The 2nd Pan-GASS meeting sponsored by the ARC Centre of Excellence for Climate System Science is focused on «Understanding and Modelling Atmospheric Processes» (UMAP) and aims to bring together NWP and climate scientists, observationalists and modellers to discuss the key issues of atmospheric science and to coordinate efforts to
improve weather and climate models.
For my research in climate science, I use a satellite to measure physical and optical properties of clouds with the view to further
improve weather and climate models.
The paper (DOI 10.1038 / ngeo2957), published May 29 in Nature Geoscience, is the first to look at biosphere - atmosphere interactions using purely observational data and could greatly
improve weather and climate predictions critical to crop management, food security, water supplies, droughts, and heat waves.
Not exact matches
It states, in part, «Creating a sustainable regional food system that meets [the $ 1 billion] demand
and offers equal access to nutritious food will
improve public health, bolster the city's «good food» economy, build resilience in the wake of extreme
weather events
and reduce the city's «foodprint» as a way to mitigate the impacts of
climate change.»
Regardless of what
climate models find, investigating these long - distance links in
weather could also pay off by
improving risk prediction
and forecasts.
Other crowdsourced projects include labeling aerial photos of Mongolia in a quest to find Genghis Khan's tomb
and improving climate models by poring over World War I ship logs for
weather information.
Small, low - cost satellites may vastly
improve future predictions of
weather and climate change
«Medical experts argue that dealing with
climate change will
improve our public health by reducing the likelihood of extreme
weather events, reducing air quality
and allergen problems,
and limiting the spread of pests that carry infectious diseases.»
NASA is preparing to launch a duo of cloud - monitoring satellites that could help produce more accurate
weather predictions
and improve our understanding of how clouds affect
climate.
Gabriel Vecchi, head of the
climate variations
and predictability group at NOAA's Geophysical Fluid Dynamics Lab
and another author on the paper, says decades of
weather prediction data show that forecasts have
improved —
and will
improve — as scientists learn more about hurricanes.
«Hotspots show that vegetation alters
climate by up to 30 percent: Engineers find strong feedbacks between the atmosphere
and vegetation that explain up to 30 % of precipitation
and surface radiation variance; study reveals large potential for
improving seasonal
weather predictions.»
There is hope that attribution of hurricanes
and other dynamic
weather events will
improve as scientists tinker on
climate models, said Adam Sobel, a
climate scientist at Columbia University.
Among the scientific advances that will be required is better integration of
weather and climate models to
improve decadal
climate information to help people plan,» Moss said.
Even so, our forecasting abilities must further
improve for Montanans to better prepare for short - term variation in
weather patterns
and expected long - term impacts associated with
climate change.
This understanding will help scientists
improve global
climate projections
and predictions of extreme
weather and climate change.
Because the monsoon drives
weather patterns around the world
and affects the stratosphere globally, this research will also
improve our understanding of
climate processes worldwide
and will
improve climate predictions where we live.»
As research leaders in developing
and using models to provide scientific insights into
weather and climate change, Qian
and others are striving to understand uncertainty in systems
and modeling to
improve projections
and help prepare vulnerable regions for potential
climate change impact.
linking probabilistic simple
climate models, complex Earth system models,
and econometric analyses of historical
weathering and climate impacts to project future risks associated with
climate change
and improve estimates of the social cost of carbon.
2.4 by 2030 ensure sustainable food production systems
and implement resilient agricultural practices that increase productivity
and production, that help maintain ecosystems, that strengthen capacity for adaptation to
climate change, extreme
weather, drought, flooding
and other disasters,
and that progressively
improve land
and soil quality
The purpose of NASA's Earth science program is to develop a scientific understanding of Earth's system
and its response to natural or human - induced changes
and to
improve prediction of
climate,
weather,
and natural hazards.
Through its actions, NCAR seems to be stating that physical science alone holds the key to coping with
climate change, or even working to
improve our resilience during typical seasonal fluctuations
and weather events.
Of course, there are some differences — the butterfly effect has a basis in physical reality, so as our understanding of physical processes
and the ability to mathematically model them
improves, so will our ability to bridge the gap between predicting
weather and climate.
«Along with VIIRS, NPP carries four more instruments that monitor the environment on Earth
and the planet's
climate, providing crucial information on long - term patterns to assess
climate change
and data used by meteorologists to
improve short - term
weather forecasting.»
We strive to translate scientific discoveries into
improved models for
weather forecasting
and climate prediction.
In addition, they said, the data should help
improve long - term
weather and climate forecasting,
and should help in understanding the workings of severe storms.
The potential benefits of this commonality are significant
and include
improved predictions on all time scales
and stronger collaboration
and shared knowledge, infrastructure,
and technical capabilities among those in the
weather and climate prediction communities...
Preventive
and adaptive actions, such as setting up extreme
weather early warning systems
and improving water infrastructure, can reduce the severity of these impacts, but there are limits to the effectiveness of such actions in the face of some projected
climate change threats.
The subseasonal to seasonal timescale provides a unique opportunity to capitalise on the expertise of the
weather and climate research communities, and to bring them together to improve predictions on a timescale of particular relevance to the Global Framework for Climate Services
climate research communities,
and to bring them together to
improve predictions on a timescale of particular relevance to the Global Framework for
Climate Services
Climate Services (GFCS).
GFDL scientists strive to
improve the understanding
and prediction of
weather and climate extremes.
Continuing advances in
weather and climate science will make it possible for the WMO community to satisfy this demand for continuously
improved services, as well as to contribute to the 2030 Agenda.
This capability would enable a model to continuously update
and improve parameterization approaches on the fly, with the potential to
improve climate predictions
and short - term
weather forecasts.
The main objective of the Building Resilience to
Climate Related Hazards Project for Nepal is to diminish the impacts of extreme climate - related events, protect lives and assets, and support agricultural livelihoods by establishing multi-hazard information and early warning systems, upgrading the existing hydromet and agricultural information management systems, and improving the accuracy and timeliness of weather and flood forecasts and w
Climate Related Hazards Project for Nepal is to diminish the impacts of extreme
climate - related events, protect lives and assets, and support agricultural livelihoods by establishing multi-hazard information and early warning systems, upgrading the existing hydromet and agricultural information management systems, and improving the accuracy and timeliness of weather and flood forecasts and w
climate - related events, protect lives
and assets,
and support agricultural livelihoods by establishing multi-hazard information
and early warning systems, upgrading the existing hydromet
and agricultural information management systems,
and improving the accuracy
and timeliness of
weather and flood forecasts
and warning.
World Bank: The World Bank's Board of Executive Directors has approved funding of a project that aims to enhance government capacity to mitigate
climate - related hazards in Nepal by
improving the accuracy
and timeliness of
weather and flood forecasts
and warnings for
climate - vulnerable communities.
Requires the
Climate Service Program to: (1) analyze the effects of weather and climate on communities; (2) carry out observations, data collection, and monitoring of atmospheric and oceanic conditions; (3) provide information and technical support to governmental efforts to assess and respond to climate variability and change; (4) develop systems for the management and dissemination of data; (5) conduct research to improve forecasting and understanding of weather and climate variability and change and its effects on communities; and (6) develop tools to facilitate the use of climate information by local and regional stakeh
Climate Service Program to: (1) analyze the effects of
weather and climate on communities; (2) carry out observations, data collection, and monitoring of atmospheric and oceanic conditions; (3) provide information and technical support to governmental efforts to assess and respond to climate variability and change; (4) develop systems for the management and dissemination of data; (5) conduct research to improve forecasting and understanding of weather and climate variability and change and its effects on communities; and (6) develop tools to facilitate the use of climate information by local and regional stakeh
climate on communities; (2) carry out observations, data collection,
and monitoring of atmospheric
and oceanic conditions; (3) provide information
and technical support to governmental efforts to assess
and respond to
climate variability and change; (4) develop systems for the management and dissemination of data; (5) conduct research to improve forecasting and understanding of weather and climate variability and change and its effects on communities; and (6) develop tools to facilitate the use of climate information by local and regional stakeh
climate variability
and change; (4) develop systems for the management
and dissemination of data; (5) conduct research to
improve forecasting
and understanding of
weather and climate variability and change and its effects on communities; and (6) develop tools to facilitate the use of climate information by local and regional stakeh
climate variability
and change
and its effects on communities;
and (6) develop tools to facilitate the use of
climate information by local and regional stakeh
climate information by local
and regional stakeholders.
(v) conduct research to
improve forecasting, characterization,
and understanding of
weather and climate variability
and change
and its effects on communities, including its effects on agricultural production, natural resources, energy supply
and demand, recreation,
and other sectors of the economy;
and
There are some source of predictability that are still not fully resolved (including those dealing with
improving climate models, but also related to unexplored initial conditions or driving conditions),
and a great benefit of these predictability studies is that they mimic the practice of
weather prediction by confronting models with observations at the relevant time
and spatial scales, leading to the necessary inspiration for this model improvement.
Tracking sea surface temperature over a long period is arguably the most reliable way researchers know of measuring the precise rate at which global temperatures are increasing
and improves the accuracy of our
climate change models
and weather forecasts.
«The White House decision to create the Joint Polar Satellite System by restructuring NPOESS will
improve the development of critical Earth - observing instruments required for
improving weather forecasts,
climate monitoring
and warning leads for severe storms,» NOAA Administrator Jane Lubchenco said yesterday.
6) More research funding into
improved nuclear energy makes lots of sense (fast breeder, thorium, nuclear fusion, etc.) 7) Preparation for natural
weather disasters
and adaptation to whatever
climate Nature (or anyone else) throws at us both make imminent sense, as our hostess has stressed.
We will discuss the evidence for change, the inability of our
climate models to predict these changes, the processes responsible for sea ice reduction
and improved representation of these processes in
climate models,
and the impacts of sea ice change on local
and global
weather and climate.
Adaptation: Sierra Leone has begun adaptation efforts including sustainable land
and natural resource management programs as well as
improved technical
and institutional capacity development to provide
improved access to
weather and climate data.
Computer models are helpful for
improving our understanding of how
weather and climate systems work
and change over time.
For example, the National Academies recently published a study on the attribution of extreme events in the context of
climate change, noting that «advances have come about for two main reasons: one, the understanding of the
climate and weather mechanisms that produce extreme events is
improving,
and two, rapid progress is being made in the methods that are used for event attribution.
This project generated important knowledge on how the vulnerability of agriculture could be reduced
and how the buffering ability
and resilience could be
improved with regard to
climate change,
climate variability,
and changes in the occurrence
and strength of extreme
weather events.
Climate - smart agriculture includes practical techniques — mulching, intercropping, agro-forestry,
and improved water management — as well as technological advances such as better
weather forecasting, according to the World Bank.
Increase process understanding of the coupled Arctic system
and Arctic lower - latitude interactions to
improve NOAA
weather,
climate,
and sea ice forecasts.
Identify new sources of predictive skill
and improve predictions of
weather, water,
and climate through observations, understanding,
and modeling of physical processes
and phenomena of the coupled Earth system.
Additionally, the development of new technologies
and strategies to
improve the collection
and distribution of observations is central for adaptation
and mitigation of the impacts from severe
weather events to
climate extremes.
Washington, D.C. — A survey of North American cities by the ACEEE
and the Global Cool Cities Alliance (GCCA) finds that confronting the challenges of extreme
weather, adapting to a changing
climate,
and improving the health
and resiliency of urban populations are driving cities to develop
and implement strategies to reduce excess urban heat.
APPLICATE brings together an international
and multidisciplinary team of experts in
weather and climate prediction in order to
improve climate and weather forecasting capacity
and to provide guidance on the design of the future observing system in the Arctic.