorkman, 3. and Holmgren, P. (1963). Phyaiol. PZ. 16, 889-914. .Adaptability
of the photoapthetic apperatus to light intensity in ecotypes from exposed
and shaded habitate.
Cowles, H C. (1901). Bot. Qaz. 81, 73-108, 146-181. The physiographic ecology
of Chirago and vicinity.
G a b , D. M. (1963). Arch. Met. Geophyr. Bwklim. 12, 321-330. Leaf temperature
and eimrgy exchsnge.
Gates, D. BE. (1964). Agrmr. J . 16, 273-277. Leaf temperature and transpiration.
G a b , D. M. (1067). (In pregs). “Thermal Balance of the Bioephere.” P m . of the
Fourth International Biometeorologioal Congress. Rutgere Congrees, B m -
wick, N.J.
Gates, D. M., Hieeey, W. H., Bdilner, H. W. and Nobe, M. A. (1964). Come&
I d d & n
of W w h i n g h Year Book 63,418-420.
G a b , D. M. and Janke. R. (1966). Eml. Phd. 1,3942. The energy environment
of the Alpine Tundra.
Gatee, D. M., Keegea, H. J., Schleter, J. C. and Weidner, V. R. (1965). A&.
Opt. 1, 11-20. Spectral properties of plante.
Gates, D. M., Keegan, H. J. and Weidner, V. R. (1900). S W . tcch. Ser. 4, 7186, KASA. Spectral reflectance and planetary reconnaissance saientific
experimenta for manned orbital flight.
Gleason, Ti. A. (1920). Tmeya SIB, 7-26. The individualistic concept of the plant
eseocmtion.
Gleaaon, IS. A. (1927). EwroSy 8, 299-326. Further views of the sucoeseion
concspt.
Hieaey, W M., Bjorkman, 0. and Nobs, M. A. (1967). Carnee ZmtQtutiim of
Wauhington Year Book 65,461-464. Light eaturated rate of photosynthesis
in MMirnulua cardinrslw.
Lange, 0. L. (1969). F h a 147, 696661. Untensuchungen uber Warmehaushalt
und Hitzereaistenz mauretaniecher Wiiaten- und Savmnnenpflanaen.
Lee, R. m d Cake D. M. (1964). Am. J. Bot. 51, No. 9, 963-975. Diffusion reeietenoe in leaves aa related to their stomatal anatomy end micro-structure.
Mooney, H. A., Weat, M. and Brayton, R. (1966). Bot. Uaz. 127, 105-113. Field
mearurements of the metabolio reaponeee of Briatlecone Pine and Big Sagebrush in the White Mountains of California.
Odum, F. P. (1969). Fundamentale of Ecology. 546 pp. W. B. Saundera Co.
Philadelphia and London.
Reechke, K. (1958). F h a 146, 64Ci378. uber den E i d w der Diffusionswiderstiirde auf die Trampiration und die Temperatur einea Blattee.
Saliebury. F. B. and Spomer, a. Q. (1964). Phn& 60,497-606. Leaftemperaturee
of alpine plante in the field.
DAVID M. GATES
ACKNOWLEDGMENT
The au5hor wishes to acknowledge support from the Center for the
Biology cf Natural Systems, Washington University which operates
under PHO grant No. 1. P.1.0 ES 99139-01 and for the Computer
Facilities which were made available under NSF grant No. G 22296.
REFERENOES
Bjorkman, 3. and Holmgren, P. (1963). Phyaiol. PZ. 16, 889-914. .Adaptability
of the photoapthetic apperatus to light intensity in ecotypes from exposed
and shaded habitate.
Cowles, H C. (1901). Bot. Qaz. 81, 73-108, 146-181. The physiographic ecology
of Chirago and vicinity.
G a b , D. M. (1963). Arch. Met. Geophyr. Bwklim. 12, 321-330. Leaf temperature
and eimrgy exchsnge.
Gates, D. BE. (1964). Agrmr. J . 16, 273-277. Leaf temperature and transpiration.
G a b , D. M. (1067). (In pregs). “Thermal Balance of the Bioephere.” P m . of the
Fourth International Biometeorologioal Congress. Rutgere Congrees, B m -
wick, N.J.
Gates, D. M., Hieeey, W. H., Bdilner, H. W. and Nobe, M. A. (1964). Come&
I d d & n
of W w h i n g h Year Book 63,418-420.
G a b , D. M. and Janke. R. (1966). Eml. Phd. 1,3942. The energy environment
of the Alpine Tundra.
Gatee, D. M., Keegea, H. J., Schleter, J. C. and Weidner, V. R. (1965). A&.
Opt. 1, 11-20. Spectral properties of plante.
Gates, D. M., Keegan, H. J. and Weidner, V. R. (1900). S W . tcch. Ser. 4, 7186, KASA. Spectral reflectance and planetary reconnaissance saientific
experimenta for manned orbital flight.
Gleason, Ti. A. (1920). Tmeya SIB, 7-26. The individualistic concept of the plant
eseocmtion.
Gleaaon, IS. A. (1927). EwroSy 8, 299-326. Further views of the sucoeseion
concspt.
Hieaey, W M., Bjorkman, 0. and Nobs, M. A. (1967). Carnee ZmtQtutiim of
Wauhington Year Book 65,461-464. Light eaturated rate of photosynthesis
in MMirnulua cardinrslw.
Lange, 0. L. (1969). F h a 147, 696661. Untensuchungen uber Warmehaushalt
und Hitzereaistenz mauretaniecher Wiiaten- und Savmnnenpflanaen.
Lee, R. m d Cake D. M. (1964). Am. J. Bot. 51, No. 9, 963-975. Diffusion reeietenoe in leaves aa related to their stomatal anatomy end micro-structure.
Mooney, H. A., Weat, M. and Brayton, R. (1966). Bot. Uaz. 127, 105-113. Field
mearurements of the metabolio reaponeee of Briatlecone Pine and Big Sagebrush in the White Mountains of California.
Odum, F. P. (1969). Fundamentale of Ecology. 546 pp. W. B. Saundera Co.
Philadelphia and London.
Reechke, K. (1958). F h a 146, 64Ci378. uber den E i d w der Diffusionswiderstiirde auf die Trampiration und die Temperatur einea Blattee.
Saliebury. F. B. and Spomer, a. Q. (1964). Phn& 60,497-606. Leaftemperaturee
of alpine plante in the field.