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J. Ovington, D. Heitkamp (1960)
THE ACCUMULATION OF ENERGY IN FOREST PLANTATIONS IN BRITAINJournal of Ecology, 48
J. Ovington (1961)
Some Aspects of Energy Flow in Plantations of Pinus sylvestris L.Annals of Botany, 25
E. Odum, Alfred Smalley (1959)
COMPARISON OF POPULATION ENERGY FLOW OF A HERBIVOROUS AND A DEPOSIT-FEEDING INVERTEBRATE IN A SALT MARSH ECOSYSTEM.Proceedings of the National Academy of Sciences of the United States of America, 45 4
W. Wallis (1942)
Compounding Probabilities from Independent Significance TestsEconometrica, 10
(1936)
Pinus palustris (longleaf pine, LLP), Pinus elliotii (slash pine, SHP
(1958)
Oak Ridge Nat. Lab., ORNL-2806. . 1959b. Exponential equations relating productivity, decay, and accumulation of forest litter
(1936)
Field characteristics and partial chemical analyses of the humus layer of longleaf pine forest soils
R. Beyers (1963)
The Metabolism of Twelve Aquatic Laboratory MicroecosystemsEcological Monographs, 33
A. Smalley (1960)
Energy Flow of a Salt Marsh Grasshopper PopulationEcology, 41
(1957)
Analog computer models for movement of radionuclides through ecosystems
(1930)
Northern pine forest data from Minnesota adapted from Alway and Zon
Raymond Lindeman (1942)
The trophic-dynamic aspect of ecologyBulletin of Mathematical Biology, 53
(1949)
emphasized the high accumulation of litter in the California profiles
P. Parsons (1958)
Competition between Genotypes in Drosophila melanogasterNature, 182
(1952)
Associated measurements
R. Shanks, J. Olson (1961)
First-Year Breakdown of Leaf Litter in Southern Appalachian ForestsScience, 134
(1955)
The effects of population density and composition on viability in Drosophila viielcanogaster
L. Metz (1954)
Forest Floor in the Piedmont Region of South Carolina1Soil Science Society of America Journal, 18
A. Sokoloff (1955)
COMPETITION BETWEEN SIBLING SPECIES OF THE PSEUDOOBSCURA SUBGROUP OF DROSOPHILAEcological Monographs, 25
G. Schlager (1963)
THE ECOLOGICAL GENETICS OF THE MUTANT SOOTY IN POPULATIONS OF TRIBOLIUM CASTANEUM ,Evolution, 17
(1960)
litter, and incorporated humus like the analog computer graphs of Neel and Olson
F. Golley (1960)
Energy Dynamics of a Food Chain of an Old‐Field CommunityEcological Monographs, 30
L. Metz (1952)
Weight and Nitrogen and Calcium Content of the Annual Litter Fall of Forests in the South Carolina PiedmontSoil Science Society of America Journal, 16
E. Kuenzler (1961)
STRUCTURE AND ENERGY FLOW OF A MUSSEL POPULATION IN A GEORGIA SALT MARSH1Limnology and Oceanography, 6
H. Cowles (1899)
The Ecological Relations of the Vegetation on the Sand Dunes of Lake Michigan [Continued]Botanical Gazette, 27
R. Sokal, I. Huber (1963)
Competition Among Genotypes in Tribolium castaneum at Varying Densities and Gene Frequencies (The Sooty Locus)The American Naturalist, 97
(1930)
Quantity and nutrient content of pine leaf litter
T. Hiroyoshi (1961)
The linkage map of the house fly, Musca domestica L.Genetics, 46
L. Birch (1955)
SELECTION IN DROSOPHILA PSEUDOOBSCURA IN RELATION TO CROWDINGEvolution, 9
R. Neel, J. Olson (1962)
Use of analog computers for simulating the movement of isotopes in ecological systems.ORNL. U.S. Atomic Energy Commission, 3172
(1963)
Where L and k can be estimated independently of X, then their ratio might be used to predict the steady-state level yet to be accumulated in an ecosystem
W. Langford (1959)
Statistical MethodsNature, 184
J. Mcginnis (1958)
Forest Litter and Humus Types of East Tennessee
J. Ovington (1957)
Dry-matter Production by Pinus sylvestris L.Annals of Botany, 21
(1960)
Ecological potential and analog circuits for the ecosystem
(1963)
Tracer studies of the breakdown of forest litter
(1954)
Les cycles d'elements minearaux et de matiere organique en foret equatoriale congolaise
D. Greenland, P. Nye (1959)
INCREASES IN THE CARBON AND NITROGEN CONTENTS OF TROPICAL SOILS UNDER NATURAL FALLOWSEuropean Journal of Soil Science, 10
(1941)
Other workers have pointed out that drawdown operations are useful in the production and utilization of crops of annual food plants such as millets and smartweeds (Bellrose
E. Odum (1960)
Organic Production and Turnover in Old Field SuccessionEcology, 41
G. Ullyett (1950)
Competition for food and allied phenomena in sheep-blowfly populationsPhilosophical Transactions of the Royal Society of London. Series B, Biological Sciences, 234
H. Jenny (1950)
CAUSES OF THE HIGH NITROGEN AND ORGANIC MATTER CONTENT OF CERTAIN TROPICAL FOREST SOILSSoil Science, 69
H. Jenny, S. Gessel, F. Bingham (1949)
COMPARATIVE STUDY OF DECOMPOSITION RATES OF ORGANIC MATTER IN TEMPERATE AND TROPICAL REGIONSSoil Science, 171
(1958)
Competition in house fly larvae
(1934)
Une experience de selection naturelle
Unversity of Tennessee
J. Olson (1958)
Rates of Succession and Soil Changes on Southern Lake Michigan Sand DunesBotanical Gazette, 119
(1942)
Phormia groenlandica et entre ces deux espeZces. [In Russian, French summary] Meditsinkaya Parazitologiya i Parazitarneye Bolezni 7:755777
R. Sullivan, R. Sokal (1963)
The Effects of Larval Density on Several Strains of the House FlyEcology, 44
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Ecology – Wiley
Published: Apr 1, 1963
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