SFFP
Forestry Sciences Laboratory
3041 Cornwallis Road
RTP, NC 27709
(919) 549-4011
The table below captures the comments collected during the breakout session at the Asheville public meeting. Comments are grouped by major forces of change. Specific subregions of applicability are listed where provided.
| Comments | Subregion | |
|---|---|---|
Social/Economic |
||
| Consider increased population-land conversion | AC | |
| Consider increased cost of living—less traditional users | AC | |
| Evaluate changing cultures—different resource values | AC | |
| Consider less affordable housing—wealthy new residents | AC | |
| Consider more part-time residents—more homes | AC | |
| Consider that there is more pressure on public lands for greater uses | AC | |
| There is less access to public forests—adjacent private lands are closed | AC | |
| Consider increased user conflicts | AC | |
| There is less public knowledge of land stewardship | AC | |
| Consider increased costs for using private lands—hunting | AC | |
| Biofuels/energy needs will affect forests | AC | |
| More conservation easements—less industrial base | AC | |
| Consider competition for energy/water. Atlanta basin transfer. Hydropower pressures. Greater sub-regional coordination | AC | |
| Evaluate competition from global forest industries | AC | |
| Changing ethnicity/age groups = changing recreation preferences | AC | |
| Consider changing climate and recreation industries (less snow/ more year-round activities) | AC | |
| Consider sub-prime mortgage—less wood demand in short-term | AC | |
| Consider different housing systems on horizon—green building, new technologies | AC | |
| Evaluate impacts to viewshed from adjacent developments | AC | |
| Consider forest certification – better use of forests | AC | |
| Consider during economic downturn—folks seek out less costly recreation, more public land use | AC | |
| Assess demographics—fewer kids in the woods – less future public interest in public lands? | AC | |
| Consider fear of increasing crime—lack of law enforcement on public lands | AC | |
| Assess growing organic trends—improves air/water quality | AC | |
| Consider increased development adjacent to public lands | AC | |
| Wind energy has implications for forests | AC | |
| Consider more political influence in the region concentrated in urban counties. Less knowledge/concern about wildland issues | AC | |
| Consider generational shift—tax consequences limit the ability of older farmers to pass lands within the family | AC | |
| Consider changing zoning options—tool for local governments to preserve open space | AC | |
| Logging workforce is aging and equipment is expensive - who will replace them? | AC | |
| Consider high fuel costs are impacting local logging economy | AC | |
| Renewable energy vs. biomass energy – how to balance? | AC | |
| Devaluation of the dollar may make local industries more competitive | AC | |
| Consider the trade deficit—US not competing due to some unfair consequences | AC | |
| If biofuels take off, consequences of another “timber rush” – would have major environmental/economic impacts to the established timber industry | AC | |
| Value of some plants will lead to species loss—need to manage more actively | AC | |
| Immigrants collecting forest products – there's a lack of resource knowledge; language issues hinder communication | AC | |
| Fewer private lands open for a variety of uses, including recreation and economic uses | AC | |
| More affluent older population locks up adjacent land – limits access to public lands | AC | |
| Consider emerging job training—need a “green collar” job initiative | AC | |
Institutional |
||
| The NC tax code penalizes people and forest management planning; there is no break for wildlife or conservation or other values | AC | |
| A bill about post-fire restoration passed the U.S. House that could affect the Southeast | AC | |
| A Federal level policy for biomass markets is being developed/supported; Ecosystem markets (e.g.. Carbon credits) are another driver for restoration | AC | |
| Consider emerging commodity values; tax liabilities | AC | |
| How do we quantify values for recreation, conservation? | AC | |
| Forest legacy program is not being well funded | AC | |
| How will TIMOs/REITs affect timber supply/ future of forestlands? | AC | |
| Evaluate changes in economics: what's the highest dollar value for land? | AC | |
| Preoccupation with fire suppression and prescribed fire management is taking away from other resource programs both at State and Federal levels | AC | |
| State policies related to inter-basin transfers of water affects many resources | AC | |
| Tax distribution—previously 25% of timber sales and other program dollars went to rural schools. Can FS send money from other program revenues? Need dedicated sources of funding (fee-demo program rules preclude this) | AC | |
| Stewardship program fund distribution designed to share value | AC | |
| Local land use policies encourage fragmentation; hand-in-hand with population growth. Higher density preferable. Flipside-people living in higher density areas are more removed from land, and their concentration gives them more power. Lack of local land use planning encourages fragmentation | AC | |
| Regarding fire suppression,
some state agencies are dominated by hard-suppression (dozers)
rather than soft suppression (natural barriers) There is a more judicious use of natural barriers because of a fear of what might burn |
AC | |
| Government needs to find some way to fund fire suppression outside the regular FS funds; fire funding is eating away at the FS funds for other programs | AC | |
| Inability to fight fires in the interface also creates an untenable situation for potential fire suppression; should harvest the interface to prevent fire ignition | AC | |
| Biomass scenario a concern: When you cut trees grown for biomass, you harvest everything, so you may jeopardize the health of the site. Potential damage to the forest is an issue. Also, subsidizing biomass might negatively affect the timber market | AC | |
| We don't have enough incentive programs to protect agricultural and forest lands. Need more state funding mechanisms (incentive programs) to keep working forests and farms. NC has the Clean Water Trust Fund | AC | |
| Educational programs: need greater education for those moving into the Appalachians | AC | |
| Need free-market base, state taxes, inheritance taxes—better incentives | AC | |
| FS manages 46% of the softwood in US but cuts 2%. Is that sustainable? | AC | |
| Need education about harvests. Everyone wants an undisturbed viewshed. We need to share facts and transmit messages to encourage conservation and use | AC | |
| Changing electorate in NC—51% in 14 counties—we are an urban-voting state disconnected from rural values and solutions | AC | |
| More than timber is being harvested; there is no national or regional economic policy for non-timber products –native plants | AC | |
| Impacted by top-down decisions rather than local ones; this negatively affects national forests in this area | AC | |
| We need to examine trade policies to level the field for all forest products | AC | |
| Southern Appalachian forests are the main source for many medicinal plants. There is no structure for management of the multi-million dollar industry on state, federal, or private lands | AC | |
| Regulations are unreasonable (e.g., buffers); not based on science but emotions | AC | |
| Need more participation by insurance industry to make it more expensive to build in forested areas (because of fire risk) | AC | |
| How do we get government to pay attention to land loss/ fragmentation? | AC | |
| How will tax structure reflect value of forests? We do not have an effective lobby. How do we get Congress interested? | AC | |
| No net loss of wetlands policy not mirrored with forests | AC | |
| One third of Southern Blue Ridge is public; Cumberland Plateau has no/little public land. What's the status? A coalition is working on it. | AC | |
| NC is progressive in putting aside funds for land acquisition/working farms | AC | |
| Land and Water Conservation Fund (LWCF) funds are not being allocated. This fund could benefit southern forests | AC | |
| Local county ordinances affect landowners greatly. Can influence sales of land for development. | AC | |
| Carbon markets could make a big difference, if those valuations are developed. | AC | |
| If owners have value placed on standing timber, they would be more likely to keep land in forests | AC | |
| Farm Bill has great implications; difficult for forestry interest to be represented adequately | AC | |
| Sagging stock market affects TIMOS | AC | |
Land Uses/Forest Management |
||
| Consider global trade-- it is a major question for these forces—relates to the infrastructure | AC | |
| Land development is a big factor for this region; it will influence all values and functions | AC | |
| Land conversion is also a big factor, as well as more houses are interspersed into the wildlands | AC | |
| Development will have influence on forest management. It will stop forest management in many instances | AC | |
| Development brings people into the area who have less knowledge about the native forests | AC | |
| Development also affects the political environment. This is true especially in this subregion, given the large amount of Federal ownership | AC | |
| What will influence National Forests more, Washington, D.C. or local management decisions? | AC | |
| Fire protection is a big issue with the population growth, especially as it is interspersed into the wildland. State resources are limited. Burning ban is evidence of scarce resources | AC | |
| Consider changing pattern of owners—more owners, less acreage per owner, fewer options for forest management. This changing pattern influences access to timber | AC | |
| Fragmentation affects animal corridors. Fragmentation with climate change makes these corridors more critical. | AC | |
| How can bioenergy be forecasted? It is a complex situation when looking out 50 years | AC | |
| Assess the food situation (increasing corn ethanol use will increase price of corn and other foods) and will increase use of cellulosic bioenergy (wood) | AC | |
| Transportation costs will be a key factor in forecasting bioenergy use and development | AC | |
| Bioenergy use could drive the price of wood up for traditional uses of wood; but this would help landowners | AC | |
| How much longer will global markets hold up for hardwood lumber? | AC | |
| Non-economic values of forests are important; these values include hunting, wilderness, passive recreation | AC | |
| There is a concern about the future of timber markets; we have lost high-quality hardwood markets. With this loss of markets, what are the implications for funding forest management activities for wildlife (on National Forests or other ownerships)? | AC | |
| Move away from just timber management to management for other products; medicinal plants have great value, but forests have not been managed for them | AC | |
| Some of the most valuable plant products come from this region; we need sustainability of harvest and propagation. These markets are valuable and substantial. There are different market structures for wild-grown plants. | AC | |
| To alleviate land development issues, we need research to properly value ecosystem services. These are valuable services. We need to properly recognize them as a valuable commodity | AC | |
| Concern about human resources available to protect these natural resources. Funding is also an issue. We need to protect what we have left | AC | |
| There is little or no timber management anymore; demand for timber hasn't gone down but there is less management. Landowners won't pay consultants to manage land (just to sell timber). | AC | |
| Climate change could change everything related to forest management. Consider increased drought, fire, insects, disease, etc. | AC | |
| With increasing focus on biomass for energy, how far can biomass utilization increase? would nutrients be affected? | AC | |
| As population and fragmentation increases, forest management becomes harder, more expensive. This includes management for timber, wildlife, recreation, etc. | AC | |
| Prescribed fire is harder to utilize | AC | |
| The potential for conservation easements may provide good alternatives | AC | |
| Market for carbon credits could influence landowner decisions. This would especially be true if carbon credits could be earned through forest management activities | AC | |
| Divesting timber markets overseas (using foreign markets to supply the U.S.) could have effects that need to be accounted for | AC | |
| Certification schemes should encourage domestic products | AC | |
| Forest certification could become major issue | AC | |
| View sheds are a valuable non-timber value. Some states have higher taxes for high view shed values | AC | |
| Forest Products Lab is not doing research on why we lost certain products, and how we can continue timber economy | AC | |
| Technology in papermills is lagging; they are doing the same thing for 50 years | AC | |
| Pine plantations—what is their status? | AC | |
| Bioenergy could provide major impetus for pine plantations; this is a major question. | AC | |
| Energy plantations could be substantially different than traditional forest plantations | AC | |
| Why are private landowners planting less today than previously? | AC | |
| How are the endangered forest communities (identified in the SFRA) doing? Are new ones being added? | AC | |
| What would a universal definition of sustainability be? Sustainability can go in many different directions | AC | |
| What are the trends for forested wetlands, by region? What does the future hold? | AC | |
| We need more education and discussion (like these meetings) to increase understanding of these issues | AC | |
| No other species competes with Southern pine strength and ability to be treated with preservatives; we need to recognize and use these competitive strengths. | AC | |
Biological/Physical |
||
| Consider WUI makes it more expensive to fight fires | AC | |
| Consider wildfire suppression increases catastrophic fires and their cost | AC | |
| Consider that sulfur deposition is hurting tree growth now and will likely increase | AC | |
| Consider climate change leads to drought which reduces resistance to pests such as hemlock woolly adelgid | AC | |
| Evaluate a variety of climate trajectories; S. Apps may be one of the few areas that might see increased rainfall | AC | |
| Consider that fragmentation makes it harder for species to migrate in response to changing climate, and this fragmentation is both from natural and land use causes | AC | |
| Consider impacts of development of steep slopes -- causes erosion, degrades streams down slope | AC | |
| Consider climate change. Diverse forests of the Appalachian-Cumberland ecoregion makes it harder to know enough to manage them for the long term in the face of climate change | AC | |
| Consider change in forest structure | AC | |
| Consider worst case scenarios of invasives, such as sudden oak death killing all southern red oaks | AC | |
| Is hemlock woolly adelgid changing riparian zones, stream temperature, and what lives in them? | AC | |
| Invasive species are a problem here, changing habitats for native species, expected to get worse, may require more funds for eradication, staff, collaboration with local groups | AC | |
| Oriental bittersweet is a problem here | AC | |
| Interagency (local) coordination is important to address invasives | AC | |
| A regional approach to invasives is needed, one that's integrated across states, or it won't work (e.g.. Hemlock woolly adelgid) | AC | |
| Consider that genetically modified trees may affect forest health | AC | |
| Consider that genetically modified crops may create new pests to forests | AC | |
| Consider genetic health issues | AC | |
| How do we respond to the variability that climate change brings, such as large hurricanes, floods, other large disturbance events? | AC | |
| Evaluate change in land ownership. This means fewer large tracts, more introduction of 5 acre mini-farms, urbanization, all blends together | AC | |
| Evaluate run-off pollution from impervious surfaces brought on by urbanization | AC | |
| Consider that increased pesticide and fertilizer use also goes along with urbanization | AC | |
| Assess bad tree pruning in the urban environment, this affects temperatures in our cities | AC | |
| As population increases, people's values shift and the function of wildlife management then has to shift inappropriately (such as deer management, feral cats) | AC | |
| GMO issues of concern include trees developed for lower lignin and the development of trees not native to the South, like eucalyptus | AC | |
| Forests on the landscape overall are going to get older, this impacts everything | AC | |
| Many of our hardwood forests are of a similar age. Evaluate problems with senescence | AC | |
| Evaluate impacts of climate change on fire regimes, flooding, complications with managing forested wetlands | AC | |
| Wetland conversions complicate management of increased flooding due to climate change and increased precipitation | AC | |
| Evaluate the reintroduction of the (disease free) chestnut, how does that change the forest? | AC | |
| Over time, these forests are going to get older, start dying off, what are we going to go about that on both private and public lands? | AC | |
| Not all the landscape can be old growth, it's not sustainable, so how do you maintain that portion on the landscape over time? | AC | |
| Hemlock may be a good example of the pressure between management and nonmanagement – we can protect some of the trees, what do we do when they die from hemlock woolly adelgid? | AC | |
| Gypsy moth, balsam woolly adelgid, hemlock woolly adelgid, nobody saw these coming—in 50 years what is going to happen biologically, we need to do this better | AC | |
| Use existing models of landscape change and fragmentation, threshold effects for area-dependent species, these are things that can be forecast | AC | |
| Consider the loss of the oak component. It is a factor that is not recognized enough | AC | |
| Evaluate herbivory by deer, it has a huge influence on biodiversity, evaluate other components of diversity | AC | |
| Tracking forest succession across the landscape helps with tracking wildlife habitats and forest health in response to these different drivers | AC | |
| Consider that the quality of forest successional habitats is also important | AC | |
| Consider possible development of additional reservoirs for drinking water, hydropower, related stream modification, driven by drought, increasing demand for energy and drinking water | AC | |
| Fragmentation is speeding up the success of invasives, people like to plant ornamentals | AC | |
| Partners in Flight is a useful resource, also Forests on the Edge report from the FS | AC | |
| High elevation forests are a valuable resources, and populations of their bird species are being reduced due to climate change | AC | |
| Utilize State wildlife diversity plans | AC | |
Last Modified: 04/16/2008