A workshop was convened on April 8th, 1999 to assess the impact of
potential climate change on the health of New Englanders and people living within upstate
New York.Climate change may activate or suppress the affects of Eastern equine
encephalitis, Lyme disease, insect over-wintering, heat waves, ground-level ozone, UV-B
radiation, harmful algae blooms, food-borne disease outbreaks and other public health
concerns.
The Workshop purposes were:
· to initiate a two-way dialogue on the evolving scientific understanding of how
potential climate change may impact human health in the future,
· to solicit the perceptions and concerns of members of the human health public health
sectors, and others with vested interests in the allied health professions regarding
climate change, and
· to identify specific gaps in information available to the general public,
information needed in order to make more informed decisions regarding how best to deal
with climate change impacts, if they occur.
Participants were presented the current understanding of the science behind climate
change concerns and its potential to impact the New England Region. Climate model
scenarios (model outcomes) for New England, their implications, and limitations were
presented and discussed. Participants were asked to contribute their concerns and ideas,
based on their first-hand experience, regarding the current stresses influencing regional
health and well-being, and how they felt future changes in climate might affect health.
Discussion of methods for coping with potential climate change impacts within the region
were also included.
The findings and issues identified by the Human Health Workshop are being incorporated
into the Regional Assessment report, which will be completed in spring, 2000.
Scoping topics were used as the basis of the discussion during the Human Health
workshop. These topics included: the impact that the January, 1998, ice storm had on human
health across the region, the role of changing regional air quality, how climate change
may differentially affect urban and rural regions, and the limits of our current
knowledge.