About Us Investors Oz (기회특구) News
방문해 주셔서 감사합니다.
박영숙일정표 Photo/Events 공지사항 외국인사 방한·행사 언론보도 글로벌기업기관 사업들 BlockchainAI News BlockchainTechcenter
MOUs & Cooperations MP Millennium Project News


· 외국인사 방한·행사 

  [일반] 기후변화 관련 영어 단어 배우기 게시글을 twitter로 보내기 게시글을 facebook으로 보내기
write date : 2020-01-06 11:39:13   
  일반 >기후변화 관련 영어 단어 배우기
기후변화 관련 영어 단어 배우기 To explain the difference between weather and climate, scientists often say, "climate is what you expect, weather is what you get.
기후변화 관련 영어 단어 배우기


To explain the difference between weather and climate, scientists often say, "climate is what you expect, weather is what you get." Climate is the weather of a particular region, averaged over a long period of time. Climate is a fundamental factor in ecosystem health--while most species can survive a sudden change in the weather, such as a heat wave, flood or cold snap--they often cannot survive a long-term change in climate. Global climate is the average of all regional trends, and researchers have concluded that Earth's climate, as a whole, is warming.

Researchers know that human activities including fossil fuel use, agriculture and land use have been the dominant causes of increased concentrations of greenhouse gases in the atmosphere over the past 250 years. In addition, aerosols and land surface changes are also altering the Earth's climate, making it extremely likely1 that human activities have had a net warming effect since 17502. These human-caused changes to the climate system, and their consequences, provide much of the impetus for the National Science Foundation's (NSF) climate change research.
Researchers funded by NSF have discovered signs of a changing climate in nearly every corner of the globe, from the icy expanses of Earth's polar regions to its equatorial ecosystems. Our planet's climate affects--and is affected by--the sky, land, ice, sea, life and the people found on it. To piece together the entire puzzle of climate change--what we know, what we still have to learn and what humankind can do to prepare for the future--we must study all of the physical, natural and human systems that contribute to and interact with Earth's climate system.
As researchers piece together the climate puzzle, they are revolutionizing the way we understand the Earth system as a whole. Researchers have realized that they must reach across disciplinary boundaries to study questions that extend beyond any one field of science or engineering. In fact, because of the complexity of Earth's climate, this research involves contributions from nearly every field of science, math and engineering.
In no area is NSF's contribution more important--or more influential--than in interdisciplinary research. NSF responds to the needs of research communities by supporting teams that include experts from multiple disciplines. NSF is unique among other government agencies with a science mission because NSF funds research, infrastructure and education across all disciplines of science and engineering.

Putting the Pieces Together

The evidence we have for a changing planet goes well beyond any one field of science or engineering.
Ecologists have noted marked changes in the habitats of the species they study--changes in the places where they find a particular species, changes in the dates plants first sprout and bloom, changes in plant growth rates and even signs of evolutionary adaptation brought on by a warming climate. In some cases, species extinctions appear linked to climate change.
Ocean scientists have recorded higher temperatures and higher ocean acidity, which alter the characteristics of the most fundamental organisms of the ocean food chain. Coral reefs--some of which have thrived for centuries--have died off suddenly as a result of ocean temperatures that exceed the corals' ability to survive.
Polar scientists have watched vast tracts of Arctic sea ice melt away, leaving behind more open water than anyone can remember seeing during any previous Northern Hemisphere summer. Glaciologists have witnessed ice shelves--once thought too large to be influenced by anything short of cataclysmic environmental change--break up into a churning sea of icebergs in a matter of days.
Social scientists have recorded the bewilderment of indigenous people. Their cultural knowledge, which stretches back in time through numerous generations, holds no record of the kinds of environmental conditions they are encountering today.
Paleoclimatologists have discovered--through tree ring data, ice cores and other corroborating records--that the concentration of carbon dioxide, and the Earth's average temperature, are nearing levels that haven't been reached for hundreds of thousands of years.
Innovative scientists and engineers have responded to the call for alternative energy sources that reduce the amount of carbon dioxide we put into the atmosphere. Computer scientists are creating new tools for geoscientists, decision-makers and the public to understand Earth's changing climate. Social scientists are studying human decisions and behaviors that influence the environment. By studying such issues as the energy grid, land use, urban planning, building materials and economic factors that are linked to anthropogenic climate change, researchers are beginning to tackle some of the more nuanced, but essential, questions regarding the human impact on, and response to, the Earth's changing climate.
1According to the Treatment of Uncertainties in the Working Group I Assessment of the Intergovernmental Panel on Climate Change, 'extremely likely' corresponds to a likelihood of >95% probability. Solomon, S., et al.
Technical Summary, in Climate Change 2007: The Physical Science Basis. Contribution of Working Group I to the Fourth Assessment Report of the Intergovernmental Panel on Climate Change, 2007 Cambridge University Press. Box TS.1
2 Solomon, S., et al. Technical Summary, in Climate Change 2007: The Physical Science Basis. Contribution of Working Group I to the Fourth Assessment Report of the Intergovernmental Panel on Climate Change, 2007. Cambridge University Press. pp. 81






▪ 주   소 : 경북 김천시 아포읍 대신리 914번지

▪ 연락처 : 054-434-9229 / 02-313-6300 / 010-4019-9494

▪ 이메일 : co2ok@naver.com, unfuture@naver.com,

▪ 홈페이지 : www.algaetech.kr, www.korea2050.net 

찾아오시는 길: 경북 김천시 아포읍 대신리 914번지
김천구미 ktx역에서 taxi로 8분거리, 구미방향으로 4차선도로로 진행하다 대신리 바로 다음 우측방향으로 난 길로 빠져 좌회전, 굴다리 2개 지나면 세계기후변화상황실 건물 보임

목록 이전글 다음글

[세계미래보고서2021-포스트코로나 특별판] 박영숙 제롬글렌공저, 포스트코로나가 바꾸는 세상, 미래 준비하지 않으면 뒤쳐진다.
[신간 세계미래보고서2035-2055] 포스트코로나 사회변화, 기술변화를 다루며 더 앞당겨진 미래의 생존전략을 말하는 미래예측보고서 박영숙 제롬글렌공저다
[신간 세계미래보고서2035-2055] …
[세계미래보고서2020] 박영숙 제롬글렌신간, 거대한 변혁의 10년이 온다. 땅위를 달리는 자동차의 소멸과 에어택시 드론택시 나르는 자동차에 자율차가 보편화되고, 20여가지 정밀발표 세포배양육등 신 식품기술로 농축산업 소멸로 돼지열병이나 조류독감이 소멸한다.
[세계미래보고서2020] 박영숙 제…
[블록체인혁명2030] 박영숙신간, 미래 최대산업은 블록체인AI. 블록체인만 알아도 부유가 따라온다. Anndy Lian, Shawn Harmsen 공저. 블록체인이 소멸시키는 산업, 새로 부상시키는 산업, 블록체인으로 탄생하는 새로운 길
[블록체인혁명2030] 박영숙신간, …
[신간] 세계미래보고서2019, 박영숙 제롬글렌 공저, 국가를 만드는 사람들, 미래경제시스템, 바이오혁명, 주택교통혁명, 에너지 환경혁명, 일자리혁명, 로봇 인공지능혁명 등 수많은 미래기술과 사회변화 시사
[신간] 세계미래보고서2019, 박영…
[세계미래보고서2018] 박영숙 제롬글렌저. 블록체인AI가 가져올 거대한 금융혁명이 결국 사회혁명으로 이어져. 작아지는 정부와 중간관리, 모든 사회구조가 p2p로 변하면서 중간자들의 수수료 서비스, 중간권력층의 붕괴가 일어나. 똑똑한 개개인들이 탈중앙화 분산권력을 즐
[세계미래보고서2018] 박영숙 제…
오늘 방문자:  128  어제 방문자:  1,088  총방문자수:  5,468,680