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About Drought Handbook: Outputs & Impacts

As the UK’s £12m Drought and Water Scarcity (DWS) research programme reaches its conclusion with a final event at The Royal Society in London, this handbook draws together the key outputs and outcomes. The book also features a series of interviews with our leading stakeholders, which highlight how successfully we have met our objectives to produce cutting-edge science that has made a demonstrable impact on how decision-makers manage water scarcity in the UK.

As the UK’s £12m Drought and Water Scarcity (DWS) research programme reaches its conclusion with a final event at The Royal Society in London, this handbook draws together the key outputs and outcomes. The book also features a series of interviews with our leading stakeholders, which highlight how successfully we have met our objectives to produce cutting-edge science that has made a demonstrable impact on how decision-makers manage water scarcity in the UK.

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Jim Hall<br />

WATER SUPPLY<br />

While the UK has a very well evolved<br />

framework for drought and water<br />

resources planning, there remains<br />

a need for innovative approaches<br />

to enhance robustness, particularly<br />

in light of concerns about future<br />

droughts exceeding historical<br />

precedents used for planning.<br />

Similarly, while hydrological<br />

monitoring is advanced, forecasts and<br />

outlooks remain highly uncertain,<br />

hindering their uptake by planners,<br />

despite recent advances. The<br />

methodologies and evidence being<br />

developed in the DWS Programme<br />

have the potential to inform<br />

developments in the operational<br />

drivers in water resources planning<br />

and drought management which are<br />

currently underway.<br />

The timescale of these reforms was<br />

very well matched with the timescale<br />

of the research projects, providing<br />

a window for testing, approval and<br />

uptake.<br />

The Water Supply workstream<br />

has:<br />

1Developed standardised stress<br />

tests and tools for risk-based<br />

water resources planning;<br />

2Provided recommendations<br />

and guidance for hydrological<br />

modelling in practical applications;<br />

3Developed tools to monitor,<br />

forecast and manage drought.<br />

Water Supply worked with a range of<br />

water industry stakeholders (water<br />

companies, regulators, consultancies<br />

etc.) to define the key priorities via<br />

workshops and other engagement<br />

activities early on.<br />

Nevil Quinn<br />

AGRICULTURE<br />

Agriculture is often the first sector<br />

to experience severe impacts in a<br />

drought which can then propagate<br />

rapidly through the fresh produce<br />

supply chain to retailers. Significant<br />

socio-economic impacts and market<br />

responses can then impact on the<br />

primary production sector as well<br />

as many dependent downstream<br />

services including processing,<br />

packaging and distribution. Identifying<br />

drought risks, resilience and<br />

mitigation measures are therefore<br />

central, combined with improved<br />

forecasting and early detection of<br />

drought risk. It is also recognised that<br />

managing agricultural drought risk<br />

needs to be aligned with strategies<br />

to manage risks arising from both a<br />

meteorological drought and changes<br />

in water regulation; both water<br />

scarcity and drought responses need<br />

to be considered collectively.<br />

The Agriculture work stream has:<br />

1Consolidated knowledge, data and<br />

understanding on drought impacts<br />

and responses;<br />

2Guided and influenced national<br />

agricultural policy through<br />

development of a water and drought<br />

strategy for agriculture and food;<br />

3Improved drought planning and<br />

decision-making in the agricultural<br />

sector.<br />

The scope of the Agriculture work<br />

stream was informed by a meeting<br />

of all four DWS Programme projects<br />

with Defra in July 2016 and a<br />

workshop involving key informants<br />

and agricultural stakeholders<br />

including the NFU, UKIA, farmers,<br />

and agriculture-related businesses in<br />

December 2016.<br />

33<br />

Lindsey McEwen<br />

BUSINESS<br />

Large-scale business and SMEs are<br />

critical to the functioning of the<br />

regional and national economy.<br />

Evidence from engagement within<br />

the DRY project suggests that,<br />

particularly with SMEs, drought risk<br />

planning is not on their organisational<br />

radar. Alongside the importance of<br />

increasing business resilience to<br />

drought and water scarcity, UKWIR<br />

(2015) set out the need for business<br />

innovation and the seizing of<br />

opportunities in water markets.<br />

The Business workstream has:<br />

1Translated risk-based<br />

understanding generated in DWS<br />

projects into accessible, risk and<br />

resilience-informed information<br />

systems tailored to the needs of<br />

large businesses, and of business<br />

people planning and running SMEs;<br />

2Translated knowledge and<br />

understanding generated across<br />

the DWS projects into specific,<br />

supporting decision-making tools<br />

and frameworks for business;<br />

3Engaged businesses directly in<br />

drought planning and decisionmaking,<br />

generating wider business<br />

discourse around drought, water<br />

scarcity and water efficiency.<br />

The Business workstream used data<br />

and methodologies developed across<br />

the four DWS projects to work<br />

with different businesses/business<br />

groups (at different scales and types/<br />

scales of water use) and key partners<br />

(e.g. Innovate UK, Federation of<br />

Small Businesses) to co-produce<br />

innovative products and solutions to<br />

support drought risk adaptation and<br />

decision-making. Business linked with<br />

the Water Supply and Agriculture<br />

workstreams, through consideration<br />

of agricultural processing/supply<br />

chain.

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