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氣候變化背景下的洪水風(fēng)險管理圖書
人氣:55

氣候變化背景下的洪水風(fēng)險管理

前言|Preface I have stated many times that I am one of the lucky few who have the opportunity to work all their professional lives in an area that they enjoy. The most enjoyable activity for me is ...
  • 所屬分類:圖書 >工業(yè)技術(shù)>環(huán)境科學(xué)>災(zāi)害及其防治  
  • 作者:[加拿大] [斯洛博丹·西蒙諾維奇]([Slobodan] P. [Simonovic]) 著;[朱瑤]、[張誠]、[王妍煒]、[郭重汕]、[韓松] 譯 [程曉陶] 審校
  • 產(chǎn)品參數(shù):
  • 叢書名:--
  • 國際刊號:9787302441946
  • 出版社:清華大學(xué)出版社
  • 出版時間:2017-08
  • 印刷時間:2017-08-01
  • 版次:1
  • 開本:16開
  • 頁數(shù):--
  • 紙張:膠版紙
  • 包裝:平裝-膠訂
  • 套裝:

內(nèi)容簡介

氣候變化及其日趨顯著的影響已成為全球共同關(guān)注與應(yīng)對的重大問題。在氣候變化背景下,洪水與洪災(zāi)表現(xiàn)出更大的不確定性,迫切需要將系統(tǒng)方法引入洪水風(fēng)險管理,為解決防災(zāi)、減災(zāi)、應(yīng)急響應(yīng)與災(zāi)后重建中跨學(xué)科的系列復(fù)雜難題,提供更為適合的分析工具。本書深入淺出講解了洪水風(fēng)險管理的基本理念,論述了氣候變化對洪水風(fēng)險特性的影響,探討了應(yīng)對氣候變化的洪水風(fēng)險管理決策過程與有效措施; 進(jìn)而基于系統(tǒng)理論與案例分析詳細(xì)介紹了概率法與模糊集方法在洪水風(fēng)險管理中的應(yīng)用,展望了未來適應(yīng)氣候變化的洪水風(fēng)險管理前景。本譯著為相關(guān)領(lǐng)域科研、管理人員和大專院校師生提供了中英對照的讀本,具有良好的學(xué)習(xí)與借鑒價值。

編輯推薦

本書向人們介紹如何針對未來氣候變化開展洪水風(fēng)險評估,并據(jù)此及早制定更為有效的應(yīng)對措施,尤其針對易于遭受洪水災(zāi)害的地區(qū)和居民。

目錄

目錄|Contents

Foreword3

Preface5

Foreword7

Preface11

Acknowledgements13

Definitions15

Acronyms and abbreviations21

Chapter 1Flood risk management1

1.1The global flood problem4

1.2Problem context8

1.3Flood risk15

1.4How do we manage flood risk?17

1.5Systems view of flood risk

management19

1.6Conclusions23

1.7Exercises24

Chapter 2Climate change and risk of

flooding25

2.1Floods and their physical

characteristics27

2.2Climate change and variation

impacts35

2.3Approaches for dealing with

climate change49

2.4Conclusions55

2.5Exercises57

Chapter 3Risk management as adaptation to

climate change59

3.1Flood risk management decision

process63

3.2Approaches to flood risk management

as adaptation to climate change74

3.3An example: Climate changecaused flood

risk to municipal infrastructure,City

of London (Ontario,Canada)82

3.4Conclusions124

3.5Exercises125

Chapter 4Risk management: probabilistic

approach127

4.1Mathematical definition of risk129

4.2Classification of risk135

4.3Risk criteria138

4.4Probabilistic risk modeling141

4.5Probabilistic tools for flood risk

management147

4.6Conclusions213

4.7Exercises214

Chapter 5Risk management: fuzzy set

approach217

5.1Paradigm change219

5.2Introduction to fuzzy sets222

5.3Fuzzy risk definition241

5.4Fuzzy tools for flood risk management

under climate change249

5.5Conclusions307

5.6Exercises308

Chapter 6Future perspectives311

6.1Understanding climate change and

flood risk management313

6.2Adaptive flood risk management

under climate change316

6.3Risk communication319

6.4Conclusions323

References325

譯著序言3

譯者的話5

序言7

前言11

致謝13

術(shù)語15

縮略詞21

第1章洪水風(fēng)險管理1

1.1全球洪水問題4

1.2洪水問題的內(nèi)涵8

1.3洪水風(fēng)險15

1.4如何管理洪水風(fēng)險17

1.5洪水風(fēng)險管理的系統(tǒng)觀點(diǎn)19

1.6結(jié)論23

1.7練習(xí)題24

第2章氣候變化與洪水風(fēng)險25

2.1洪水及其物理特性27

2.2氣候變化和變異的影響35

2.3氣候變化的應(yīng)對措施49

2.4結(jié)論55

2.5練習(xí)題57

第3章適應(yīng)氣候變化的風(fēng)險管理59

3.1洪水風(fēng)險管理決策過程63

3.2適應(yīng)氣候變化的洪水風(fēng)險管理

措施74

3.3案例: 氣候變化導(dǎo)致加拿大安大略省

London市市政基礎(chǔ)設(shè)施

洪水風(fēng)險82

3.4結(jié)論124

3.5練習(xí)題125

第4章風(fēng)險管理: 概率法127

4.1風(fēng)險的數(shù)學(xué)定義129

4.2風(fēng)險類型135

4.3風(fēng)險標(biāo)準(zhǔn)138

4.4概率風(fēng)險模型的建立141

4.5洪水風(fēng)險管理的概率工具147

4.6結(jié)論213

4.7練習(xí)題214

第5章風(fēng)險管理: 模糊集方法217

5.1模式轉(zhuǎn)變219

5.2模糊集介紹222

5.3模糊風(fēng)險的定義241

5.4氣候變化條件下洪水風(fēng)險管理中的

模糊工具249

5.5結(jié)論307

5.6練習(xí)題308

第6章未來前景311

6.1了解氣候變化與洪水風(fēng)險管理313

6.2氣候變化背景下適應(yīng)性洪水風(fēng)險

管理316

6.3風(fēng)險溝通319

6.4結(jié)束語323

參考文獻(xiàn)325

在線預(yù)覽

第1章洪水風(fēng)險管理|Flood risk management

Chapter 1Flood risk management

A flood is a very simple natural phenomenon that occurs when a body of water rises to overflow land that is not normally submerged (Ward,1978) At the same time,a flood is a very complex phenomenon that connects the natural environment,people,and the social systems of their organization Flooding causes loss of human life It damages infrastructure such as roads,bridges,and buildings,and hurts agricultural productivity because of lost crops and soil erosion Flood disaster relief often requires enormous funding Connectivity increases risksAs more links are present among the elements of natural,social,and technological systems,these systems develop unexpected patterns of connections that make breakdown more likelyWe are witnessing many catastrophic flood disasters European floods in 2002 caused more than 7 billion damage Hurricane Katrina caused flooding in 2005 that was the costliest natural disaster,as well as one of the five deadliest,in the history of the USA At least 1,836 people lost their lives in the actual hurricane and in the subsequent floods; total property damage was estimated at US$81 billion In June of 2006,northeastern Bangladesh disappeared under monsoon floods as rains drenched the region The floods stretched across hundreds of kilometers of what had been dry land a month earlier and inundated two thirds of the territory of the country Typhoon Morakot of 2009 was the deadliest typhoon to impact Taiwan in recorded history It created catastrophic damage in Taiwan,leaving 461 people dead and 192 others missing,and roughly US$33 billion in damage The storm produced huge amounts of rainfall,peaking at 2,777 mm (1093 in) The extreme amount of rain triggered enormous mudslides and severe flooding throughout southern Taiwan One mudslide buried the entire town of Xiaolin,killing an estimated 500 people In the wake of the flood,Taiwans President Ma Yingjeou faced extreme criticism for the slow response to the disaster,having initially deployed only roughly 2,100 soldiers to the affected regions Later additions of troops increased the number of soldiers to 46,000 The 2010 China floods began in early May The total death toll as of August 5 was 2,507 More than 305 million people in 28 provinces,municipalities,and regions were affected,while at least 12 million people had been evacuated because of the risk of flooding and landslides by early August As I am writing these words,Pakistans deadliest floods in decades have killed more than 1,500 people and overwhelmed government efforts to provide aid The floods death toll may rise to 3,000 Approximately 20 million people had been affected by floods by early August Regions downstream in the Indus River valley,where most of Pakistans 162 million people live,are bracing for floods that may damage crops

第1章洪水風(fēng)險管理

洪水是一種非常簡單的自然現(xiàn)象。當(dāng)洪水發(fā)生時,水體水位升高淹沒平常不受淹的陸地(Ward,1978)。同時,洪水也是一種非常復(fù)雜的現(xiàn)象,與自然環(huán)境、人類及其社會組織體系有密不可分的關(guān)系。洪水泛濫會導(dǎo)致人員傷亡,也會毀壞基礎(chǔ)設(shè)施,例如道路、橋梁和建筑物等,并因土壤侵蝕、農(nóng)作物受損而破壞農(nóng)業(yè)生產(chǎn)力。減輕洪災(zāi)往往需要巨大的投入。現(xiàn)代社會多個系統(tǒng)之間的連通性使得洪水風(fēng)險大大增加。隨著自然、社會和科技系統(tǒng)中各單元之間的聯(lián)系越來越多,這些系統(tǒng)間連接的故障就更可能呈現(xiàn)突發(fā)的模式。我們見證過很多大洪災(zāi): 2002年歐洲大洪水造成70億歐元的損失。2005年卡特里娜颶風(fēng)引發(fā)的洪災(zāi)造成了最為嚴(yán)重的經(jīng)濟(jì)損失,這場災(zāi)難也是美國歷史上傷亡最重的五大災(zāi)難之一。在颶風(fēng)災(zāi)害和隨后的洪災(zāi)中,至少有1836人死亡,總資產(chǎn)損失估計達(dá)到810億美元。2006年6月,因?yàn)槌掷m(xù)的降雨,孟加拉國東北部變成了一片澤國。洪水淹沒的區(qū)域縱深達(dá)幾百公里,將一個月前還安然無恙的陸地全部淹沒。此次洪災(zāi)使得孟加拉國2/3的領(lǐng)土被淹。2009年的莫拉克臺風(fēng)是中國臺灣有記錄以來最致命的一場臺風(fēng),帶來了災(zāi)難性的破壞,共有461人死亡,192人失蹤,經(jīng)濟(jì)損失達(dá)33億美元。風(fēng)暴使得降雨量激增,較大降雨量達(dá)2777 mm(1093 in)。極端降雨引發(fā)了臺灣南部嚴(yán)重的泥石流和洪水災(zāi)害,其中,小林村整個村子都被泥石流掩埋,估計死亡500人。洪水暴發(fā)后,臺灣當(dāng)局領(lǐng)導(dǎo)也因?qū)?zāi)害救援反應(yīng)遲緩而飽受批評。災(zāi)害發(fā)生后,政府僅僅出動2100名士兵前往災(zāi)區(qū)救援,難以滿足救災(zāi)需求,所以又增援士兵46000人。2010年中國大陸的洪水始于5月,至8月5日死亡人數(shù)已達(dá)2507人,28個省、自治區(qū)和直轄市受災(zāi),受影響人口達(dá)305億人。截至8月初,中國至少有1200萬人因洪水和滑坡風(fēng)險而被迫撤離。就在我寫這本書的時候(2010年,譯者注),巴基斯坦發(fā)生了近幾十年來最嚴(yán)重的洪災(zāi),死亡人口超過1500人,政府的救災(zāi)努力收效甚微。洪災(zāi)導(dǎo)致的死亡人口總數(shù)可能將達(dá)到3000人,截至2010年8月初,受洪災(zāi)影響的人口約為2000萬人。Indus河下游地區(qū)有162億巴基斯坦人及大片的農(nóng)田隨時可能被洪水淹沒。

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