2010 “Metabolic Basis of Ecology” Gordon Research Conference to be held this summer, July 18-23, 2010 at the University of New England in Biddeford, Maine, USA.
In addition to the exciting program of speakers, on
topics at the
frontiers of our subject (see http://www.grc.org/programs.aspx?year=2010&program=metbasis ),
we are delighted to announce that there will be an additional workshop
mid-way
during the week, which is open to conference attendees, and supported
by the
Santa Fe Institute, on “Metabolism as a Central Theme in the Emergence
of
Biological Order”. An outline of this workshop is given at the end of
this
email.
Please know that anyone (including grad students and
post-docs)
can apply to attend the conference. Because the number of slots is
limited, and
the conference is now rapidly filling up, we urge anyone who is
interested in
attending to apply by submitting an online application on the Metabolic
Basis
of Ecology website.
Here are the GRC websites for the meeting program as well
as how
to apply to attend the meeting
Metabolic Basis of Ecology Program - http://www.grc.org/programs.aspx?year=2010&program=metbasis
GRC Application website (scroll down to
Metabolic Basis of Ecology) - http://www.grc.org/application.aspx
I have attached a GRC poster that can be put
up on office doors, labs, and department halls. Please feel free to
forward
this email to colleagues whom you think may be interested in this
conference.
The
announcement of this conference is being posted on the meetings
calendars
advertised by relevant learned societies in the US and UK (e.g. ESA,
BES). If
you know of other listings from other countries, please feel free to
contact me
with details of who I should contact to add our conference to their
listings,
thereby ensuring that, throughout the world, as many interested people
as
possible are informed about the meeting.
Summary
of the GRC Conference: Metabolic Basis of Ecology
The Gordon Conference on “Metabolic Basis of Ecology” is
set to
explore the consequences of metabolism upon the structure and
functioning of
life at different levels of organization, from cells to organisms to
communities to ecosystems. Each year we make an effort to bring
together an
interdisciplinary group of distinguished scientists from a diverse but
complementary set of disciplines who are working at the forefront of
metabolic
approaches in ecology or whose research provide new paths for
integration and
understanding. This diversity in speakers’ interests is intended to
ensure
dynamic exploration of metabolism by the conference participants, with
a
primary goal of identifying key future areas for research that link
metabolism,
ecology and evolution. The ultimate goal of this meeting is to foster
new
collaborative interactions that will help us to move towards a more
complete
understanding of the metabolic laws that govern the structure and
function of
living organisms, and the communities and ecosystems in which they
reside.
This
conference should be of great interest to anyone working in scaling,
body size,
stoichiometry, community ecology, nutrient cycling, theoretical
ecology,
ecosystem dynamics, physiological ecology, thermal biology, regulation
and
resilience in biological systems etc. The meeting site (Univ of New
England) is
spectacular - on the coast of Maine with opportunities for sea
kayaking, swimming, deep-sea fishing, etc etc. It is also pretty easy
to
reach via Boston.
Description
of the mid-conference workshop:
“Metabolism as a Central
Theme in the Emergence of
Biological Order”
This
workshop will bring together an interdisciplinary and international
group of
distinguished scientists and theoreticians to
explore
the role of metabolism in shaping the emergence of biological order at
different levels of organization, from cells to organisms to ecosystems
to the
earth system.
The
emergence of order in living systems includes the selective
pressures and principles that have shaped the emergence of metabolic
networks
and pathways, and how organismal metabolism evolved. Specific focus
areas
include the advances in the efficiency of exchange of energy and matter
with
the environment; the regulation of environments within cells, organisms
and
external environments; and the robustness of such systems in the face
of
perturbations. Understanding and quantifying the processes that
produce
the patterns of metabolic efficiency and intensity in nature, including
the
properties of homeostasis and robustness, is important for tackling
challenges
as diverse as cancer, disruption of homeostasis in human health, and
climate
and pollutant threats to ecosystems and the earth system.
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