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Impacts and Risk Assessment to better inform Resilience Planning (IMPRES)

Impacts and Risk Assessment to better inform Resilience Planning (IMPRES)
影响和风险评估,以更好地为复原力规划 (IMPRES) 提供信息
批准号:
NE/S017267/1
负责人:
Rachel Warren
金额:
$30.56万
依托单位:
依托单位国家:
英国
项目类别:
Research Grant
财政年份:
2019
资助国家:
英国
项目状态:
已结题
起止时间:
2019 至 --

项目摘要

项目成果

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中文摘要
翻译
英国气象局、食品、环境和农村事务、商业、企业和工业部门以及环境署已经发布了一份关于用户对UKCP18衍生产品的感知需求的文件。“许多决策者将需要有关气候变化影响的信息,这些信息在新的预测中描述了他们感兴趣的特定领域或部门,例如,未来的洪水或热应力风险。”其他衍生产品包括水分胁迫、干旱和植被生长。为了满足这些需求,上述机构提出了几种方法,包括:1)用UKCP18信息更新现有产品。他们特别建议调查以前的研究是否仍然有效(在我们的案例中是CMIP5,而不是UKCP09);2)确定是否“需要进行具体评估”,以“将UKCP18的考虑纳入现有或计划的研究……确定风险确定但产品需求定义不清的主题需要做哪些工作。”此外,政府必须在2022年1月之前完成第三次英国气候变化风险评估(CCRA3)。为了为报告提供信息,环境、食品和农村事务部要求气候变化委员会(CCC)适应委员会在2021年夏季之前准备一份独立的证据报告。这份报告将需要对气候变化对英国自然环境、基础设施、商业、人民和国际层面的风险进行文献综述。IMPRES的目的是考虑到这些目前确定的需要。IMPRES旨在利用现有的CMIP5驱动的模型输出,快速确定气候变化对各种影响的风险,以确定这些影响在英国的哪些地方以及在什么温度下发生。IMPRES通过快速提供新的风险评估,包括人类和牲畜的热应激、洪水风险、水安全和农业、生物多样性和自然资本以及英国经济,直接告知用户需求。然后,IMPRES进一步使用上述两种方法-现有数据的考虑,并在需要时使用UKCP18数据的必要工作范围。我们可以使用两套气候变化预测,一个是廷德尔中心从全球环流模型(GCMs)中导出的现有数据集,另一个是最近发布的更详细的数据集,其中包含了英国地区更多的时空细节,称为UKCP18。以前对英国气候变化相关风险的评估倾向于使用不同的社会经济和气候情景,而我们的项目将开创性地使用一套协调的情景,以空间明确的方式预测英国人类和自然系统的未来风险水平。我们首先使用现有的气候数据集来预测风险,然后继续准备使用UKCP18数据。由于处理和充分利用UKCP18将是超出本项目范围的大量工作,因此我们执行范围界定研究以制定工作计划,然后继续实施该工作计划的很小一部分,以提供热应激(对人和牲畜)和干旱风险的初步评估。在整个过程中,我们通过向利益相关者传播我们的发现,并通过举办讲习班或双边会议来确定他们的需求,从而与他们接触,以便我们能够将这些因素纳入我们的工作计划。特别是,这些需求可能与我们用来描述风险水平的指标有关,或者与我们将探索的社会经济情景有关。我们项目的第一部分使用现有公布的风险评估方法,并很好地补充了我们正在执行的一些现有工作,即评估其他一些(非英国)国家的风险。
英文摘要
The Met Office, Departments of Food, Environment and Rural Affairs and Business, Enterprise and Industry, and the Environment Agency have issued a document on the perceived user needs for derived products from UKCP18. "Many decision makers will need information about the impacts of the climate changes that are described in the new projections for their specific areas or sectors of interest, for example, future flood or heat stress risk." Other derived products include water stress, drought and vegetation growth. To meet these needs the above agencies suggested several approaches including: 1) Updating an existing product with UKCP18 information. They specifically suggest investigating whether previous research is still valid (in our case with CMIP5 rather than specifically with UKCP09); and 2) Determine whether "specific assessments will need to be undertaken" to "incorporate consideration of UKCP18 into existing or planned research...scope what work is needed for those topics where a risk is identified but the product need is poorly defined." Furthermore, the Third UK Climate Change Risk Assessment (CCRA3) must be produced by Government by January 2022. To inform the report, the Department of Environment, Food and Rural Affairs has asked the Climate Change Committee's (CCC's) Adaptation Committee to prepare an independent evidence report by summer 2021. This report will require a literature review of recent relevant research on climate change risks to the UK's natural environment, infrastructure, business, people, and international dimensions of the issue. IMPRES is designed to consider these currently identified needs. IMPRES is designed to use existing CMIP5 driven model output to rapidly scope the risks of climate change on a wide-variety of impacts to identify where in the UK, and at what temperatures these occur. IMPRES speaks directly to inform user needs by rapidly providing new estimates of risks, including heat stress to people and livestock, flood risk, water security and agriculture, biodiversity and natural capital, and the UK economy. IMPRES then goes further by using both of the approaches above - existing data consideration, and scope the work necessary to use the UKCP18 data when needed. We have access to two sets of climate change projections, an existing dataset derived by the Tyndall Centre from global circulation models (GCMs) and a more detailed dataset recently released with greater spatial and temporal detail in the UK region, known as UKCP18. Previous assessments of climate-change related risk in the UK have tended to use disparate socioeconomic and climate scenarios, and our project will be ground-breaking in using a harmonised set of scenarios to project future levels of risk across human and natural systems in the UK in a spatially explicit fashion. We begin by using the existing climate dataset to project the risks, and then go on to prepare to do so with the UKCP18 data. Since processing and utilising the UKCP18 in full would be a large amount of work beyond the scope of this project, we instead perform a scoping study to lay out a work plan for doing this, and then go on to implement a very small part of this work plan to provide an initial assessment of risks from heat stress (to people and livestock) and drought. Throughout, we engage with stakeholders by disseminating our findings to them, and by holding workshops or bilateral meetings to identify their needs, so that we can factor these in to our work plan. In particular, these needs might relate to the metrics we use to describe levels of risk, or to the socioeconomic scenarios that we will explore. The first part of our project uses existing published risk assessment methodologies and complements well some existing work that we are performing which is to assess risks in some other (non-UK) countries.
期刊论文(5)
专著(0)
科研奖励(0)
会议论文
DOI: 10.1088/1748-9326/abc4ad
发表时间: 2020-10
期刊: Environmental Research Letters
影响因子: 6.7
作者: [Alan T. Kennedy-Asser;Oliver Andrews;D. Mitchell;R. Warren]
通讯作者: Alan T. Kennedy-Asser;Oliver Andrews;D. Mitchell;R. Warren
Projected risks associated with heat stress in the UK Climate Projections (UKCP18)
英国气候预测 (UKCP18) 中与热应激相关的预计风险
DOI: 10.1088/1748-9326/ac541a
发表时间: 2022
期刊: Environmental Research Letters
影响因子: 6.7
作者: [Kennedy-Asser A]
通讯作者: Kennedy-Asser A
DOI: 10.1126/sciadv.abm6860
发表时间: 2022-05-06
期刊: Science advances
影响因子: 13.6
作者: []
通讯作者:
Risks associated with global warming of 1.5 to 4 °C above pre-industrial levels in human and natural systems in six countries
全球变暖比工业化前水平高 1.5 至 4 °C 给六个国家的人类和自然系统带来风险
DOI: 10.1007/s10584-023-03646-6
发表时间: 2024
期刊: Climatic Change
影响因子: 4.8
作者: [Warren R]
通讯作者: Warren R
Implications of the Paris Agreement for Biodiversity and Conservation Planning (IMPALA)
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