Bark Signs onto Letter: Cost-Effective Policy Proposal to Increase Forest-Carbon Stocks

July 23, 2020


Oregon Global Warming Commission
Attn: Catherine Macdonald
550 Capitol St. NE
Salem, OR 97301


CC:
Peter Daugherty
Oregon Board of Forestry
Kristen Sheeran
Jason Miner


Re: Cost-Effective Policy Proposal to Increase Forest-Carbon Stocks


Dear Oregon Global Warming Commission,
Thank you for your continued efforts to help our state rapidly reduce greenhouse gas (GHG)
emissions and adapt to the impacts of climate change. The 20 organizations signed onto this letter
were encouraged by Governor Brown’s Executive Order on Climate Action (EO 20-04) signed on
March 10th of this year. The Executive Order recognizes that state agencies must take prompt
action to avert the worst impacts of the climate crisis, and provides the Oregon Department of
Forestry (ODF) with a clear mandate to increase carbon stores in Oregon’s forests.


We would like to share with you a bold and visionary proposal to grow carbon stocks on
state-owned public forestlands managed by ODF. The State of Oregon can maximize carbon storage
in its State Forests by adopting climate-smart logging practices – such as longer harvest rotations,
greater tree retention, and increased stream buffers – in addition to decoupling harvest mandates on
all remaining native and old-growth forests. Such an approach will also optimize other ecosystem
services that make forests, fish, wildlife, and nearby communities more resilient to the impacts of a
warming planet.


Oregon’s State Forests are an immensely valuable public asset, and we believe now is the time to
enlist these forests in the fight against climate change. Given the current climate crisis we now face,
we urge the OGWC to work with ODF and scientists at Oregon State University (OSU) to develop a
set of policies that will weave climate objectives into the management paradigm of our State
Forests.


Forests Are a Natural Climate Solution
The Intergovernmental Panel on Climate Change (IPCC) has repeatedly made clear that in order to
avoid catastrophic climate change, it is essential that we rapidly reduce fossil fuel emissions while
simultaneously growing carbon pools in the world’s forested ecosystems ( IPCC 2019 ). One analysis
found that natural carbon solutions – such as improved forest management – can provide roughly
one-third of the carbon reduction the world needs to meet the goals laid out in the 2015 Paris
Climate Accord ( Griscom et al. 2017 ). 

One analysis published earlier this year considered various strategies to grow carbon pools on
natural and working landscapes, and analyzed their associated carbon benefits if applied in Oregon.
The study found that among the 10 strategies considered, deferred timber harvest offered by far the
greatest carbon benefits
. If ambitiously implemented across Oregon’s forestlands, this strategy
would capture and store an additional 5.2 million metric tons of CO2e annually – which represents
over half of the carbon storage potential of all 10 strategies combined ( Graves et al. 2020 ). Clearly,
improved forest practices in Oregon can play a major role in helping the state achieve the carbon
reductions outlined by EO 20-04.


Scientists around the world have found that the most effective strategy to remove carbon from the
atmosphere at a scale that can meaningfully contribute to global climate stability is to better
preserve the world’s forests
( Artaxo et al. 2018 ). This is especially relevant to ODF, which
manages hundreds of thousands of acres of forestland that have the potential to store carbon at a
higher density than almost any other ecosystem on the planet (Buotte et al. 2020).
However, the industrial logging practices that ODF uses to manage our State Forests negate these
carbon benefits. Countless studies from OSU researchers spanning numerous decades have found
that the best way to keep forest-carbon out of the atmosphere is to keep it stored in mature forest
ecosystems – not wood products ( Hudiburg et al. 2013 ; Law et al. 2011 ; Harmon et al. 1990 ; Law et
al. 2018
).


Over the past half-century, scientists have come to realize that forests are not simply collections of
trees valuable primarily for the production of wood; rather, forests are complex, diverse ecosystems
with a wide variety of functions and benefits. Forestry that emphasizes biodiversity, complex forest
structure, climate resilience, carbon storage, and other ecosystem benefits is known as
climate-smart forestry. ” This approach differs starkly from industrial management in many ways.
Perhaps most importantly, climate-smart forest practices utilize the best available science to inform
forest management decisions that enhance a wide variety of ecosystem benefits – such as watershed
function, carbon storage, and wildlife habitat – in addition to advancing economic objectives.

Scientists have found that climate-smart logging practices – such as extended rotations, wider
riparian buffers, and increased tree retention – can lead to dramatic increases in carbon storage.

One analysis found that forestry operations certified by the Forest Stewardship Council (FSC) in
Oregon and Washington store more than 30% more carbon compared to standard forests practices –
notably, this accounts for the carbon stored in forest ecosystems and wood products ( Diaz et al.
2018
). Other studies have found that extending rotations to 80-100 years (instead of 40 years)
optimizes the wood-production potential of our west-side forests – leading to more average wood
production per acre per year. 

State Forests Are Climate Assets
Our publicly-owned forestlands can play a major role in helping Oregon meet its carbon reduction
goals, while bolstering the resilience of our communities and ecosystems to the impacts of climate
change. The Governor’s EO calls for a dramatic reduction in GHG emissions (45% below 1990 by
2035). These reductions will only be possible through a swift transition away from fossil fuels
combined with a concerted effort to increase carbon sequestration and long-term carbon storage in
Oregon’s carbon-rich forestland.
Earlier this week, the Governor's office clarified that ODF is meant to play a major role in helping
the state meet its carbon reduction goals by increasing carbon pools in Oregon’s forests. Here are a
few take-aways from the July 20 letter written by Jason Miner and Kristen Sheeran (emphasis
added):

  • -Oregon’s forest resources are one of the state’s greatest assets in the fight against climate change. Governor Brown expects (ODF) to become a regional leader in climate-smart forestry…
  • (ODF) should prioritize the goal of improving carbon sequestration and storage and reducing greenhouse gas emissions.
  • The urgency of climate change demands a departure from business-as-usual for the Department of Forestry and all state agencies.

This letter makes explicitly clear that ODF must advance specific policies that promote
climate-smart forestry in Oregon. We believe that adopting climate-smart forest practices in our
State Forests is a logical extension of this mandate, and would help establish Oregon’s leadership in
pursuing natural carbon solutions.


To understand the role that improved forest practices on public lands can play in reducing excess
carbon levels, consider the carbon consequences of the Northwest Forest Plan (NWFP). Prior to
1994, the National Forests of Oregon and Washington were net sources of carbon emission , due to
management decisions that prioritized timber production over other values; however, due to the
protections gained from the NWFP, these same National Forests are now carbon sinks. In fact, each
year these carbon stocks grow by 7 million metric tons of carbon, the equivalent of 24% of all fossil
fuel emissions in both states ( USFS Pacific Northwest Research Station, Watts et al. 2017 ).


Unfortunately, ODF’s current forest practices are largely negating the climate-fighting potential of
our State Forests. For example, ODF’s 2021 Annual Operating Plan (AOP) calls for an additional
5,932 acres of clearcuts in State Forests. Despite their mandate to meaningfully address climate 
change, ODF’s 2021 AOP emphasizes even-aged harvest (i.e. clearcutting), short-rotations,
monoculture timber plantations, and other industrial forest practices (business as usual).
By adopting climate-smart logging practices and protecting native and old-growth forests on state
lands, ODF can help Oregon’s communities and ecosystems adapt to the impacts of a warming
climate. Scientists predict that more precipitation will fall as rain instead of snow in the decades to
come – leading to increased peak flow events and landslides, as well as prolonged droughts and
water shortages.


Two scientific studies conducted in Oregon have documented a sharp decline in summer
streamflow in basins subjected to industrial forest practices.
Analysis of six decades of data from
paired watersheds in the HJ Andrews Experimental Forest showed that basins that had been clearcut
and replanted produced 50% less water during summer months than adjacent paired basins with
mature forest cover ( Perry & Jones 2016 ). Another multi-decade analysis in the Oregon Coast
Range found that 40-50 year rotations of Douglas-fir plantations can produce persistent summer
low-flow deficits of up to 50% when compared to adjacent basins with older trees ( Segura et al.
2020
).


We must reform the management of our public forestlands immediately if we hope to avert the
worst climate impacts such as water shortages, floods, and landslides.


Conclusion
The OGWC is charged with identifying carbon mitigation strategies that are “cost-effective” and
proven to “decrease in cost as their deployment becomes more widespread.” Establishing carbon
storage as a key management objective for our State Forests is such a strategy.
A memo from
Chair Macdonald dated July 10, 2020
, specifies that policy recommendations developed by OGWC
should consider co-benefits that may be relevant to other state goals. Improving forest practices
comes with a wide variety of co-benefits that make people, plants, and animals more resilient to
climate impacts in the years ahead.


ODF’s most significant legal mandate for managing State Forests is to fulfill the “Greatest
Permanent Value” – which includes an array of social, economic, and environmental benefits to all
Oregonians. As excess GHG levels in the atmosphere raise global temperatures, Oregonians will
experience major disruptions in our economy and our society at large, which will come with a
tremendous price tag. Oregon’s State Forests are one tool we can use to reduce atmospheric carbon
dioxide; therefore, growing carbon stocks on state lands must be considered one of the greatest
permanent values of these forests. 

Given the current climate crisis we now face, ODF should actively identify opportunities to grow
carbon pools on public lands – while promoting forest resilience to climate impacts.
By shifting
away from clearcut-plantation forestry and adopting the principles of “climate-smart forestry,”
Oregon can demonstrate how to support rural economies while simultaneously supporting a wide
variety of ecosystem services.


We look forward to working with you to develop forest management policies that will truly realize
the Greatest Permanent Value of our State Forests in the face of climate disruption by implementing
climate-smart forestry. In the coming weeks, we will follow up on this letter with more detailed
policy recommendations.


Sincerely, 
350PDX, Cascadia Wildlands, KS Wild, Oregon Wild, Bark, Oregon PSR, Beyond Toxics, FUSEE, OLCV, Great Old Breads for Wilderness, Umpqua Watersheds, SOCAN, ROCPAC, Southern Oregon Pachamama Alliance, 250EUGENE, South Umpqua Rural Community Partnership, Eugen, Sunrise Beaverton, Democratic Party of Oregon

See original letter attached below.