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Ingestad Ingestad (1957)
Studios on the nutrition of forest tree seedlings. I. Mineral nutrition of BirchPhysiol. Plant., 10
Mellor Mellor, Salisbury Salisbury, Raschke Raschke (1964)
Leaf temperatures in controlled environmentsPlanta, 61
H. Virgin (1964)
Chapter 9 – SOME EFFECTS OF LIGHT ON CHLOROPLASTS AND PLANT PROTOPLASM
Israel Zelitch, Paul Waggoner (1962)
EFFECT OF CHEMICAL CONTROL OF STOMATA ON TRANSPIRATION AND PHOTOSYNTHESIS.Proceedings of the National Academy of Sciences of the United States of America, 48 7
Zelitch Zelitch, Waggoner Waggoner (1962)
Effect of chemical control of stomata on transpiration and photosynthesisProc. Nall. Acad. Sci., 48
J. Martin, R. Batt (1958)
Studies on plant cuticleAnnals of Applied Biology, 46
Bange Bange (1953)
On the quantitative explanation of stomatal transpirationActa Bol. Neerl., 2
D. Shimshi (1963)
Effect of Soil Moisture and Phenylmercuric Acetate upon Stomatal Aperture, Transpiration, and Photosynthesis.Plant physiology, 38 6
R. Slatyer, J. Bierhuizen (1964)
Transpiration From Cotton Leaves Under a Range of Environmental Conditions in Relation to Internal and External Diffusive ResistancesAustralian Journal of Biological Sciences, 17
J. Hesketh (1963)
Limitations to Photosynthesis Responsible for Differences Among Species1Crop Science, 3
O. Björkman, P. Holmgren (1963)
Adaptability of the Photosynthetic Apparatus to Light Intensity in Ecotypes from Exposed and Shaded HabitatsPhysiologia Plantarum, 16
W. Shepherd (1964)
Paths and Mechanisms of Moisture Movements in Detached Leaves of White Clover (Trifolium Repens L.) I. Losses of Petiole Moisture Direct from Petioles and via LaminaeAnnals of Botany, 28
J. Beament (1961)
THE WATER RELATIONS OF INSECT CUTICLEBiological Reviews, 36
W. Williams, F. Amer (1957)
Transpiration from Wilting LeavesJournal of Experimental Botany, 8
T. Ingestad (1957)
Studies on the Nutrition of Forest Tree Seedlings. III Mineral Nutrition of PinePhysiologia Plantarum, 13
Gaastra Gaastra (1959)
Photosynthesis of crop plants as influenced by light, carbon dioxide, temperature, and stomatal diffusion resistanceMededel. Landbouwhogesch. Wageningen, 59
P. Parsons (1964)
Photosynthesis of Cotton Leaves Under a Range of Environmental Conditions in Relation to Internal and External Diffusive ResistancesAustralian Journal of Biological Sciences, 17
G. Bange (1953)
ON THE QUANTITATIVE EXPLANATION OF STOMATAL TRANSPIRATIONPlant Biology, 2
L. Mueller, P. Carr, W. Loomis (1954)
THE SUBMICROSCOPIC STRUCTURE OF PLANT SURFACESAmerican Journal of Botany, 41
Jarvis Jarvis, Jarvis Jarvis (1904)
Growth rates of woody plantsIbid., 17
Freeland Freeland (1948)
Photosynthesis in relation to stomatal frequency and distributionIbid., 23
Alvim Alvim (1965)
A new type of porometer for measuring stomatal opening and its use in irrigation studiesProc. Montpellier Symp. Ecophysiology
Slatyer Slatyer, Bierhuizen Bierhuizen (1964a)
Transpiration from cotton leaves under a range of environmental conditions in relation ot internal and external diffusive resistancesAust. J. Blot. Sci., 17
Hesketh Hesketh, Moss Moss (1963)
Variation in the response of photosynthesis to lightIbid., 3
Penman Penman, Schofield Schofield (1951)
Some physical aspects of assimilation und transpirationSymp. Soc. Exp. Biol., 5
Kuiper Kuiper (1961)
The effects of environmental factors on the transpiration of leaves, with special reference to stomatal light responseMededel Landbouwhogesch. Wageningen, 61
Jarvis Jarvis, Jarvis Jarvis (1963)
The water relations of tree seedlings. IV. Some aspects of the tissue water relations and drought resistanceIbid., 16
Larcher Larcher (1963)
Die Leistungsfähigkeit der CO 2 ‐Assimilation höherer Pflanzen unter Laboratoriumbedingungen und und natürlichen StandortMitt. Flor.-soziol. Arbeitsgemeinschaft N.F, 10
Raschke Raschke (1958)
Über then Einfluss der Diffusionswiderstände auf die Transpiration und die Temperatur eines BlattesFlora, 140
Richard Lee, D. Gates (1964)
DIFFUSION RESISTANCE IN LEAVES AS RELATED TO THEIR STOMATAL ANATOMY AND MICRO‐STRUCTUREAmerican Journal of Botany, 51
H. Virgin (1951)
The Effect of Light on the Protoplasmic ViscosityPhysiologia Plantarum, 4
R. Horrocks (1964)
Wax and the Water Vapour Permeability of Apple CuticleNature, 203
H. Rufelt, P. Jarvis, Margaret Jarvis (1963)
Some Effects of Temperature on TranspirationPhysiologia Plantarum, 16
P. Gaastra (1963)
CHAPTER 8 – Climatic Control of Photosynthesis and Respiration1
Shepherd Shepherd (1964)
Paths and mechanisms of moisture movements in detached leaves of white clover (Trifolium repens L.)Ann. Bol. N.S., 28
A. Fernandes, E. Baker, J. Martin (1964)
Studies on plant cuticle.: VI. The isolation and fractionation of cuticular waxesAnnals of Applied Biology, 53
Slatyer Slatyer, Bierhuizen Bierhuizen (1964b)
The influence of several transpiration suppressants on transpiration, photosynthesis, and water‐use efficiency of cotton leavesIbid., 17
W. Dugger (1952)
THE PERMEABILITY OF NON-STOMATE LEAF EPIDERMIS TO CARBON DIOXIDE.Plant physiology, 27 3
PAUL HOLMGREN, PAUL G. .IARVIS and MARGARET S. JARVIS Department of Genetics and Plant Breeding, nepartnit'nt of Ptunt t^hysiotogy. Royal Agriculturat College of Sweden, Uppsala 7 and Institute of Physiotogicat Botany, University of Uppsala. Uppsala iHeceived t^t'tiruary 3. H)C5j I. Introduction Attention has recently been drawn to the wide range of maximum photosynthetic and net assimilalion ratt'S attained nt normal carhon dioxide con(â¢cntnUioEis by ditferent plant specie.s nnd, in particular, to the low rates of woody planis* (Hesketh 1903, Larcher 1903. Jarvis and Jarvis 1904). At lif^ht saturation and normal carbon dioxide concentrations, the rate of photosynthesis of many plants is limited by the rate oi" carbon dioxide supply (Gaastra 1959) and the suf,'gestion has been made that the low photosynthetic rates may depend on a high resistance to the transfer of carbon dioxide in sotution from the mesopbyll cell walls to the reaction sites in the chloroplasts, the mesophyll resistance of (iaastra. The main object of this stndy was to estimate Ihe relative significance of the mesophyll and minimum stomalal resistances to carbon dioxide transfer as factors Umiling carbon dioxide uptake in leaves of a number of species with a range of maximum photosynthelie rales. The species
Physiologia Plantarum – Wiley
Published: Jul 1, 1965
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