[Evaluation of super dwarf wheat growth and development in greenhouse "Svet" during cultivation in inhabited pressurized chamber].
Goals of the 3-month experiment GREENHOUSE using the equipment of greenhouse SVET (ECO-PSY-95) were to feature growth and development of wheat through the entire cycle of ontogeny under the maximally mimicked MIR environment, and to try out the procedures and timeline of space experiment GREENHOUSE-2 as a part of the fundamental biology investigations within the MIR/NASA space science program. Irradiation intensity (PAR) was 65 W/m2 and 38 W/m2 in the experiment and laboratory control, respectively. Values of other environmental parameters were MIR average (18-25 degrees C, relative air humidity in the interval between 40% and 75%, total gas pressure of about 660 to 860 mm Hg, partial oxygen pressure within the range from 140 to 200 mm Hg, partial carbon dioxide pressure up to 7 mm Hg). Experimental results showed that wheat cultivation in inhabited chamber under a modified lighting unit providing greater irradiation of the crop area produced more plant mass although seed production dropped. Low grain content in ears could be the aftermath of the gaseous trace contaminants in the chamber atmosphere.
Sychev
V N
VN
Levinskikh
M A
MA
Podol'skiĭ
I G
IG
Ivanova
I E
IE
Nefedova
E L
EL
Livanskaia
O G
OG
Derendiaeva
T A
TA
Mikhaĭlov
N I
NI
Salisbury
F B
FB
Bingham
G E
GE
Brown
S
S
D000399:Air Pressure; D004781:Environmental Exposure; D005500:Follow-Up Studies; D006813:Humidity; D008027:Light; D018515:Plant Leaves / Q000254:growth & development; D018561:Space Simulation; D018531:Spacecraft; D013686:Telemetry; D014908:Triticum / Q000254:growth & development*
Issledovanie rosta i razvitiia superkarlikovoĭ pshenitsy v oranzheree "Svet" pri kul'tivirovanii v obitaemom germoob''ekte.