Forest Management

Tongass transition to young-growth – are we there yet?

by

The Tongass National Forest is being managed under a 2016 amendment to its 2008 forest plan that addresses the Forest’s transition away from old-growth timber harvesting.  The amendment accelerated the transition in the plan from 32 years to 16 years, but there has been continuing controversy over how long that process should take.   Here’s the latest in an extended article from E&E News:

A new complication in the debate over the young-growth transition comes from Catherine Mater, a forest products engineer from Oregon who recently completed an inventory of 43 areas within the Tongass under a contract with the Forest Service’s Pacific Northwest Research Station. There’s enough young growth coming online to provide around 55 million board feet of timber annually for decades, she said, or more than double the total timber volume the service reported cut there in fiscal 2018. Mater found 138,760 acres of young growth — between 55 and 80 years old — suitable for harvest. All of it was within 800 feet of Forest Service roads and away from steep slopes and other environmentally sensitive areas.

Of course there’s still pushback from the “timber companies and industry-friendly politicians, who want more thinning and bigger clear cuts.”

What caught my attention though was these comments from the Tongass spokeswoman:

Forest Service managers stand by their estimates that the young-growth transition won’t be complete before 2033, Fenster said. “If, once the analysis is complete, it shows the projections in the forest plan were not valid, then the Forest Service would have to consider alternatives to incorporating new information into the forest plan estimates,” Fenster said.

The projected volume of young growth was a fundamental assumption in the 2016 amendment, so I don’t think the Forest has the option of ignoring how it could affect the decisions it made in the forest plan.

Midwest timber wars revisited

by

For the first time in nearly three decades, the Shawnee National Forest in Illinois has proposed a commercial timber harvest of mostly native oaks and hickories. And environmental activists whose high-profile fight against logging in the 1990s led to a 17-year moratorium are once again raising alarms.

Lisa Helmig, acting forest supervisor with the Shawnee National Forest, said the plan is rooted in the best available science about how to maintain the keystone oak ecosystem that is native to the Shawnee foothills.  “The oak ecosystem has been in place here in the central hardwood region for 5,000 years,” she said. But Helmig said the ecosystem is at risk due to a lack of natural or man-made disturbances, such as fire, storms and, yes, even logging. Without these disturbances, non-native, shade-tolerant sugar maple and beech trees sprout up and fill in the forest’s midstory, she said.

The activists have filed an objection, based largely on their past experience with timber harvest on the Forest.

The trees that have grown up to replace the harvested oaks and hickories are mostly 28-year-old stands of “undesirable” beeches and maples.  “When you think about how many oaks were here, it’s heart-wrenching,” Wallace said “Had they not cut the oaks, we’d have oaks here,” Stearns added. In addition to the Farview site, in their letter they write that we also returned to the North End Ecological Restoration project logged in Pope County in the late 1990s. “Little to no oak and hickory have been visibly restored.” They cited other examples, as well.

This is the root of their concern: What the Shawnee National Forest’s leadership claims is happening isn’t.

Asked about their concerns, Helmig said that her “gut reaction” is that the Forest Service likely didn’t follow through with what should be a multiphase treatment. Helmig said she’s confident that the Forest Service is committed to seeing (this) project through… “We have a wonderful silviculturist on staff now,” Helmig said. “He’s been here five years and is absolutely fantastic.”

Hopefully we can assume that there has been a science-based determination that ecological integrity requires regenerating some young oaks and hickories.  But implementation unfortunately still boils down to “trust us,” and “we’re different now.”   (But then the Forest evicted the media from the objection meeting, wrongly according to the Washington Office.)

The effects (NEPA) of bake-sale (timber-sale) funding of restoration

by

I  said here: “NEPA documents have started saying that cutting down trees is beneficial for the environment because it produces funding to replace culverts and the like. That may not be a defensible effects analysis.”

Sharon asked: “I don’t see why people need to say that at all in NEPA docs. Do you have examples?”

I do.  I’ll provide two here that I have encountered with forest plan revisions.

The Flathead revision FEIS provided very little useful information about aquatic effects, but it revealed this as part of their logic (p. 131, but their point seems to be that it doesn’t matter):

Although alternative D proposes more timber harvest and the potential to generate more Knutsen-Vandenberg revenue for restoration actions such as best management practices, road decommissioning, and culvert replacements that would benefit aquatics, it is anticipated that money would still be available from partnerships and appropriated watershed dollars to implement restoration projects regardless of how much money is generated from timber sales.

The Helena-Lewis and Clark was more to the point that it DOES matter in their revision DEIS (p. 71):

Alternative E would result in the highest volume of timber production and therefore have the potential to generate more money from timber receipts for restoration projects for watershed and fisheries. If more money is available from alternative E then there would be more short-term impacts from restoration projects but there would be more long-term gains

I think I have seen other better examples for projects that have stated that the proposed action is better for the environment than no action because the timber sale revenues will be used for restoration activities.  Maybe I’ll run across more examples, but I wanted to post this now so that others could contribute examples they are aware of.

So no, I don’t think they should include this in NEPA documents.  The problem is that effects disclosed in an EIS must be reasonably foreseeable.  If the funding process works in a way that makes money available but does not commit it to a specific use, then any effects are not reasonably foreseeable.  This is more obvious in the forest planning context because restoration is only a “potential” (to quote both examples above).  The result of including this kind of poorly substantiated assumption in an effects analysis is to distort the comparison of alternatives and to provide less meaningful information for the decision-maker and the public.  This tends to subvert the core purpose of NEPA.

Forest Management: “For a Warming World, A New Strategy for Protecting Watersheds”

by

This article was prepared by Yale Environment 360. Although its focus is primarily on protecting watersheds, most of the well validated scientific principles that Sound Forest Management is based on are clearly demonstrated in a way that easily shows the value of human intervention in our federal forests for other site/situational specific prescribed purposes as well. Here are some highlights which have been the subject of many previous posts on this site.

  1. water managers are learning that careful management and restoration of watershed ecosystems, including thinning trees and conducting prescribed burns, are important tools in coping with a hotter, drier climate.
  2. New Mexico’s forests … areas that supported 40 trees per acre in the pre-European era now were blanketed with up to a hundred times as many. This profusion of trees — as many as one per square yard — weakened all of them, and rendered them defenseless against megafires.
  3. the Las Conchas Fire … consumed nearly an acre of forest per second … and left behind nearly 100 square miles so severely burned that even seeds to regenerate the forest were destroyed …
    two months later, when a thunderstorm in the Jemez Mountains washed tons of ash and debris into the Rio Grande River, the water source for half of New Mexico’s population and for a major agricultural area. Only an inch of rain fell, but the debris flows the storm generated turned the river black and dumped ash, sediment, and tree and shrub remnants into a major reservoir⁠, requiring a costly cleanup … a heavy rainstorm two years later generated enough sediment to entirely plug the Rio Grande
  4. In the last two decades, megafires in similarly dry and overgrown watersheds have ended up contaminating downstream water supplies in numerous areas throughout the western United States, including Phoenix; Denver; Flagstaff, Arizona; and Fort Collins, Colorado. Downstream water managers serving millions of urban residents have learned that the security of their water supplies is tied to the health of upland watersheds that may be hundreds of miles away.
  5. In the Western U.S., watershed restoration chiefly consists of two steps: thinning of trees and shrubs, and prescribed burns. In the Eastern U.S., it involves a bigger set of tools, including planting native trees, reducing the area of impervious surfaces, and slowing the speed of stormwater so that more water percolates into soil and aquifers. All these measures are designed to improve water quality.
  6. numerous pilot projects have shown the efficacy of restoration, agencies rarely have enough money to treat entire watersheds
  7. after the Las Conchas fire, residents in the Rio Grande watershed … in 2014 they launched a public-private partnership, the Rio Grande Water Fund, whose 73 contributing members⁠ include government agencies at all levels, foundations and other NGOs, local water utilities, and local businesses and residents. Together they raised enough money for a 20-year program to restore 600,000 forest acres — enough to support the resilience of the entire central and northern New Mexico portion of the Rio Grande watershed. They have already restored 108,000 acres, and are racing to complete the job before another megafire occurs.
  8. The Rio Grande Water Fund’s public-private partnership model has become official federal policy. Last August, the U.S. Forest Service published a landmark report called “Toward Shared Stewardship Across Landscapes” that outlined the agency’s intention to convene watershed stakeholders of all kinds to plan and fund watershed restoration. “Because fire crosses back and forth across land ownership boundaries, the risk is shared,” the report said. “Accordingly, land managers cannot achieve the fire-related outcomes people want… without shared stewardship of the wildland fire environment.”
  • The benefits of watershed restoration extend far beyond water security. Most obviously, healthy forests deter megafires. Laura McCarthy, the Rio Grande Water Fund’s executive director, says that in three instances since restoration work began in New Mexico, wildfires that ran up against restored zones immediately died down. Healthy forests can tolerate low-intensity fires: they possess diverse understories of grasses, sedges, and forbs and rich, microbe-laden soil, all of which supports wildlife, from insects to mammals. Watershed restoration can double the amount of carbon stored in the soil, which means that it’s a vital tool in fighting climate change. And watershed restoration creates jobs: In the case of the Rio Grande Water Fund, many of those jobs go to youths in traditional Hispanic and Native American communities where unemployment rates are 30 percent or higher.
  • In some regions, forest restoration even increases water supplies. Roger Bales, a hydrologist at the University of California, Merced, has shown that because watershed restoration requires the removal of vast numbers of young trees, loss of water into the atmosphere through evapotranspiration in those trees is eliminated. The water instead flows downward, into the soil, often on its way to the watershed’s rivers and reservoirs. Bales’ experiments in California’s Sierra Nevada show that restoration can increase water supplies in downstream reservoirs by 9 to 16 percent. That makes restoration a more cost effective (and vastly less destructive) water supply method in California than building dams. Restoration is also cheaper than fighting the megafires that are otherwise inevitable in the overgrown forests: last year’s Camp Fire in northern California alone caused $11 billion to $13 billion in damage.
  • unless it is followed by prescribed burns, undesirable trees and shrubs grow back. In that case, said Don Falk, a leading fire researcher at the University of Arizona, “You’re either committed to a perpetual Sisyphean cycle of thinning” every 10 or 15 years “or you’ve got to let fire back into the system.” Fire is an integral part of the functioning of many ecosystems: Blazes of less-than-megafire scale germinate seeds, keep native species in balance while warding off invasive species, and stimulate microbial activity that produces soil nutrients.