Sentences with phrase «understand weather patterns»

Teach children to understand weather patterns and safety procedures to keep them protected while on the water

Another team mapped out a field trip for younger children to help them understand weather patterns.

It was a time when people didn't understand weather patterns or natural disasters.

Studying storms such as this and comparing them to similar events on other planets (think Jupiter's Great Red Spot) help scientists better understand weather patterns throughout the solar system, even here on Earth.

Droegemeier does not expect Bridenstine to support slashing the agency's budget, especially given that much of NASA's mission can be framed in terms of collecting data that are as applicable to understanding weather patterns as to understanding climate change.

Without fully understanding the weather pattern variation input system, we still have no insight into the theoretical cause of trends, be they natural or anthropogenic.

Not exact matches

«Those numbers help you understand the neighborhood, like what happens when the sun is out and weather patterns.

The resulting space race didn't only get us to the moon — it also helped us launch the satellites that today let us understand the Earth's weather patterns and help us communicate across the world.

The US and global transportation systems rely on a deep understanding of atmospheric conditions and long - term weather patterns.

Shows a real lack of understanding of weather patterns that he's wearing a tshirt, shorts, and a scarf.

It includes understanding the importance of agriculture, being prepared for more erratic weather patterns and understanding the depletion of water resources.

Hillis: But I think, you know, tying it to back to the whole computer thing, the idea of having conceptual systems that really are well thought out, so they're simple and easy to understand, so you don't have all these configurational problems that happen when you start combining them all together; because then it all of a sudden becomes more like a weather pattern: very unpredictable.

This has created a broader understanding of what causes climatic shifts and a greater appreciation for the ocean's role in global weather patterns.

Though they don't fully understand what caused the different outcomes at the two sites, Weatherhead speculated it had something to do with Clyde River's proximity to Baffin Bay, and the influence of weather patterns that develop over the oceans.

Better understanding of the distances these killer spores travel could help researchers correlate the fungus» range with weather patterns to better predict how bad gypsy moth damage will be in a given year.

The National Research Council held a workshop in September 2013 to review the connections between Arctic warming and mid-latitude weather patterns, to discuss gaps in understanding, and to explore future research needs.

They help us to understand the global circulation of the atmosphere by explaining the mechanisms that drive some of the persistent or recurrent patterns (or features) of local weather and climate.

A review article recently published in Reviews of Geophysics gave an overview of current understanding of «teleconnections» in atmospheric circulation and weather patterns, focused specifically on interactions that occur between tropical and midlatitude regions.

Finally, almost 40 managers and scientists met to discuss whether an adaptive management approach might be useful to gain an understanding of the interaction among habitats and management actions and how this will be affected by annual weather and climate patterns.

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.»

But some ocean patterns in the climate system can persist much longer, and understanding them can help make useful predictions for regional and global averages that don't depend so much on specific weather patterns.

Proponents of NASA's Earth - studies programs said the space agency has contributed a great deal to scientists» understanding of global weather patterns and trends, including the effects of climate change on the environment.

Passage planning was one of the more difficult tasks to complete as a team, as it required a thorough understanding of the tidal patterns in the region, topography, weather conditions and the wind direction to enable a viable navigational route.

Using virtual experimental tools, students can examine weather patterns and manipulate weather models to help them to understand how they affect variables at the pond.

The design team identified the important educational objectives, regional materials, landforms, weather patterns, facility and site development strategies, and incorporated this understanding into the design of a modern, progressive school facility; thereby connecting the architecture of the new school to the people, place, and region of Holly, Colorado.

On a philosophical level, surf forecasting provides the average everyday surfer with the means for a higher understanding of their local surf spot, surfers now have the means to learn and understand the favoured weather patterns or swell period and direction needed for that elusive secret spot.

To enable further understanding and interest in their scientific archives and research on space science including of the earth's climate and weather patterns.

It is (virtually) impossible to prove that a single (or a small number) freak weather event (s) is (are) caused by increasing CO2, but when a large number are observed, it may be possible to spot a pattern of change — yet it is difficult to attribute such a change to a cause unless the mechanisms are understood.

In order to understand California's precipitation patterns and the influence of El Niño better, Bor - Ting Jong from the Lamont - Doherty Earth Observatory at Columbia University and her colleagues used sea surface temperature and weather data from as far back as 1901.

The other major stretch of tropical forest, in southeast Asia, is understood to be less significant to global weather patterns as it is surrounded by oceans.

Scientists just now are starting to understand how these phenomena affect global weather patterns.

This is why there is little faith placed in CAGW forecasts, any one who knows anything about how the weather really works, understands the real drivers are not even understood enough to used in models yet, and with out considering the background patterns of the seasonal, annual, decadal trends that determine how the weather works, are even used in weather forecasting, in a viable active method, why should ANY confidence be placed in CAGW long range unverifiable modeled forecasts?

Session speakers guided audience members through current research efforts to understand the Arctic's role in the global weather system, to predict changing sea ice patterns, and to perceive both the global and local implications of thawing permafrost and shifting hydrology patterns in the Arctic's terrestrial cryosphere.

What am I doing wrong in trying to get folks on both sides (ugh) of the discussion to understand that if climate includes (is defined by) weather (patterns) and we have accuracy issues with weather forecasting, how are those of us w / o science degrees to trust forecasting climate?

While the effects of higher temperatures are still poorly understood, scientists are concerned that climate change could have a major impact on weather patterns, the distribution of ice, ecosystems, and ocean currents and sea levels.

and weather patterns are well within natural climate variability, which is far greater and more rapid than most understand.

Ironically, a former employee of the UK weather office Hubert Lamb left that agency to set up the Climatic Research Unit (CRU) at the University of East Anglia because he could not get support for his attempt to improve forecasting by understanding past weather patterns.

• Combine wind data with measurements from scientific instruments in other disciplines to help us better understand the mechanisms of global climate change and weather patterns.

Only by fully understanding the relationship between peak in our ENSO region and Californian «weather patterns» can we claim anything and even then probably not much.

Inadequacy of those reports now plague attempts to understand past weather patterns.

This report discusses our current understanding of the mechanisms that link declines in Arctic sea ice cover, loss of high - latitude snow cover, changes in Arctic - region energy fluxes, atmospheric circulation patterns, and the occurrence of extreme weather events; possible implications of more severe loss of summer Arctic sea ice upon weather patterns at lower latitudes; major gaps in our understanding, and observational and / or modeling efforts that are needed to fill those gaps; and current opportunities and limitations for using Arctic sea ice predictions to assess the risk of temperature / precipitation anomalies and extreme weather events over northern continents.

Therefor, if we get to the point of understanding that ENSO factors along with atmospheric oscillations are the major metrics and drive all climate change / weather pattern variations, future scenarios are very difficult to determine.

There is still a lot to understand about how the dramatic changes occurring in the Arctic will affect weather patterns further south — in particular, if and how the jetstream might be affected will be vital.

Local responses are well understood, but the ways in which amplified Arctic warming is affecting mid - latitude weather patterns are still emerging.

The presentation explored ways to help planners, practitioners and policymakers working in agriculture and forestry understand options available for making different landscapes and food systems more climate - smart — important for smallholder farmers and pastoralists in developing countries who are coping with a degraded natural resource base and are being especially hard hit by changes in weather patterns.

One effort called Old Weather, for example, asks people with spare time to translate ships» logbooks and extract weather data, which researchers can then use to both understand historic weather patterns and model future ones.

However, climate change is understood through the analysis of long - term trends and regional weather patterns.

How oceanic and atmospheric circulation patterns translate into things that matter directly to society (e.g. surface climate and weather) requires longer data sets that allows us to understand how the major multidecadal modes translate into atmospheric circulation patterns and surface climate.

A knowledge and understanding of local patterns of wind, weather and water flows make up what some call «ecological literacy» (there's even a simple test you can take).

This work highlights that observed trends in midlatitude weather patterns are complex and likely not simply understood in terms of Arctic amplification alone»