ognizant Communication Corporation

LIFE SUPPORT & BIOSPHERE SCIENCE

AUTHOR AND SUBJECT INDEX

VOLUME 8

Author Index

Aglan, H. A., 15
Akse, J. R., 55
Allen, J. P., 67, 149, 161
Alling, A., 71, 149, 161
Andrews, C., 33
Atwater, J. E., 55

Barta, D. J., 103
Baruh, H., 43
Both, A. J., 191
Brion, G. M., 9
Bubenheim, D., 161
Bucklin, R. A., 93, 125

Corey, K. A., 93, 103
Cowan, R. M., 181

Dempster, W. F., 149, 155, 161
Dixon, M. A., 199

Ferl, R. J., 83, 93, 137
Fleisher, D. H., 43
Fowler, P. A. 125
 
 

 Gan, Y. X., 15
Ge, J., 181
Giacomelli, G. A., 115
Gianfagna, T. J., 173
Gilrain, M. R., 173
Gonzalez-Martin, A., 23, 33
Gurley, W. B., 93Hentges, D. L., 1

Holtsnider, J. T., 55
Hunter, J. B., 199

Janes, H. W., 173

Kang, S., 191
Kim, J., 23, 33

Lasseur, C., 199
Logendra, L. S., 173

Manak, M. S., 83
McGregor, M. L., 181
McKay, C. P., 137
Metz, J. M., 125
Ming, D. W., 137

Nelson, M., 71, 149, 161
Newsom, H. E., 137

 Olabi, A., 199

Patrick, N., 15
Paul, A.-L., 83, 93

Rutherford, L. A., 23, 33
Rygalov, V. Y., 125

Sadler, P. D., 115
Salinas, C., 23
Salisbury, F. B., 161
Schuerger, A. C., 93, 137
Sehnke, P. C., 83
Silverstein, J., 9
Silverstone, S., 71, 161

Trachtenberg, M. C., 181
Tu, C., 181

Van Hyfte, J., 33
Van Thillo, M., 71, 149
Vodovotz, Y., 1

Waters, G. C. R., 199
Wheeler, R. M., 103, 125

  Subject Index

Advanced life support, 1, 43, 103
Advanced Life Support System (ALSS), 191
Airtight, 155
Alcohols, 55
Ammonium oxidation, 23
Analysis, 55
Arabidopsis, 83
Astrobiology, 137

Beta vulgaris L., 173
Biomass production, 43
Bioreactor, 23, 181
Bioreactor effluent, 23
Bioregenerative, 103
Bioregenerative life support, 115, 199
Biosensor, 83
Biosphere 2, 71, 149
Biospherics, 71
Biospheric systems, 67

Carbon dioxide, 181
Carbonic anhydrase, 181
Cereals, 161
Closed system, 71
Constructed wetlands, 149
Contained liquid membrane, 181
Controlled environment, 173
Crop yields, 161

Database management system (DBMS), 191
Decision support system (DSS), 191

Edible films, 15
Electrochemical reactor, 23
Equivalent system mass, 199
Evapotranspiration, 125

Feedback control, 43
Food nutritional analysis, 191
Food safety, 1
Food systems, 199

 Gas separation, 181
Green fluorescent protein (GFP), 83
Greens, 173
Group dynamics, 71

Human challenges, 67
Human factors, 71
Inflatable structure, 115

Iodine, 9

Leakage, 155
Light, 161
Linear programming, 191
Long-term habitation, 67
Low pressure, 93, 125

Manned mission to Mars, 71
Mars, 93, 103, 137, 161
Mars base, 155
Mars greenhouse, 115
Mars hydroponics, 115
Mars lander, 137
Mars on Earth, 149
Mathematical modeling, 43
Mechanical properties, 15
Menu planning, 199
Microscopic features, 15
Model-based control, 43
Molecular responses, 93
Monitoring, 9
MS2, 9
Nutrient reclamation, 149

Optimization, 191
Organic acids, 55
Organic oxidation, 33

 Packed-bed reactors, 33
Peanut protein, 15
Phage assay, 9
Photoreactor, 33
Photorespiration, 103
Photosynthesis, 103
Photosynthetic photon flux, 161
Plant biology, 137
Plant growth, 93
Pressure, 155
Promoter, 83

Reduced pressure, 103
Relative humidity, 125

Salad crops, 173
Sealing, 155
Sewage treatment, 149
Soil chemistry, 137
Sorbitol, 15
Soybeans, 1
Space food, 1
Subsurface flow, 149

Telemetry, 83
Titanium dioxide, 33
Transgenic Arabidopsis Gene Expression System (TAGES), 83
Transpiration, 103

Vapor pressure deficit, 125
Volatiles, 1

"Wastewater Gardens," 149
Water cycle, 125
Water polishing system, 33
Water recovery system, 55
Water recycling, 9, 149
Wheat, 161