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?

Climate, Man-Created Landscapes Feed Wildfires

The following guest post is from Bryan Bird, Wild Places Program Director for WildEarth Guardians. He writes from Santa Fe, New Mexico.  Bird received his Masters in conservation biology from New Mexico State University in 1995 and holds an undergraduate degree in biology from the University of Colorado, Boulder in 1990. He has undertaken conservation research, planning, and protection projects in Central America, Mexico, and the Southwestern United States. Since first working for the Guardians in 1996, Bryan has focused on restoration of national forestlands and their critical ecological processes, as well as monitoring, reviewing, and challenging destructive Forest Service logging proposals and land management plans.  – mk
_________________

An incendiary situation is rising in the West’s wildlands – but it’s not just wildfire. It’s the explosion in the number of homes and structures in highly flammable landscapes and climate change-driven conditions that are leading to a public policy crisis.

We need to revisit our commitment to military-scale fire-fighting at massive taxpayer expense as well as federal, state and local policies that promote development into the West’s “fireplains.” As we recover from the largest single wildfire recorded in New Mexico history as well as the most destructive to homes and communities, we must consider effective and economical solutions.

Headwaters Economics, a Bozeman, Mont.-based think tank, points out the tremendous development potential in the West for the remaining 86 percent of forested private land adjacent to public land – known as wildland urban interface, or the red zone.

It calculated the astronomical costs of battling these fires. If homes were built in just half of the red zone, annual firefighting costs could range from $2.3 billion to $4.3 billion per year.

Here in New Mexico, Bernalillo, Lincoln and Otero counties have the largest portions of their red zone already developed. Sadly, these are foreseeable and expensive disasters.

A paradigm shift in how people live in fire-prone landscapes is upon us, similar to floodplain regulation in the 1970s. Insurers are taking notice, and so should county policymakers examine their building codes.

Department of Homeland Security Secretary Janet Napolitano stated last week at the National Interagency Fire Center in Boise, Idaho, “Though the number of fires across the country is actually less than last year, and the acreage burned is less than last year, the number of structures and infrastructure burned is significantly higher, and that’s in part because of where the fires have been, and the growth of the wildland-urban interface.”

The latest science suggests weather and climatic conditions, rather than fuels, drive the large fires we are now witnessing. But despite all the rhetoric about “historic” fire seasons, the total acreage burned over the last decade, 7 million acres on average, is quite low by historic standards. Over 140 million acres burned annually in the U.S. in pre-industrial times. As recently as the 1930s Dust Bowl years, the number was close to 40 million acres. The past 50-70 years may actually be an abnormality in terms of acreage burned as well as fire severity.

Any single year’s fire activity, according to recent science, is related more closely to high temperatures than to previous fire suppression efforts, age of trees, or other factors. Higher spring temperatures, especially, lead to more fires. Scientists have found that the period from 1987-2004, compared to the 16 years prior to that, averaged a longer fire season, by two and a half months, four times as many fires, a fivefold increase in the time needed to put out a wildfire, and 6.7 times as much area being burned.

We simply cannot fireproof forests, but we can fireproof homes and structures. Thinning and logging far into the backcountry forests may or may not have any effect on saving communities in the red zone. But with changing climate and recurring droughts of biblical proportion, it’s a safe bet that expensive thinning and logging will not make a difference under such extreme conditions. In fact, it could make the fire hazard even worse.

When people build and live in the “fireplain,” it’s not the federal government’s responsibility to look after them.

In addition, we cannot ask taxpayers to foot the bill for costly thinning of public forests far from home in an uncertain attempt to change fire behavior. Homeowners must be required to treat their own landscapes and build with fire-resistant materials: a proven practice known as Firewise.

Western forests have burned since time immemorial, and this natural process is both intimidating and worsening with climate change. But we do not have a wildfire problem as much as a people in flammable landscapes problem.

“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.” ‘

Retaining Snag Habitat

Here is a view of some other cutting units within the Power Fire. Above the road were tractor units, and a narrow stretch below the road, due to stream buffers, was helicopter yarded. Again, you see ample snag “recruitment”, years after salvage logging. Remember, we were also salvaging some trees with poor live/dead crown ratios. I do know that the marking was aggressive, as I did much of the inevitable follow-up marking, during the summer season.

What is really interesting about the tractor unit is how well the logger’s “alternate method” worked. My logger had a processor/loader, an excavator with a grapple attachment, a dozer and two skidders. The excavator would go out on the skid trails and grab/bundle the logs to orient them where the skidder can “grab-and-go”. Their crew was very experienced and efficient, not making messes they would have to clean up.

www.facebook.com/LarryHarrellFotoware

The Power Fire, and the Blackbacked Woodpecker

This helicopter unit experienced significant dieback, even as the fallers returned multiple times. The marking guidelines allowed for cutting trees with low crown ratios, and with the Forest Service getting projects together so quickly (six months!), the bark beetles hadn’t run their course, yet. In addition to the snag specifications in the project’s plans, you can clearly see that there are a great many more snags now, than the plans required. Also important in this is that snag of certain sizes had to be cut and flown out, as part of the fuels treatment (a HUGE expenditure!)  The Power Fire salvage project was halted by the Ninth Circuit Court, due to the new salvage marking guidelines, and a perceived need for more blackbacked woodpecker analysis. The cutting unit below was completed, though.

Also seen in the foreground is that nasty bear clover, which will dominate, until it is shaded out, or killed with herbicides. It is great to have this smelly carpet (AKA mountain misery) under a nice canopy but, in this case, it will hinder all trees from germinating and growing. Their roots can go 12 feet deep. Even the deerbrush is kept at bay by the bear clover.

www.facebook.com/LarryHarrellFotoware

The Power Fire, Six Years Later

This wildfire, on the Amador Ranger District, of the Eldorado National Forest. was sparked by crews cutting hazard trees along powerlines. I was a Sale Administrator, detailed to help salvage timber and accomplish contract work over 55% of the burned area. New marking guidelines, ordered by the courts, were first used on this project. While the plans survived a lower court challenge, the infamous Ninth Circuit Court decided that the new guidelines were “confusing” and more analysis regarding the blackbacked woodpecker was needed.

Here is what one of the cutting units looks like today. Choked with deerbrush, with not much in the way of conifers established.

This picture shows the striking contrast of Forest Service, versus private timberlands. You can clearly see the property lines and the section corner. What you cannot see is the accelerated erosion that came off the private lands, impacting the road at the bottom of the picture. Between the deerbrush and the the thick bear clover, conifers have little chance to recover, and a re-burn might be in the future for this patch of Federal land. The upper tract of Federal land seems to have no standing snags left, due to blowdown. The rest of the area seems to be choked with snags that died since harvesting was completed. At least SOME of the fuels for a future wildfire have been significantly reduced.

This area has a history of Indian occupation, and the forest still shows it. The bear clover re-grew and covered the bare soil within 6 months. Today, people would be hard-pressed to find ANY logging damage, on this side of the fire area. What really amazed me is that this project has ALREADY suffered a re-burn. The fuels reduction definitely saved the remaining old growth from burning to a crisp. This forest has its resilience back, has a better species composition, and seems ready for a regular program of prescribed fire.

As you can see, the light and the weather didn’t cooperate. I’m sure I will be going back to capture some more images, and to compare them to the photos I took six years ago.

Sequoia National Forest Plan Set for Updating

The Sequoia suffers from many blockades to sensible forest management and protection. With the only mill within more than 100 miles away, teetering on the brink of bankruptcy, and being hamstrung by unreasonable diameters limits for harvestable timber, as well as having the Giant Sequoia National Monument to manage, they face a very long uphill battle to update their 24 year old Forest Plan.

http://www.recorderonline.com/news/usda-52174-plan-vilsack.html

Also opposing them is the Sierra Club, who continue to portray the Forest Service as loggers of ancient Giant Sequoias. They wish that all 300,000+ acres of the Giant Sequoia National Monument be free of all logging projects, despite there being only about 10,000 acres of already protected Giant Sequoia groves within the Monument. The McNally Fire nearly killed the world’s second largest tree, when it was allowed to burn for weeks. The Sierra Club is quite happy to let their followers think that the Forest Service will cut the sequoias down, and that clearcuts and the cutting  of big trees will happen. The Sierra Club wants the Monument to be “un-managed”, just like the adjacent Sequoia National Park. They also don’t realize that the Park Service doesn’t follow the same rules on prescribed fires that the Forest Service does. You cannot solely use prescribed fires to manage the fuels build-ups of 80 years, on hundreds of thousands of acres. Besides, the California Board of Air Resources don’t have enough burn days, when prescribed fires would be “in prescription”. The Park Service is well known for losing their management fires, which can be set during high temperatures and dry conditions.

This may be one of the most contentious new Forest Plans under the new Planning Rule. I wonder how much it will change when the only lumber mill in southern California goes bankrupt.

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