Why We Need to Salvage and Replant the Rim Fire

Greg asked why we should bother with salvage logging on the Rim Fire, and I tried to explain how bear clover would dominate landscapes. He also seemed confused about modern salvage projects, here in California. Everything, here in California, is fuels-driven, as wildfires happen up to 13 times per century, in some places in the Sierra Nevada.

This picture shows how dense the bear clover can be, blocking some of the germination and growth of conifer species. Additionally, bear clover is extremely flammable and oily, leading to re-burns. This project also included removing unmerchantable fuels, including leaving branches attached. Yes, it was truly a “fuels reduction project”. You might also notice how many trees died, from bark beetles, after this salvage sale was completed. Certainly, blackbacked woodpeckers can live here, despite the salvage logging. Hanson and the Ninth Circuit Court stopped other salvage sales in this project, in favor of the BBW.

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When you combine this bear clover with a lack of fire salvage and chaparral brush, you end up with everything you need for a catastrophic, soils-damaging re-burn and enhanced erosion, which will impact long term recovery and the re-establishment of large tree forests. Actually, there has already been a re-burn within this project since salvage operations in 2006. Salvage logging greatly reduced that fire’s intensity, as it slicked-off the bear clover, but stayed on the ground. Certainly, if the area hadn’t been salvaged, those large amounts of fuels would have led to a much different outcome.

Now, if we apply these lessons to the Rim Fire, we can see how a lack of salvage in some areas within the Rim Fire will lead to enhanced future fires, and more soils damages and brushfields. When the Granite Fire was salvaged in the early 70’s, large areas were left “to recover on their own”, in favor of wildlife and other supposed “values”. When I worked on plantation thinning units there, those areas were 30 year old brushfields, with manzanita and ceanothus up to eight feet high. Those brushfields burned at moderate intensity, according to the burn severity map. Certainly, there were remnant logs left covered by those brushfields, leading to the higher burn severity. It was the exact same situation in my Yosemite Meadow Fire example, which as you could see by the pictures, did massive damage to the landscape, greatly affecting long term recovery. Here is the link to a view of one of those Rim Fire brushfields, surrounded by thinned plantations.

https://maps.google.com/maps?hl=en&ll=37.999904,-119.948199&spn=0.003792,0.008256&t=h&z=18

I’ve been waiting to get into this area but, I expect the fire area will remain closed until next year. The plantations were thinned and I hear that some of them did have some survival, despite drought conditions and high winds, during the wildfire. In this part of California, fuels are the critical factor in wildfire severity. Indians knew this, after thousands of years of experience. They knew how to “grow” old growth forests, dedicating substantial amounts of time and energy to “manage” their fuels for their own survival, safety and prosperity. Their preferred forest included old growth pines, large oak trees, very little other understory trees, and thick bear clover. Since wildfires in our modern world are a given, burning about every 20 to 40 years, we cannot be “preserving” fuels for the next inevitable wildfire.

We need to be able to burn these forests, without causing the overstory pines to die from cambium kill, or bark beetles. That simply cannot be done when unsalvaged fuels choke the landscape. We MUST intervene in the Rim Fire, to reduce the fuels for the next inevitable wildfire that WILL come, whether it is “natural”, or human-caused. “Protected” old growth endangered species habitats may now become “protected” fuels-choked brushfields, ready for the next catastrophic wildfire, without some “snag thinning”.  We cannot just let “whatever happens”, happen, and the Rim Fire is a perfect example of “whatever happens”. Shouldn’t we be planning and acting to reduce those impacts, including the extreme costs of putting the Rim Fire out, and other significant human costs? Re-burns are a reality we cannot ignore, and doing nothing is unacceptable. Yes, much of the fire doesn’t have worthwhile salvage volumes, and that is OK but, there are less controversial salvage efforts we can and should be accomplishing.

Here is an example of salvage and bear clover, six months after logging with ground-based equipment. This looks like it will survive future wildfires. You can barely even see the stumps, today! The bear clover has covered them.

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Plantation Thinning Success on the Rim Fire

Derek tipped me off about the new BAER fire severity maps, yesterday, and I was happy to see that the efforts to thin plantations has resulted in lower fire intensities. Here is the link to both high and low resolution maps. It is not surprising that fire intensities outside of this thinning project I worked on were much higher, and I doubt that there was much survival in the unthinned plantations. Those plantations were the within the 1971 Granite Fire, and is yet another example of forest re-burn. This part of the fire has terrain that is relatively gentle, compared to the rest of the burned areas. To me, it is pretty clear that fuels modifications reduced fire intensities.

This photo below shows a boundary between burn intensities. The area east of road 2N89 was thinned and burned much cooler than the untreated areas to the west. The areas in between the plantations had moderate to high burn intensities, due to the thick manzanita and whitethorn. Those areas were left to “recover on their own”. The SPI lands did not fare as well, as they didn’t thin their plantations.

Rim-Fire-plantations

The highest burn intensities occurred in the old growth, near the Clavey River. Activists have long-cherished the areas around this river, and I am assuming that these were protected as spotted owl/goshawk PACs. As you can see, this area has very thick old growth, and it shows on the map as high intensity. This same scenario is one that Wildlife Biologists have been worrying about for many years, now. These wildlife areas have huge fuel-loading issues and choked understories. Prescribed fires cannot be safely accomplished in such areas, without some sort of fuels modifications. Last year, I worked in one unit (within an owl PAC) on the Eldorado where we were cutting trees between 10″ and 15″ dbh, so that it could be safely burned, within prescription.

Clavey-old-growth

Nearly all of the Groveland Ranger District’s old growth is now gone, due to wildfires in the last 50 years. What could we have done differently, in the last 20 years?

Science synthesis to help guide land management of nation’s forests

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Key findings from the synthesis were:

  • Efforts to promote resilience of socioecological systems increasingly consider the interaction of social values and ecological processes in pursuit of long-term mutual benefits and social learning for local communities and larger social networks.

  • Research indicates that strategic placement of treatments to reduce hazardous fuel accumulations and to restore fire as an ecosystem process within fire sheds can lower the risk for undesirable social and ecological outcomes associated with uncharacteristically large, severe, and dangerous fires, which include impacts to wildlife species of concern, such as the fisher and California spotted owl.

  • Science generally supports active treatment in some riparian and core wildlife zones to restore fire regimes. However, adaptive management, including experimentation at large landscape scales, is needed to evaluate which areas are priorities for treatment and what levels of treatment produce beneficial or neutral impacts to wildlife species and other socioecological values over long periods.

http://www.eurekalert.org/pub_releases/2013-02/ufs–sst022013.php

Yep, this is what we are already doing on my Ranger District. It is always important to focus on what we are leaving, rather than what is being removed. We still have longstanding limitations of protecting old growth and a ban on clearcutting. The picture is an example of salvage logging just six months after completion.

California’s Dense Forests Present New Opportunities

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Forestry operations and bioenergy have been part of the economic and social fabric in Northern California for decades. A five-year study produced in 2009 by the USDA Forest Service modeled forest management under different scenarios across 2.7 million acres encompassing the Feather River watershed. The model’s time horizon spanned four decades, examining wildfire behavior, forest thinning operations and a range of environmental and economic impacts. It concluded that in virtually every aspect analyzed, managing forest resources and utilizing biomass for energy production provides significant advantages over the status quo.

With acres per wildfire going WAY up, thinning projects seem to be the way to go to reduce both wildfire sizes and wildfire intensities. Again, we have strict diameter limits in the Sierra Nevada, and clearcutting has been banned since 1993.

The link is here

Group Hails Forest Cooperation

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I saw a local article about our part of the Collaborative Forest Landscape Restoration Program.

For the first time in many years, loggers and conservation groups are working together and the results have been stunning, according to Katherine Evatt, president of the Pine Grove-based Foothill Conservancy.

The Amador Calaveras Consensus Group has been working in the Stanislaus and Eldorado national forests on projects that are part of a larger national program called Collaborative Forest Landscape Restoration.

The goal is to restore forests for people, water and wildlife, and a report released in December shows some of those goals are being met.

The ACCG Cornerstone Project is one of 23 national projects that split $40 million in 2012. According to the fiscal year-end report for the project, the two forests spent more than $658,000 in CFLRA funds this year, matched by more than $433,000 of other Forest Service funds. There was more than $67,700 in ACCG in-kind partner contributions and more than $1 million in leverage funds from ACCG members. Additional funds included a $196,000 grant from the Coca-Cola Company as well as $283,000 worth of in-service work under stewardship contracts.

The article is here

“Fuel Treatments Can Address Wildfire Severity”

The Sierra Nevada Adaptive Management Project (SNAMP) is a joint effort by the University of California, state and federal agencies, and the public formed in 2004 to assess how treatments designed by the USDA Forest Service to prevent severe wildfires affect fire risk, sensitive wildlife populations, forest health and water resources. SNAMP is in year five of an ambitious 7-year experiment to evaluate the effectiveness of management strategies to modify fire behavior across the landscape.

SNAMP has examined real-world fires and developed computer models to evaluate wildfire severity and environmental impacts in response to fuel-reduction treatments looking 30 years to the future. In its Northern Sierra project covering roughly 30,000 acres, SNAMP evaluated three different treatment scenarios. In each case, fuels were reduced across approximately one-third of the study area, and all treatments showed substantial reductions in high-intensity wildfire across the landscape, not just treated areas for 20 years after implementation.

This is from California Forests Magazine, and this issue is full of articles about severe wildfires. The whole article is here. The picture is one of mine from the Lassen National Forest’s 1987 Lost Fire.

New Age Forestry Project in California

This is an example of what our thinning projects look like, when completed. As you can see, the stand is still well-stocked, and ladder fuels have been removed. You can also see that the stand will be resilient and that all the logging slash has been removed, as well. In looking closer, I’m not seeing any damaged trees, as well. Additionally, no large trees ( over 30″ dbh ) were cut, unless they could fall and hit the adjacent highway.

This logging was done during this season, and work is continuing in other units. The project is quite visual, being all along a major Sierra Nevada highway. We call this style of project “thinning from below”. Any thoughts?

“An Ecosystem Management Strategy for Sierran Mixed Conifer Forests”

http://www.fs.fed.us/psw/publications/documents/psw_gtr220/

“Description: Current Sierra Nevada forest management is often focused on strategically reducing fuels without an explicit strategy for ecological restoration across the landscape matrix. Summarizing recent scientific literature, we suggest managers produce different stand structures and densities across the landscape using topographic variables (i.e., slope shape, aspect, and slope position) as a guide for varying treatments. Local cool or moist areas, where historically fire would have burned less frequently or at lower severity, would have higher density and canopy cover, providing habitat for sensitive species. In contrast upper, southern-aspect slopes would have low densities of large fire-resistant trees. For thinning, marking rules would be based on crown strata or age cohorts and species, rather than uniform diameter limits. Collectively, our management recommendations emphasize the ecological role of fire, changing climate conditions, sensitive wildlife habitat, and the importance of forest structure heterogeneity.”

This is a basic scientific reasoning for the marking prescriptions we are using in our current project. In scanning through some of it (it seems QUITE comprehensive!), I found this little gem.

‘How is ecological restoration defined in the GTR? In the face of changing
climate conditions, our focus is on increasing ecosystem resiliency. This focus
is consistent with that described in USDA Forest Service Manual 2020.5,
which defines ecological restoration as: “The process of assisting the recovery
of resilience and adaptive capacity of ecosystems that have been degraded,
damaged, or destroyed. Restoration focuses on establishing the composition,
structure, pattern, and ecological processes necessary to make terrestrial and
aquatic ecosystems sustainable, resilient, and healthy under current and future
conditions.” ‘

Biscuit “Scenic” Pictures

This is an example of a “protected” nesting site for a northern spotted owl. It was never logged and will not be habitat for many decades, especially if a reburn occurs. It sure doesn’t look “natural and beneficial”, to me, OR the owls and goshawks.

Here are the kind of snags (the large orange-marked one) that were selected to be “saved”, within Biscuit cutting units. Of course, only 4% of the 500,000 acres of the Biscuit were salvaged, so there certainly is no lack of snags in the huge burn.

Here is a cutting unit where mortality was close to 100%, in unlogged old growth. Instead of thinning a green stand, we ended up “thinning” snags.

Here is some erosion, in a small gully. I wonder what the “cumulative impacts” of hundreds of similar gullies have upon salmon populations, and other aquatic organisms. Surely, some of these gullies experienced accelerated erosion in the 5+ years since I took this picture.

www.facebook.com/LarryHarrellFotoware

CFLR Project News- Amador/Calaveras

Here is the blog for the local (to me) project. It is unclear how much the Pacific Rivers decision will affect it. I’m sure they will find ways to spend the money but, I doubt any logs will get sold. It is awful hard to make a log truck load out of  10 to 16 foot long small logs. The money won’t go very far if it only results in service contracts. This is their stated mission: “The Amador-Calaveras Consensus Group is a community-based organization that works to create fire-safe communities, healthy forests and watersheds, and sustainable local economies.”

http://acconsensus.wordpress.com/