7. Advances in theory, concepts, and
scientific understanding
• Linkage between degradation and recovery
8. Ghazoul, J., and R. L. Chazdon. 2017. Degradation and recovery in changing forest
landscapes: A multi-scale conceptual framework. Annual Review of Environment and
Resources 42.
10. Advances in theory, concepts, and
scientific understanding
• Linkage between degradation and recovery
• Shift toward systems thinking
11. Objectives and
level of ambition
Occurrence of
habitat and species
Habitat dynamics and
viable populations
Ecological processes and
disturbance regimes
Resilience
Based on Kuuluvainen, T. 2017.
Pp. 93-112. In Murphy, S. D.
and S. D. Allison, Eds.
Routledge handbook of
ecological and environmental
restoration. Routledge, New
York.
Forest structure
12. Advances in theory, concepts, and
scientific understanding
• Linkage between degradation and recovery
• Shift toward complex systems thinking
• Understanding of ecological drivers and
variability of forest recovery mechanisms and
trajectories
13. Rozendaal, D. M. A., and R. L. Chazdon. 2015. Ecological Applications 25:506-516.
16. Advances in Practice
• Advances in supply chains and nursery
practices
• Advances in multi-criteria prioritization of
forest restoration and national restoration
plans
17. Schulz, J. J., and B.
Schröder. 2017.
Identifying suitable
multifunctional
restoration areas
for Forest
Landscape
Restoration in
Central Chile.
Ecosphere 8.
Potential forest restoration areas
18. Advances in Practice
• Advances in supply chains and nursery
practices
• Advances in multi-criteria prioritization of
forest restoration and national restoration
plans
• Increasing focus on large-scale restoration
implementation through partnerships
19.
20.
21.
22. Advances in Practice
• Advances in supply chains and nursery practices
• Advances in multi-criteria prioritization of forest
restoration and national restoration plans
• Increasing focus on large-scale restoration
implementation through partnerships
• Increasing attention to stakeholder engagement
in planning, implementation, and monitoring
23.
24. Advances in Policy
• Recognition of the global need for forest
restoration (Bonn Challenge, NY Declaration)
• Regional initiatives (20x20; AFR100)
• Countries are taking action and making
commitments
• Programs to incentivize forest restoration on
private land (Brazil, US, Costa Rica, Vietnam) and
communal land (China)
• Forest restoration promoted in 3 international
conventions (CBD, UNFCCC, UNCCD) and many
international organizations
25.
26.
27. • Defining forest degradation and identifying
restoration opportunities at different scales
Challenges in theory, concepts, and
scientific understanding
28.
29.
30. • Defining forest degradation and identifying
restoration opportunities at different scales
• Predicting spatial tradeoffs between different
restoration objectives (production possibility
frontier curves)
Challenges in theory, concepts, and
scientific understanding
32. • Defining forest degradation and identifying
restoration opportunities at different scales
• Predicting spatial tradeoffs between different
restoration objectives (production possibility
frontier curves)
• Linking small-scale forest restoration with
large-scale FLR
Challenges in theory, concepts, and
scientific understanding
33. Forest landscape
restoration (FLR) is the
ongoing process of
regaining ecological
functionality and
enhancing human well-
being across deforested or
degraded forest
landscapes.
Restoration means creating and
maintaining healthy, resilient forests
capable of delivering all the benefits
that people get from them—clean air
and water, carbon sequestration, habitat
for native fish and wildlife, forest
products, opportunities for outdoor
recreation, and more.
The process of assisting the
recovery of a forest
ecosystem that has been
degraded
34. • Determining when active restoration
approaches are needed
Challenges in Practice
35. Nunes, F. S., B. S. Soares-Filho, R. Rajão, and F. Merry. 2017. Environmental Research
Letters 12:044022.
36. • Determining when active restoration
approaches are needed
• Ensuring the longevity of forest restoration
projects
Challenges in Practice
37. Schwartz, N. B., M. Uriarte, R. DeFries, V. Gutierrez-Velez, and M. Pinedo-Vasquez.
2017. Environmental Research Letters.
38. Reid, J. L., S. J. Wilson, G. S. Bloomfield, M. E. Cattau, M. E. Fagan, K. D. Holl,
and R. A. Zahawi. 2017. Annals of the Missouri Botanical Garden 102:258-265.
39. • Determining when active restoration
approaches are needed
• Ensuring the longevity of forest restoration
projects
• Increasing the cost-effectiveness of
restoration
• Challenges of climate change, changing
baselines, and changing species distributions
Challenges in Practice
40. • Failure to recognize degradation or need for
restoration
Challenges in Policy
42. • Failure to recognize degradation or need for
restoration
• Lack of land tenure or forest-use rights; when
is restoration land-grabbing?
Challenges in Policy
44. • Failure to recognize degradation or need for
restoration
• Lack of land tenure or forest-use rights; when
is restoration land-grabbing?
• Integrating forestry, agriculture, and
conservation sectors in forest restoration
within local and regional jurisdictions
Challenges in Policy
45. It’s not just about forests
“It is time for a change in consciousness – it
is a fact that agriculture and forestry can no
longer be treated in isolation. Linking the
two is imperative for socioeconomic
development in the 21st century.”
Dr Evelyn Nguleka, The President of the World Farmers’
Organisation, speaking at the XIV World Forestry Congress
46.
47. • Failure to recognize degradation or need for
restoration
• Lack of land tenure or forest-use rights; when
is restoration land-grabbing?
• Integrating forestry, agriculture, and
conservation sectors in forest restoration
within local and regional jurisdictions
• Leakage of deforestation and degradation
(national and international)
Challenges in Policy
48. What about the intersections?
Theory: research,
concepts
Practice: planning,
implementation,
monitoring
Policy: governance,
finance, incentives,
targets
Forest Restoration
50. The research-practice or “knowing-
doing” gap in forest restoration
• Local knowledge and experience widely informs
practice; how can this model be applied to
knowledge emerging from research today?
• Many scientists fail to communicate results of
their work to practitioners
• Many practitioners fail to see relevance of
scientific results to their specific restoration
context
• Scientists and practitioners work on different
teams and often in different sites
51. Holl, K. D. 2017. Annals of the Missouri Botanical Garden 102:237-250.
55. Science-policy gaps in forest restoration
• Scientists and policy-makers differ in
perspectives, approaches, and language
• Scientists need to address knowledge gaps for
effective policy development
56. Switch to challenges now
Chazdon, R. L., P. H. Brancalion, D. Lamb, L. Laestadius, M. Calmon, and C. Kumar.
2017. Conservation Letters 10:125-132.
57. Science-policy gaps in forest restoration
• Scientists and policy-makers differ in
perspectives, approaches, and language
• Scientists needs to address knowledge gaps
for effeceffective policy development
• Need to develop a common vision and
vocabulary through dialog and partnerships
58. Forest Restoration
Policy to promote best practices and
aligning practice with broad policy goals
Practice: planning,
implementation,
monitoring
Policy: governance,
finance, incentives,
targets
59. Linking policy and practice
• Top-down forest restoration policy is often
disconnected from on-ground realities
• Perverse incentives to avoid restoration,
“disguise” restoration or offset restoration
• Under what circumstances are top-down
policies more effective than locally-driven
programs?
• Standards and guidelines for “best practice” in
local, regional, and national context
60. Restoring forests requires an integration of
theory, practice, and policy
Theory: research,
concepts
Practice: planning,
implementation,
monitoring
Policy: governance,
finance, incentives,
targets
Forest Restoration
61. This is our time
This is our
mission
Let’s do it
together
Please put on your seatbelts. We are going for a plane ride. About 2 yr ago I flew from Belo Horizonte to Panama on way to Costa Rica. Fortunately, I had a window seat.
They don’t call it Minas Gerais for nothing.
We flew over agricultural landscapes with small fragments of forests interspersed with Eucalyptus plantations.This has come to be a very typical landscape for much of Southern Brazil
After a couple of hours, we flew over the Amazon Basin. Unbroken forest as far as I could see from my window. The only interrruptions in the forest were rivers.
I had never observed the ways that large rivers paint the landscape in many shades of green and blue and brown.
Then we crossed over to the other side and I was jolted back into the real world.
We can’t go back to the days of unbroken forest in most parts of the world. But there is much that we can do to fix our current reality and give forests a chance to come back and stay with us again. Maybe even for a long time. Forest restoration is about making this happen. But it is on different terms. Before, it was forest first and then the people came. Now it is the people first and we are bringing the forest in. It’s a whole new game.
SOUTH KOREA
Same area before 1960 (top) and after 2000 (bottom)
32 years of natural regeneration
Number of experimental studies and on-the-ground restoration projects in the tropics has increased many-fold (Holl 2017).
12 projects that integrate socio-ecological dimensions in forest restoration worldwide
Sometimes, opportunities for restoration make themselves known with a very clear message
Gourevitch et al. 2016 Uganda
Figure 1. Maps for the potential of restoration to increase carbon storage (A), improve water quality (B), increase biodiversity (C), and
incur opportunity costs (D). Purple colors indicate areas where restoration has low potential impacts and green colors represent areas
where restoration has high potential impacts. For ease of comparison, values for each map were rescaled using z-score standardization,
where zero is the mean value.
Figure 3. Predicted probability of clearing vs. age based on
the coefficients from the model of second-growth forest
clearing. Bars represent proportion cleared in different age
classes in 2010.
Recognizing forest degradation in the boreal zone (Great Northern Forest)
SOUTH KOREA
Same area before 1960 (top) and after 2000 (bottom)
SOUTH KOREA
Same area before 1960 (top) and after 2000 (bottom)
SOUTH KOREA
Same area before 1960 (top) and after 2000 (bottom)
SOUTH KOREA
Same area before 1960 (top) and after 2000 (bottom)
SOUTH KOREA
Same area before 1960 (top) and after 2000 (bottom)