Follow
along with Dr. Luann Becker of the University of California,
Santa Barbara (UCSB) on an expedition to Antarctica in a search
for clues of what happened to past life on Earth. In addition
she will be testing instrumentation for future missions designed
to detect life signs on Mars.
Dr. Becker’s
photos, video clips and journal document her expedition to Antarctica
to investigate the 250 million year old Permian-Triassic mass extinction
event and her preparation of instrumentation designed to detect
life signs on Mars. Antarctica lends itself to these investigations
due to its unique preservation of Permian-Triassic rocks in several
locations on the Antarctic continent and its striking similarities
to the present Martian terrain and climate. In the next decade (including
January 2004) we will land several spacecraft on the red planet
in search of water, an essential ingredient to life as we know it
and to further detect extinct or extant life signs.
This web site
will be continuously updated with the evaluation of the preservation
of Permian-Triassic rocks and her analyses of biomarkers (organic
compounds that are derived from biological processes) using state-of-the-art
techniques designed to detect life on Mars. The web site will also
be linked to other NASA sites including the distance learning programs
so that students can follow along and participate in the research
program through planned outreach activities designed to capture
the projects that Dr. Becker will cover while in the field.
This scientific
expedition is sponsored by NASA’s Exobiology and ASTEP
programs, the Space Telescope Institute in Baltimore, MD and
by the National Science Foundation (Polar Programs) in cooperation
with Raytheon Polar Services. Overall it seems appropriate
for NASA and NSF to work together in bringing the science
that Becker and her colleagues cover to the public and further
take advantage of this historic time when we will, once again,
explore for life signs on Mars.
Website
Design and Development by The
Website Assistant (copyright 2004) |