Recently in the Life Support Systems Category


A research team in Spain has the enviable job of testing out new electromechanical gear for potential use in future missions to the "Red Planet."

Dr. John Hogan and Dr. Robert Bowman were given the opportunity to conduct a small trial of the Ames developed dwarf Arabidopsis plants this season at Devon Island where scientists are working on the Haughton-Mars Project. Devon Island, located at an extreme northern latitude, is viewed as a terrestrial analog for Mars. Last week the team sent experiment trays to Devon Island. A member of the Haughton-Mars Project team will run the experiment. The actual work is simple: just add water and photograph daily. The plants will be grown outside at the peak of the "summer" season where they will be exposed to continuous light and obviously cool temperatures. The intent of the Arabidopsis experiment is to see how the plants will perform in such harsh environments.

Devon Island Greenhouse Update

Research Activities in the Arthur Clarke Mars Greenhouse - July 2006 Update

"Our autonomous greenhouse in the Arctic produces and manages its own power, has its own communications system for command and telemetry, and a robust data acquisition and control system for making measurements and maintaining the environment in the greenhouse. This project began in 2002 and every year we improve the systems and make them more reliable and more robust."

Greenhouse Webcam 2 Editor's note: The Arthur Clarke Mars Greenhouse woke up several weeks ago. Located at the Mars Institute's HMP Research Station on Devon Island, this greenhouse has several webcams located inside which are now sending back images on a more or less daily basis. Webcam 2 looks south at the growing trays. Webcam 3 looks north at the heating system. Note: ignore the date stamp on these webcam images - apparently both cameras lost track of time during the several months of darkness when they were inactive.

During fall 2005 there was some unusual activity in and around the greenhouse and the report listed below describes what is known to date. Another update to this report will follow soon.