The Biotron is a research facility located at the University of Wisconsin-Madison that "provides controlled environments and climate-controlled greenhouses to support plant, animal, and materials research for university, non-profit, and commercial clients."[1]
An evolution of the phytotron, the development of the facility had its roots in the late 1950s as a campaign established by the Botanical Society of America in search of a national phytotron.[2]: 196 With additional funding and support by the National Science Foundation the Biotron was eventually envisioned as a combination facility that would allow both plant and animal tests to be conducted.
Plant physiologist Folke Skoog would be instrumental in bringing the Biotron to the University of Wisconsin-Madison. A colleague of Frits Went at Caltech, Skoog oversaw the two proposals the university submitted to the Botanical Society in 1959.[2]: 203 The interdisciplinary nature and scope of the project quickly led it to becoming Madison's most expensive facility at around $4.2 million.[2]: 202 It was up to Harold Senn, appointed director of the Biotron to concentrate on assembling funding, which he was able to accomplish by January 1963, with the Ford Foundation and National Institute of Health contributing to the project.[2]: 210
The Biotron was officially dedicated on September 18, 1970 with many experiments under precise controlled environmental conditions already under study, such as a lizard in the Palm Springs desert or black-eyed peas growing in hot and humid Nigeria.[3] When finally completed in 1971, the Biotron contained over fifty rooms with many able to variate temperature from as low as -25C to as high as 50C with humidity adjustable anywhere from 1%-100%.[4] Data from the various tests and sensors would then be fed and logged into a PDP-8/E-AA computer. Senn supposedly spent an additional $3,000 of the Biotron budget on increasing the computer's memory an extra 4 kilobytes.[5]
LED panel light experiment on potato plant growth by NASA.
Although the Biotron went through a period of decline in the 1980s, unlike other facilities it never closed. In 1986, the first experiments using LEDs to grow plants were developed with NASA and tests were performed for the Galileo probe before its 1989 launch.[12] Much of its work in the 1990s partnered with NASA in the Controlled Ecological Life Support System (CELSS) and its goal in researching the viability of certain vegetables for space travel, in particular the potato.[13][2]: 224 Study of animal hibernation were done by ESA for human space exploration.[12]
Roomsedit
The Biotron has 45 rooms that are capable of simulating a range of environmental variables with precision and control. These rooms feature separate air handling and control over the temperature, humidity, and lighting. Some rooms specialize in isolation from sound and vibration, electromagnetic radiation, or pressure.[3][14]
^"Biotron". Biotron Laboratory. Retrieved 22 June 2017.
^ abcdeMunns, David P. D. (2017-05-30). Engineering the Environment: Phytotrons and the Quest for Climate Control in the Cold War. University of Pittsburgh Press. pp. 196–224. ISBN9780822982760.
^ abWilford, John Noble (1970-09-19). "Environment Center Dedicated". The New York Times. ISSN 0362-4331. Retrieved 2017-10-05.
^Senn, H. A.; Anderson, D. P.; Anderson, L. C. (1965). Biotron manual for investigators. Madison, Wisconsin: University of Wisconsin.
^"Biotron". World of Trons. Retrieved 29 June 2017.
^"The Immigration of Vladimir and Kyta" (PDF). The Brolga Bugle. Summer 1977.
^"Progress Bulletin from Pomona, California on July 13, 1977 · Page 14". Newspapers.com. Retrieved 2017-10-07.
^"BTN LiveBIG: Wisconsin's Biotron is a lab for all seasons". Big Ten Network. Retrieved 2017-10-07.
^Held, Heather E.; Pollock, Neal W. "The Risks of Pregnancy and Diving". Divers Alert Network (DAN).
^Stock, M. K.; Lanphier, E. H.; Anderson, D. F.; Anderson, L. C.; Phernetton, T. M.; Rankin, J. H. (1980-05-01). "Responses of fetal sheep to simulated no-decompression dives". Journal of Applied Physiology. 48 (5): 776–780. doi:10.1152/jappl.1980.48.5.776. ISSN 8750-7587. PMID 7451285.
^"Biotron puts any environment on Earth in researchers' reach". Retrieved 2017-11-04.
^ abMerfeld, Liz (March 2, 2016). "Field stations in a box". Isthmus.
^"Invention may lead to space salads". Iowa City Press-Citizen from Iowa City, Iowa. June 13, 1992. p. 6. Retrieved 2017-10-10.
biotron, wisconsin, this, article, about, facility, university, wisconsin, madison, biotron, western, university, biotron, western, university, biotron, research, facility, located, university, wisconsin, madison, that, provides, controlled, environments, clim. This article is about the facility at the University of Wisconsin Madison For the Biotron at Western University see Biotron Western University The Biotron is a research facility located at the University of Wisconsin Madison that provides controlled environments and climate controlled greenhouses to support plant animal and materials research for university non profit and commercial clients 1 Contents 1 History 2 Rooms 3 See also 4 References 5 External linksHistory editAn evolution of the phytotron the development of the facility had its roots in the late 1950s as a campaign established by the Botanical Society of America in search of a national phytotron 2 196 With additional funding and support by the National Science Foundation the Biotron was eventually envisioned as a combination facility that would allow both plant and animal tests to be conducted Plant physiologist Folke Skoog would be instrumental in bringing the Biotron to the University of Wisconsin Madison A colleague of Frits Went at Caltech Skoog oversaw the two proposals the university submitted to the Botanical Society in 1959 2 203 The interdisciplinary nature and scope of the project quickly led it to becoming Madison s most expensive facility at around 4 2 million 2 202 It was up to Harold Senn appointed director of the Biotron to concentrate on assembling funding which he was able to accomplish by January 1963 with the Ford Foundation and National Institute of Health contributing to the project 2 210 The Biotron was officially dedicated on September 18 1970 with many experiments under precise controlled environmental conditions already under study such as a lizard in the Palm Springs desert or black eyed peas growing in hot and humid Nigeria 3 When finally completed in 1971 the Biotron contained over fifty rooms with many able to variate temperature from as low as 25C to as high as 50C with humidity adjustable anywhere from 1 100 4 Data from the various tests and sensors would then be fed and logged into a PDP 8 E AA computer Senn supposedly spent an additional 3 000 of the Biotron budget on increasing the computer s memory an extra 4 kilobytes 5 nbsp LED panel light experiment on potato plant growth by NASA In 1977 the International Crane Foundation brought endangered Siberian crane eggs from the U S S R to the Biotron for incubation and initial feeding 6 7 8 A hyperbaric chamber was added and used for experiments on the effects of diving on pregnancy 9 10 A hypobaric chamber was used for high altitude tests of devices administering doses of vaccines and drugs 11 Although the Biotron went through a period of decline in the 1980s unlike other facilities it never closed In 1986 the first experiments using LEDs to grow plants were developed with NASA and tests were performed for the Galileo probe before its 1989 launch 12 Much of its work in the 1990s partnered with NASA in the Controlled Ecological Life Support System CELSS and its goal in researching the viability of certain vegetables for space travel in particular the potato 13 2 224 Study of animal hibernation were done by ESA for human space exploration 12 Rooms editThe Biotron has 45 rooms that are capable of simulating a range of environmental variables with precision and control These rooms feature separate air handling and control over the temperature humidity and lighting Some rooms specialize in isolation from sound and vibration electromagnetic radiation or pressure 3 14 See also editPhytotronReferences edit Biotron Biotron Laboratory Retrieved 22 June 2017 a b c d e Munns David P D 2017 05 30 Engineering the Environment Phytotrons and the Quest for Climate Control in the Cold War University of Pittsburgh Press pp 196 224 ISBN 9780822982760 a b Wilford John Noble 1970 09 19 Environment Center Dedicated The New York Times ISSN 0362 4331 Retrieved 2017 10 05 Senn H A Anderson D P Anderson L C 1965 Biotron manual for investigators Madison Wisconsin University of Wisconsin Biotron World of Trons Retrieved 29 June 2017 The Immigration of Vladimir and Kyta PDF The Brolga Bugle Summer 1977 Progress Bulletin from Pomona California on July 13 1977 Page 14 Newspapers com Retrieved 2017 10 07 BTN LiveBIG Wisconsin s Biotron is a lab for all seasons Big Ten Network Retrieved 2017 10 07 Held Heather E Pollock Neal W The Risks of Pregnancy and Diving Divers Alert Network DAN Stock M K Lanphier E H Anderson D F Anderson L C Phernetton T M Rankin J H 1980 05 01 Responses of fetal sheep to simulated no decompression dives Journal of Applied Physiology 48 5 776 780 doi 10 1152 jappl 1980 48 5 776 ISSN 8750 7587 PMID 7451285 Biotron puts any environment on Earth in researchers reach Retrieved 2017 11 04 a b Merfeld Liz March 2 2016 Field stations in a box Isthmus Invention may lead to space salads Iowa City Press Citizen from Iowa City Iowa June 13 1992 p 6 Retrieved 2017 10 10 Controlled Environments Biotron Laboratory Retrieved 2018 07 25 External links editOfficial website BIOTRON History of the building The Biotron at World of Trons Retrieved from https en wikipedia org w index php title Biotron Wisconsin amp oldid 1158966772, wikipedia, wiki, book, books, library,
