Biggest Issues Facing Sierra Forests and Forest Communities

Someone asked me today what the biggest issues are facing Sierra forests and the surrounding communities. I think this is a good place to start the Saving the Sierra “Forests Blog”, and I hope that my thoughts will elicit other thoughts and comments and kick off a discussion around these important issues. Not necessarily ranked in order of importance, I will add issues over the course of the week:

Catastrophic Wildfire

picture of catastrophic wildfire

(wildfire)

Prescribed burn

(controlled burn)

As a result of past timber harvesting and fire suppression much of our region's forestland is overgrown-- dense with small trees and shrubs that act as kindling, ready to ignite. Historically, Sierra forests burned with some regularity, the fires spread slowly and covered fewer acres, and many of the larger trees were resistant to the flames which stayed relatively low to the ground. Regular fire in a forest helps protect the trees from insects and disease, improve habitat for wildlife, and release seeds from serotinous cones (which need heat to become "unglued").

Catastrophic wildfire today burns hotter, spreads faster and further, and can kill even the oldest, most resilient trees. Furthermore, these fires will scorch all of the nutrients and life out of the soil so that even hardy pioneer species cannot grow, and the land is effectively sterilized.

Restoring Sierra forests so that they are not so susceptible to catastrophic wildfire is a huge, expensive, and daunting task. It often requires manual thinning followed by reintegrating fire into the ecosystem. Cutting the small trees and shrubs is time consuming and expensive. There are few viable markets for small diameter trees, so often to help pay the costs of thinning, some larger trees, up to 30 inches in diameter, are harvested and sold. Developing new markets and new value-added products for small diameter timber could potentially reduce the quantity of larger trees harvested while providing enough value to pay for the forest restoration.

"We have met the enemy and he is us."

http://en.wikipedia.org/wiki/Image:Pogo_-_Earth_Day_1971_poster.jpg

A Big Threat to Our Forests - Urbanization

Having lived and worked in the Sierra for more than 35 years, I've watched as regulations have expanded while the economic viability of harvesting trees on smaller forest ownerships has deteriorated. This has been exacerbated in the last few years with the substantial increase in prices paid for undeveloped forest land. So if a person who owns 40 acres of forest land with average productivity harvests timber on a sustainable basis, they may generate $15,000 to $25,000 every 15 years before income taxes. In the interim between harvests, the landowner pays property taxes and maybe, insurance. On the other hand, a 40-acre property where I live (Susanville) with decent access will sell these days for $100,000 or more. Thus, the economic incentive is for the owner or their heirs to eventually sell to somebody who wants to build a house. In my experience, residences in the forest tend to have greater negative impacts on water quality, soil erosion and wildlife, and activities are regulated far less than timber harvesting. The west side of the Sierra is facing this threat much more than on the east side where I live, but in my opinion, it is one of the biggest threats to long-term conservation of our private forests.

Phil Nemir

The Threat of Residential Development

Hi Phil,

Thanks for the comment. Actually I just logged on to mention another huge threat facing Sierra forest communities, and your post summed it up far better than I would have. The value of forest land for development in California is staggering, and it is a real challenge to keep forest land in production for exactly the reasons you mention.

Recent analysis conducted by CDF indicates that between 1990 and 2000, nearly 300,000 acres of forest and woodland was converted to new residential areas. Over 230,000 acres was converted to large 5-20 acre lots. This style of development is in demand, as everyone wants to own their piece of paradise, but as Phil mentioned the environmental effects are catastrophic.

The state water bond that passed last November has designated $180 million dollars of the bond money to protect Calfornia's working forests. Carbon sequestration and other markets for ecosystem services might emerge as additional resources to help landowners keep their lands forested. It's definitely an uphill struggle. Any other innovative ways people are finding to maintain their small scale working forests despite increased regulations and pressures from developers?

Betony Jones

Forestry Program Director

Sierra Business Council

530/582-4800 x.309

Market for small diameter trees

The statement that "there are few viable markets for small diameter trees" is not entirely accurate. It depends on the region of the Sierra where a project is located. As one moves north, there are sawmills that have power plants that utilize wood chips, as well as straight biomass power plants (i.e. Westwood, Burney, Wendel).

With the high cost of fuel, most biomass mechanical thinning projects now require a subsidy from the landowner, because the revenue from the chips does not cover all of the logging/hauling costs. The viability of these biomass and/or co-generation plants is dependent upon the cost of power. When the price of fuel and energy goes up, these biomass power plants become more viable if there is a sufficient supply of raw material.

Phil Nemir

Finding a true balance in forest management

As a long-time Forest Service firefighter before I left the agency to start our non-profit organization, I personally dealt for 13 years with the many fuel, fire, and ecological problems that have resulted from forest management on both private and public lands.

Most discussions about logging, clearcutting, or fuels all focus on the risk of destructive wildfires or about what people do or don't want, but in reality, forest management actions on both public and private forest lands cause very direct effects to an incredibly complex web of life -- a delicate ecosystem that has already been altered significantly by past actions.

On the national forests, for many decades the agency repeatedly targeted the biggest and finest stands of old growth groves and aggressively clearcut them in individual blocks up to 40 acres in size. Due to the CASPO guidelines in 1993, the agency finally changed its logging practices to leave the largest trees by switching to thinning logging and a greater focus on treating fuels. The Forest Service since that time has done an even better job of adjusting its logging practices to be more sensitive to ecological concerns, so that in the local Stanislaus National Forest, for example, the majority of timber sale/fuels projects are generally acceptable to the conservation community, recreational visitors, and wildlife advocates.

The intensive clearcutting on private timberlands, however, has swung forest management in the opposite direction. Since SPI took over from previous landowners in the 1990's, tens of thousands of acres have been converted not only into tree plantations, but also into barren hillsides that bulldozing and herbicides have mostly denuded. Even if evenage forestry can be justified in terms of wood production, sterile tree farms greatly diminish habitat values for many at-risk wildlife species. The private clearcuts also force the Forest Service to do less intensive treatments on their adjacent lands to compensate for the cumulative impacts caused by SPI's aggressive treatments.

When the Forest Service's own specialists recommended far lower logging levels in the Framework policies of 2000, many in the timber industry began pressing even harder for logging as the fuel treatment answer to combat destructive wildfires. I'm on our local Fire Safe Council and certainly recognize the need for a broad range of fuel reduction treatments. Logging of small to mid-size trees can certainly be one of those fuel reduction tools, but over and over scientists have proven that it is the SURFACE fuels and ladder fuels that pose the main risk for destructive fires -- not mid-size or large trees.

At the current time, the Forest Service believes that it does need to sell a percentage of larger trees (near 30"dbh) to make most timber sales profitable enough for the timber industry to bid on the projects. Yet in our local region of the Sierra Nevada, the timber industry refused to even bid on two recent Forest Service "fuel project" timber sales that included lots of large trees as part of the more than 8 million board feet of wood that was offered. Thus, even when the Forest Service sweetens the sale with lots of large sawlog trees, it may not be desirable enough.

What all of this underscores is that our society faces extremely complex challenges when it comes to forest management. Even when the Forest Service openly caters to the timber industry to boost its profitability, existing market conditions may lead the industry to spurn offered sales. No one wants the timber industry to disappear. Without a local timber industry to remove small to mid-size trees, there is simply no economic way to get rid of dense thickets of shade tolerant trees on public forest lands. Yet even with the Forest Service's "better than the old days" forest management strategies, the truth is that bulldozing and logging impacts continue to degrade essential habitat for some at-risk wildlife species on the national forests of the Sierra Nevada. Some important species may completely disappear if current trends continue.

My personal view is that our society has an responsibility and obligation to protect and nurture all the puzzle pieces of the forest ecosystem... not just for the short term, but as a legacy for future distant generations. If intensive treatments of surface fuels and thinning logging on national forest lands can be done by consistently avoiding most of the critical habitat needed by closed canopy dependent species, then it may be that such public land management can end up as "sustainable." And if the State of California will markedly adjust its forest practice regulations to reduce the extent of allowable clearcutting, and require a broader retention of large trees, oaks, and habitat diversity in cutover forest stands, then that "variable retention" type of management may also move closer towards the goal of sustainable foresty.

The challenge for all of us who debate forest policies is to develop personal positions that we believe are wise and accurate, and then to be open-minded and respectful when others put forward differing or opposing views. In the long term, the shift of global warming and likely prolonged drought, the often-terrible air pollution that blows into the mountains, and the intensive demands from so many people for so many forest uses -- all may combine to significantly degrade the forest ecosystem, even if forest management practices are benign.

That may the best reason of all to error on the side of protecting the forest web of life, rather than utilizing it to the highest level possible.

John Buckley, executive director
Central Sierra Environmental Resource Center
Box 396
Twain Harte, CA 95383

Biggest issues facing...

I don't have a degree in forestry, but I think I know ugly when I see it. Even SPI owner Red Emmerson and his PR person admit that the current clearcuts in the Sierra are ugly. But they reassure us that they will replant a new forest in place of the clearcuts.

What replaces clearcuts, however, is not a forest but a tree plantation: Ground that has been cleared of all oaks, pines, cedars, and brush, ripped, and sprayed with weed killers is replanted with a single species, all growing at the same rate to be cut down at the same time (ca. 70 years) and replanted again and again and again until the land loses its fertility, at which time the land can be "developed." If that's what's known as "sustainability" in the timber industry then I despair of having a productive exchange with the owners. 

Clearcuts

Thank you for your comment. You have brought up some very valid points. I agree that clearcuts are horrifically ugly, and plantation forests neither look or act like natural forest ecosystems, which provide wildlife habitat, retain and cycle nutrients, in some cases provide scenic and recreation value, etc. For these reasons, no doubt about it, clearcutting is "bad" PR policy. People do not like it.

Clearcutting, however does get a bad rap. Clearcutting is not necessarily "bad" forestry or "bad" fro the environment. Whether clearcutting is the best silvicultural technique depends on many factors including forest type, climate, slope angle (erosion control), and management priorities (are you managing for wildlife? scenery? recreation? timber? fire?). Some species, pine for example requires "disturbance" and open sunlight to get established. You can't always create enough open sun to grow pine when you are selectively logging. Fir will usually outcompete the pine.

You raised another interesting issue: What does sustainable forestry mean. I have a vision of what sustainability means for the region (and it does not look like pine planations) but I am curious to see what other people think. Ideas?


Betony Jones
Forestry Program Director
Sierra Business Council
530/582-4800 x.309

Sustainability

Try this for what forest sustainability might look like... principles and implementation measures developed by Mokelumne Rivers Forest Watch several years ago. They address social and community sustainability as well as ecosystem sustainability.

Katherine Evatt, Foothill Conservancy, Pine Grove

+++++++++++++

Implementation Guidelines for Forest Principles

Healthy forest ecosystems are made up of many diverse components.

Implementation guidelines

• Promote natural abundance and diversity of the area’s native species, including plants, vertebrate and invertebrate wildlife, fungi, and microbes.
• Develop and maintain the complex habitat structures essential for native fish and wildlife, including large standing dead trees (snags), canopies of multiple heights and closures, complex spatial mosaics of vegetation, and large, down trees and woody debris on land and in streams.
• Enhance habitat for rare, threatened, and endangered species of plants and animals.

The natural forests that evolved in the Sierra and were nurtured by native people are more resilient and healthier than those resulting from modern forestry. (KKE note: this is a slight update from the MRFW version.)

Implementation guidelines

• Mimic and incorporate natural disturbance processes such as blow-down, fire, earth movement, plant disease, and pest infestation at near-natural scales, frequencies, and intensities.
• Ensure the forest contains a mosaic, shifting over time, of all forest types and age classes in an overall proportion within the historic range of natural variation.
• Harvest different species on a site at different rates to produce unique, high-quality old growth timber and the greatest variety of forest structure.
• Use natural regeneration to conserve a broad genetic base of locally adapted trees rather than planting trees that did not evolve on or near the site. Exception: Plant rust-resistant sugar pine to ensure representation of this tree in the forest, while conserving existing pines that appear to be resistant to adapting white pine blister rust fungus. Develop strategies for addressing the threat of white pine blister rust.
• Maintain and restore natural processes that promote soil fertility and productivity.
• Go beyond legal requirements to do what is best for forest ecosystems and watersheds.

Our understanding of natural systems is increasing over time.

Implementation guidelines

• Plan for and measure the effects of timber harvesting by relying on the best available scientific knowledge and analytical tools.
• Recognize that the state of knowledge about Sierra forests is incomplete, and manage forests accordingly.

Water is the most precious product of our forests.

Implementation guidelines

• Refrain from building new roads and instead repair existing substandard roads, bridges, and culverts. Remove and restore unused substandard roads and related structures.
• Refrain from using herbicides and pesticides with high toxicities and long-persistence in soils, vegetation, and water and avoid using any products that are potentially harmful to aquatic life and water quality.
• Maintain or improve soil stability to avoid mass wasting and minimize sedimentation in streams and rivers.

Fire plays an important role in Sierra forest ecosystems, but there is also a need to protect communities from wildfire and the forest from catastrophic fire.

Implementation guidelines

• Develop and use fuel management and fire strategies that recognize the role of fire in the forest ecosystem, promote forest health, and decrease the risk of high-intensity fire. Such strategies should include, but may not be limited to:
 Retaining late-seral stage old forests and large, fire-resistant trees;
 Reducing the density of small trees, brush, and ladder fuels in areas of higher risk;
 Focusing fuel management efforts in areas of highest risk (along roads and near communities, and when appropriate, to protect habitat for rare species); and
 Avoiding the creation of forest structures that promote rapid, lateral spread of intense fires, including large plantations.
• Encourage local residents to create defensible space around their homes.
• Discourage rural sprawl development in forested areas.
• Manage wildfire and home fuelwood burning to protect the health of residents and the economic benefits from ecotourism to local communities.

Human activity should benefit, not harm, others. We should work together for the common good while respecting individuals’ rights.

Implementation guidelines

• Ensure that forest practices in our area benefit, or do not harm, the environment, water quality, or other resource values elsewhere.
• Enhance or do not harm the area’s visual quality.
• Enhance or do not harm other landowners’ property values.
• Encourage collaboration among owners and managers of large forest areas and the full spectrum of community members to ensure that forest management is consistent with community values.
• Benefit this generation, but not at the expense of future generations.
• Emphasize long-term economic opportunities for community residents over short-term profits for absentee owners.

Our neighbors who work in the forest make a valuable social contribution and deserve respect.

Implementation guidelines

• Respect forest workers’ right to occupational safety, fair compensation, collective bargaining and other forms of organizing, and free speech.
• Promote and reward excellence by those who manage and work in our forests.

The social, cultural, historical, and economic significance of our forests goes beyond timber production.

Implementation guidelines

• Protect sites of archaeological, cultural, and historical significance.
• Enhance or do not harm or inhibit other forest-based economic and social activities such as tourism, extraction of non-timber forest products, and land and river-based recreation, including hunting, fishing, hiking, whitewater boating, camping, wildlife-watching, and backpacking.
• Encourage conservation easements on forest land to ensure that the land is not developed, but remains forest in perpetuity.
• Enhance or do not harm or inhibit traditional American Indian uses of forest lands, including ceremonial uses and gathering of plants.
• Acknowledge that forests are sources of spiritual and emotional sustenance for many and manage them accordingly.

Small Diameter Timber

Hi Betony, Glad to find you posting here. I wonder if in your studies, core areas of high density small diameter timber have been identified. In other words, where do you see the greatest opportunities for positive impact? Pamela Biery

Forest Service Partnerships

Hi Pamela, thanks for commenting! There is no lack of small diameter timber in the Sierra, however, even if we wanted to thin all of it, not every overly dense, fire prone forested area is accessible. Slope and distance to roads are two major factors that would make thinning/restoration virtually impossible in the majority of Sierra forests.

For a pilot study, Winrock and WESTCARB have done some work in the Northern Sierra mapping forest areas that are most feasible for this kind of work. The greatest opportunities are in those areas where the will and creativity exists (in the community and its nearest National Forest). The National Forest Service has a partnership program and the partnership coordinators in each of the forests are eager to work with groups and organizations to help with this and other work.

Visit this site

Betony Jones
Forestry Program Director
Sierra Business Council
530/582-4800 x.309

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