Microbial abundance and thermoluminescence of antarctic dry valley soils
Explore the source record for details and available documents.
Ingham, J. D.↗
Engineering topics
Cameron, R. E.
Publications and source records attributed to Cameron, R. E..
Survival of Antarctic desert soil bacteria exposed to various temperatures and to three years of continuous medium-high vacuum
Survival of Antarctic dessert soil bacteria exposed to various temperatures and to three years of continuous medium-high vacuum
Cameron, R. E.↗
Growth of bacteria in soils from Antarctic dry valleys
Growth of bacteria in soils from Antarctic dry valleys providing soil microbial ecology as Mars model
Cameron, R. E.↗
Microflora in soils of desert regions
Desert soil samples, collected using aseptic techniques, are low in organic matter and cation exchange capacity. Aerobic and microaerophilic bacteria are most abundant, next are algae and molds. Chemical and physical properties are determined by standard procedures, including the Kjeldahl method and the use of Munsell soil color charts.
Cameron, R. E.↗
Survival of microorganisms in desert soil exposed to five years of continuous very high vacuum
Microorganism survivability in desert algal soil crust under continuous very high vacuum
Cameron, R. E.↗
Bacterial growth in agar subjected to freezing and thawing. II
Microorganisms survivability in soils near spacecraft assembly areas during simulated Martian freeze-thaw cycles
Blank, G. B.↗
Bacterial growth in agar subjected to freezing and thawing. I
Microorganisms survivability in agar subjected to simulated Martian freeze-thaw cycles, discussing soil samples collection and composition
Blank, G. B.↗
Sampling and handling of desert soils
Report on sampling and handling desert soils includes sections on selection, characterization, and photography of area, site, and soil, sterilization of sampling equipment and containers, and soil sample collection, transport, storage, and dispersal.
Blank, G. B.↗
Sterile Soil from Antarctica - Organic Analysis
Sterile soil from Antarctica found to contain organic carbon, noting significance for biological exploration of Mars
Bauman, A. J.↗
Abundance of microflora in soils of desert regions
Physical, chemical, and microbiological properties of desert soils
Cameron, R. E.↗
Desert soil collection at the JPL soil science laboratory
Collection contains desert soils and other geologic materials collected from sites in the United States and foreign countries. Soils are useful for test purposes in research related to extraterrestrial life detection, sampling, harsh environmental studies, and determining suitable areas for training astronauts for lunar exploration.
Blank, G. B.↗
Survival of desert soil algae at extremely low temperatures.
Survival of desert algae at extremely low temperatures and diurnal freeze thaw cycles
PLANT /BIOL/↗
Growth of aerobic and anaerobic bacteria in agar subjected to freezing and diurnal freezing and thawing
Aerobic and anaerobic bacteria growth in agar after freezing and diurnal freezing and thawing
Blank, G. B.↗
Desert soil collection at the JPL Soil Science Laboratory
Photographic data on desert soils and geologic materials
SOIL↗
Desert algae - Soil crusts and diaphanous substrata as algal habitats
Desert algae development in soil crusts and diaphanous substrata as algal habitats
ECOLOGY↗
Sampling and handling of desert soils
Sampling and handling of desert soils - area site, transportation, processing, and storage
SAMPLING↗
Soil studies - microflora of desert regions. vii- abundance of chemical elements in an area of soil at white mountain range, california
Chemical analysis of soil samples to determine relative abundance of elements
SOIL↗
THE ROLE OF SOIL SCIENCE IN SPACE EXPLORATION
Soil science and its possible development through space exploration, with investigation of terrestrial and simulated extraterrestrial environments
ENVIRONMENT SIMULATION↗