Activities using climate information to save lives
The malaria early warning project is one of many collaborative
efforts to integrate climate predictions and information into public
health decision-making. Other recent and ongoing projects to address
disease, heatwaves and air quality events include:
WMO - coordinated observational networks, such as the Global
Atmosphere Watch (GAW), collect information about ozone, ultraviolet and
solar radiation, greenhouse gases and particles from biomass burning and
dust storms to better understand human contributions to climate altering
air pollution and to enable responses to protect public health.
More than 65 countries actively host GAW stations, which share data
through five GAW World Data Centres. A specialized component of GAW
called GURME (GAW Urban Research Meteorology and Environment) focuses on
monitoring pollution in the urban environment, including monitoring in
Latin America, Eastern Europe, Asia and North America.
Malaria Outlook Forums establish dialogue between the public health
sector and weather and climate experts to facilitate the development of
integrated products for malaria prevention in Southern Africa. Partners
include WMO, National Meteorological and Hydrological Services, the
Southern African Development Community’s Drought Monitoring Centre in
Botswana, WHO and the Malaria Early Warning Systems program, among
others.
In Ethiopia, the Ministry of Health and the National Meteorological
Agency have joined forces to monitor regional climate in support of
malaria surveillance and early warning.
Maps of climatological data are published in monthly bulletins
distributed by the Ministry of Health’s National Malaria Control Team,
and they are also posted on the RANET (Radio and Internet for the
Communication of Hydrometeorlogical and Climate Related Information)
Website, which provides access to climate and weather information in
rural areas of Africa and the South Pacific. The joint project aims to
assist in planning malaria surveillance, allocating drugs, controlling
mosquito populations and raising public awareness of the issue.
In 2007, the Indonesian Agency for Meteorology, Climatology and
Geophysics (BMKG), in cooperation with the Jakarta Local Health Office,
conducted research on correlating dengue fever with climate to enable
local authorities to take measures to reduce the risk of the fever.
The Hong Kong Observatory has been studying the impact of climate on
health in Hong Kong, China, with particular focus on thermal stress and
the occurrence of infectious and vector-borne diseases. The research
findings will form the basis for the development and operation of public
health-related weather services and climate assessments in collaboration
with all key stakeholders. The Hong Kong Observatory also provides
climatological support to medical experts for other climate and health
studies in Hong Kong.
The WMO Sand and Dust Storm Warning Advisory and Assessment System (SDS-WAS)
facilitates sand and dust storm forecasting to give advance warning to
affected communities, which tend to be in Africa, Europe, the Middle
East, South-East Asia and the South-Western United States. Approximately
14 Operational Research Dust Forecasting Centres produce daily dust and
sand forecasts.
Established in 2004, the French Heat Health Watch Warning System
activates a national action plan as soon as dangerous heat threatens the
population. The national Health Watch Institute and Meteo-France work
jointly to provide real-time weather and health data and forecasts,
along with guidance to health professionals and the public, to increase
safety during heatwaves. WMO and WHO are jointly developing Guidance on
Implementation of Heat Health Early Warning Systems to enhance similar
joint efforts elsewhere in the world.
The Japan Meteorological Agency (JMA) provides early warning
information on extreme temperature events. The information is aimed at
forecasting the possibility of the occurrence of significant hot and
cold extremes with a one-to two-week lead time. The early warning
information is widely used to mitigate the impacts of extreme
temperatures on health, as well as other sectors, such as agriculture
and energy.
Courtesy: World Meteorological
Organization |