/
Climate change: impacts, adaptation and mitigation in British woodlands Climate change: impacts, adaptation and mitigation in British woodlands

Climate change: impacts, adaptation and mitigation in British woodlands - PowerPoint Presentation

karlyn-bohler
karlyn-bohler . @karlyn-bohler
Follow
349 views
Uploaded On 2019-02-14

Climate change: impacts, adaptation and mitigation in British woodlands - PPT Presentation

Dr Mike Morecroft Head of Climate Change Natural England Natural England to ensure that the natural environment is conserved enhanced and managed for the benefit of present and future generations ID: 751844

climate change forest management change climate management forest woodlands natural adaptation resilience cover species changing conservation woodland drought approach

Share:

Link:

Embed:

Download Presentation from below link

Download Presentation The PPT/PDF document "Climate change: impacts, adaptation and ..." is the property of its rightful owner. Permission is granted to download and print the materials on this web site for personal, non-commercial use only, and to display it on your personal computer provided you do not modify the materials and that you retain all copyright notices contained in the materials. By downloading content from our website, you accept the terms of this agreement.


Presentation Transcript

Slide1

Climate change: impacts, adaptation and mitigation in British woodlands

Dr. Mike MorecroftHead of Climate Change, Natural England Slide2

Natural England

.....to ensure that the natural environment is conserved, enhanced and managed for the benefit of present and future generations... Advice to governmentSpecies and habitat protection

Incentives for environmental management

Management of nature reserves

Access to natureSlide3
Slide4

British WoodlandsSlide5

Woodland fragmentation & microclimate

GB Forest Cover: 13% (England 9%)

FragmentedSlide6

Forest cover in Britain

c. 80% land area before clearancec. 50% Roman period5% by 1900

13% at presentSlide7

Ancient Semi-Natural Woodlands

Management historyContinuity of forest cover since 1600c. 10% of woodlandSlide8

intensification

fragmentationhabitat loss (and gain)

agriculture

air pollution

Pressures on British forest ecosystems

climate change

development

invasive species

?

time

disease?Slide9

Climate Change ImpactsSlide10

http://www.lwec.org.uk/resources/report-cards/biodiversitySlide11

Climate change impacts on woodlands

Large scale relationships to temperatureEngland: change driven by extreme eventsSummer drought more important than temperature?

Drought sensitive trees: beech, birch, sycamore

Ground flora resistant to change

Invertebrates (incl. pests) responsive to change

Complex interactionsSlide12

Seasonal timing (phenology) is changing

Spring is coming earlierMean change 11.7 days (1976 – 2005)

725

taxa

across different groups

83.8% of trends were advance

Thackeray et al. (2010)Slide13

Hickling et al. 2006

Shift north-wardskm

Distributions are changing

UK Animal GroupsSlide14

Indirect effects of climate change

Changing forest management Changes in agriculture Changing catchment management Carbon management Renewable energySlide15

Climate Change mitigationSlide16
Slide17

Forests and climate change mitigation

UK woodland stores: c.790 MtC (640 MtC soils and litter)Sequestration:

c.

15 MtCO

2

in 2007 (

c.

3% UK emissions)

Afforestation potential: 10% emissions by 2050 (16% forest cover)

Renewable fuel and materials

Read

et al.

(2009). Combating climate change – a role for UK forests. The Stationery Office, EdinburghSlide18

Semi-natural Woodlands

Climate change mitigationIncrease woodland areaBring more areas into active management

Dilemmas for conservation:

Which species? (Eucalyptus?)

Intensity of management

Potential for ‘win-win’Slide19

Climate Change AdaptationSlide20

Adaptation for conservationSlide21

Adaptation

build resilienceaccommodate changeSlide22

Resilience

Reducing other threatsLarger areas of habitat / larger populationsMaximise heterogeneity in microclimate / soilsSpecific adaptations e.g. planting drought tolerant species.

Morecroft

et al.

(2012) Resilience to climate change: translating principles into practice.

Journal of Applied Ecology,

49: 547-551

.Slide23

Accommodating Change

Flexibility in designationsReview approach to non-native species and genotypesIncreased landscape permeabilityTransplantation?Slide24

enable persistence ---> accept change

resilience accommodationChanging approach as the climate changes

1

°C

>

2

°C

>

3

°C

>

4

°C

Resilience or accommodation?

---> promote

transformation

?Slide25

Ecosystem based adaptation

Conservation can help human society

to adapt to climate changeSlide26

Woodlands can...

Contribute to flood and water resource managementPrevent soil erosion Provide shade or shelter for people and livestockSlide27

New approach to land management?

Landscape scaleMultiple benefitsSlide28

Wytham Woods

400 haMixture of ancient, secondary and plantation woodlandAlso grasslands and farmland

Owned by Oxford University

Long history of researchSlide29

Glensaugh

Sourhope

Porton

Wytham

North Wyke

Drayton

Y Wyddfa

(Snowdon)

Rothamsted

Hillsborough

Moor House - Upper

Teesdale

15

14

17

13

16

3

22

2

10

7

9

6

5

4

8

11

1

19

21

12

L

I

F

J

K

N

O

P

G

H

B

C

A

D

E

M

18

Alice Holt

25

23

24

26

Cairngorms

20

Environmental Change Network

Detecting & understanding change

Physical and biological monitoring

Research links

Started 1992

See Morecroft et al (2009)

Biological ConservationSlide30
Slide31

Yadvinder takes over.