Sheri Smith Regional Entomologist

Slides:



Advertisements
Similar presentations
Dry-conifer Ecology and Silviculture in Western Oregon John D. Bailey Oregon State University.
Advertisements

Thinning intensity studies and growth modeling of Montana mixed conifer forests at the University of Montana’s Lubrecht Experimental Forest Thomas Perry.
SIMULATION AND PLOT REMEASUREMENT ANALYSIS 10 YEAR CHANGES IN STAND STRUCTURE AND DENSITY VS PREDICTIONS OF THE WESTERN ROOT DISEASE MODEL HELEN MAFFEI.
Fuels Reduction and Wildlife Habitat Restoration in a Late Successional Reserve Klamath National Forest, Goosenest Ranger District.
SIMulating Patterns and Processes at Landscape scaLEs HISTORIC RANGE of VARIABILITY.
U.S. Bark Beetle Outbreaks A look at how climate change is fueling the current outbreak of bark beetles in the southeast U.S. and southwest U.S. A Windows.
SPATIAL HETEROGENEITY SUB-GROUP UPDATE THURSDAY 23 RD JANUARY 2014 YVETTE DICKINSON.
Silvicultural experiments exploring linkages between stand structural diversity and ecological variables in California Carl Skinner, Martin Ritchie, Eric.
White Pine Decline in Maine M. Fries, W.H. Livingston Department of Forest Ecosystem Science University of Maine C. Granger, H. Trial, D. Struble Forest.
Physical Evidence used to Establish Reference Conditions for the Southwest Jemez CFLR Project In order to set goals that underlie restoration treatments,
Vegetation Types in Yosemite Valley Vegetation TypeHectares% Mixed Conifer95049 Meadow1478 Riparian20811 Black oak985 Live oak41021 Other1286.
Forest Pests and Diseases near Lewistown, MT Amy Eckert Forest Pathologist.
Delleker North Hazardous Fuel Reduction Fuels & Fire Behavior Assessment Project Funded by the Plumas NF with USDA Forest Service’s “Community Protection”
White Pine Decline in Maine W.H. Livingston G. Granger, M. Fries C. Granger, H. Trial, D. Struble S. Howell S.W. Cole Engineering, Inc. Bangor, ME December.
Forest Health: Forest Ecology, Tree Vigor, and Landowner Objectives Karen Ripley, Forest Entomologist Washington Department of Natural Resources December,
National Park Service U. S. Forest Service Bureau of Land Management U. S. Fish & Wildlife Service.
Climate Impacts: Mountain pine beetle in Eastern Washington Elaine Oneil PhD. Rural Technology Initiative College of Forest Resources Climate Impacts Group.
Forest Insects Over 636,000 species known. Two types of development: Complete and incomplete. Complete has 4 life stages: egg, larva, pupa and adult. Incomplete.
Protecting Natural Resources in the West Ellen Porter Air Resources Division – National Park Service WRAP IOC Meeting, Denver, CO.
 Discuss silvicultural principles related to restoration/fuels treatments  Compare conditions from the 1900 Cheesman Lake reconstruction to current.
Areas Forest Management in British Columbia Parks and Protected Areas Presented by: Lyle Gawalko Forest Ecosystem Officer Ministry of Environment Parks.
Restoration of Compartment 46 to promote oak-hickory regeneration, shortleaf pine and native grasses in Sewanee, TN Johnson Jeffers and colleagues in FORS.
Fire – Climate Relations in the Western Sierra Nevada Tom Swetnam & Chris Baisan.
UPPER MONUMENT CREEK LANDSCAPE RESTORATION Allan Hahn – District Ranger Mike Picard – ID Team Leader.
Fire Prevention as a GHG Mitigation Strategy Presented by Robert Beach, RTI International Brent Sohngen, The Ohio State University Presented at Forestry.
4 Forest Restoration Initiative Overview of Vegetation Data, Modeling and Strategies Used to Develop the Proposed Action Neil McCusker Silviculturist 4FRI.
Fengyou Jia, Ph. D. Research Assistant Professor Department of Entomology Kansas State University Manhattan, KS
Clearwater Basin Collaborative Restoring America’s Forests Oct. 3-5, 2011, Truckee, CA Photo: William H. Mullins Kelly Creek CBC Landscape Assessment Preliminary.
The Setting Inventories of forest lands in the U.S. have been done by different agencies: –National Forests inventoried by the NFS in the 1990s –Private.
DISTURBANCE AND SUCCESSION IN SIERRAN FORESTS. disturbance- an event that clears away vegetation, opens up space and resources, e.g. fire, hurricane,
Vermont’s Future Forests Sandy Wilmot Forests, Parks & Recreation.
By: Sammie Keitlen and Brandon Johnson. 1 year life cycle Late Summer: Adults leave dead trees -Seek out new trees -Beetles mate -Form a tunnel under.
Thinning mixed-species stands of Douglas-fir and western hemlock in the presence of Swiss needle cast Junhui Zhao, Douglas A. Maguire, Douglas B. Mainwaring,
Conifer Mortality Estimates Using Forest Inventory and Analysis’s Annual Inventory System Michael T. Thompson Forest Inventory and Analysis Interior West.
Impact of Climate Change on Western Forests Mortality and Distribution Changes.
Assessing pine bark beetle mortality in Southern CA Forests Presented by California Department of Forestry Mark Rosenberg Rich Walker Bill Stewart Visit.
Carbon Sequestration and Fire Risk in a East-Side Pine Forest Martin Ritchie Research Forester Pacific Southwest Research Station.
m | °C | Oak (Quercus kelloggii) woodlands with pine, annual grasses and native grasses and forbs 513 mm precipitation per year, predominantly.
Forest insects and pathogens: ecology and management
“Burn Baby Burn!”.  Evidence of forest fires dates back 350 million years ago  It is a natural phenomenon  Initially, lightning was the sole cause.
Condition of Forests in San Diego County: Recent Conifer Tree Mortality and the Institutional Response Presented by California Department of Forestry Mark.
SIMulating Patterns and Processes at Landscape scaLEs HISTORIC RANGE of VARIABILITY.
Subalpine Forests. *Flagged trees-trees sculpted by predominant winds.
Fairy Lake Rx Burn Monitoring Stated objectives:  Mimic light to moderate ground fire  To minimize the mortality of mature whitebark pine (
Forest Health Southern Interior Region KootenaysKamloopsCariboo Lorraine MacLauchlanForest Entomologist - Kamloops Leo RankinForest Entomologist – Williams.
Kendra G. Schotzko & Stephen P. Cook 19 September 2014 University of Idaho Moscow, Idaho Mountain Pine Beetle Impacts on Whitebark Pine: Mortality and.
Wesley Nettleton Entomologist Forest Health Protection USDA Forest Service.
Defining Hazard & Risk for Land Use Planning Xavier Anderson, New Mexico State Forestry Joy Esparsen, New Mexico Association of Counties.
Forest Management Service Center Providing Biometric Services to the National Forest System Program Emphasis: We provide products and technical support.
Boreal Forest Degradation (Pine Beetle)
Tree Mortality in California’s Sierra Nevada Mountains
(Part 3) Climate change, forests and fire in the Sierra Nevada, California: implications for current and future resource management Hugh Safford Regional.
2011 Season Highlights James Kruse USDA Forest Service
Tree health and forest management - A practitioners perspective.
Climate Change in the Mountains
SCALE Sierra-to-California All-Lands Enhancement
U.S. Bark Beetle Outbreaks
Clear Creek / Robie Creek
Mountain Pine Beetle and Climate Change in British Columbia
Funding: National Park Service, U.S.G.S.
Density matters – forest thinning treatments reduce drought stress and tree mortality in the Sierra Nevada Christina Restaino, UC Davis Becky Estes, Shana.
Individual Snag Detection
Effects of Ozone on Forests
What does that look like?
Forest Resources and Their Uses
Rancheria Forest Restoration Project
Forestry Clipboard Tables
Poster Session: 260, 3:05 PM  on Monday, 7/29/2019, 
Angela Gee, US Forest Service July 22, 2019
Presentation transcript:

Sheri Smith Regional Entomologist Update on Forest Pests

Overlooked? Noticed!

2003 San Bernardino NF ~3.5 million trees killed 39% mortality of white fir 23% mortality of pines (Walker et al. 2005)

February 2003

February 2003

Tree Health Increased moisture stress = reduced photosynthesis = reduced growth and defenses = increase susceptibility to bark beetle attacks Drought thresholds for Jeffrey pine and ponderosa pine 80% of normal precipitation = chronic moisture stress 60% of normal precipitation = acute moisture stress Moisture stress can make trees more vulnerable to freeze injury. Increased injury from disease infections.

Bark Beetles Primary tree killers in CA Jeffrey pine beetle Mountain pine beetle Western pine beetle Fir engraver beetle Fir engraver beetle

Survey Highlights Over 45 million acres flown in CA ~3 million acres of forested lands with elevated levels of tree mortality (~900,000 acres in 2014) ~33 million acres of forested land, ~10% affected ~29 million dead trees detected (~3.3 million in 2014) pines, fir, incense cedar, Douglas-fir, oaks

Increases in whitebark pine mortality on the Klamath NF Increases in ponderosa pine mortality on the Shasta-T and Mendocino NFs (wpb/ips) Increases in pine mortality at lower elevation, west side locations on the Plumas, Lassen and Tahoe, NFs Increase in pine mortality on the Doublehead and Devil’s Garden RDs, Modoc NF Higher levels of white fir mortality on the Lassen and Modoc NFs More mortality is previous fires (Chips; Barry Point)

Stanislaus and Eldorado NFs Ponderosa pine is increasing but not yet to the levels detected on the Sierra and Sequoia NFs. Group kills of pines (50 trees +) in mature pine plantations/dry foothill sites ~ <5000 ft. elevation. Sugar and ponderosa pines of all sizes in moderately burned areas in the Rim Fire (2013) have been attacked and killed by bark beetles. Several communities and public utility companies (Groveland, Twain Harte, Pinecrest, Arnold, Hathaway Pines, Dorrington, Amador, Pioneer, and others) are removing hazard trees.

Sierra NF Plot inventories (High Sierra RD) 49% of ponderosa pine forests have >50% mortality 17% mortality in mixed conifer/pine types High losses of overstory trees 51% pp; 27% wf; 17% sp ~30% additional mortality in the Aspen (2013) and French (2014) fires. Source: Ramiro Rojas <5,000 ft. elevation – highest levels of mortality Mariposa and surrounding communities – over 50% of ponderosa pines are dead - trending to 75% and higher.

Dead trees across the Dinkey CFLR > 15” is ~1 million. Approximately 60% of all measured sugar and ponderosa pines over >15” DBH are dead. Dead trees across the Dinkey CFLR > 15” is ~1 million. >50% dead in pine type = ~7,500 acres (CFLR) >50% dead in Sierra mix conifer type = ~6,100 acres Dead trees across the Sierra NF > 15” DBH ~ 8 million. ~1/3 of the pine and mixed pine and fir have >50% mortality across the forest. More than 340 million board feet dead in the Dinkey CFLR and more than 1 billion board feet across the Forest. Based on 258 plots within the CLFR – Ramiro Rojas

Bass Lake (w/i boundary of Sierra NF) high levels of mortality of overstory pines in campgrounds and in communities around the lake.

pine mortality, lower elevations, Sequoia NF colors enhanced to improve distinction between green and dead trees

Pinehurst, CA (western edge of the Sequoia NF)

Sequoia NF Piute and Greenhorn Mtns – CA flatheaded borers and pine engraver beetles are killing Jeffrey pines (some JPB). MPB is killing large groups of mature sugar pines (RTB also). Mortality of incense cedar has increased – large groups are dead on hillsides, in campground and along roads.

Jeffrey pine mortality, Los Padres NF

pinyon pine mortality, north of Mt. Pinos, Los Padres NF

Los Angeles RD, Angeles NF

Ground Surveys - preliminary results Bark beetle species Tree count California fivespined ips 1,522 Western pine beetle 583 Fir engraver 68 Jeffrey pine beetle 50 Pinyon ips 11 Orthtomicus sabinana 4 Bark beetle species surveyed: 6 species identified Mean percent tree mortality in stands with injury 44% of the stand density killed 49% of the stand basal area killed Tom Coleman, unpublished

Others <5,000 ft. elevation – many oaks (blue, interior, canyon live oak) showing drought stress Early leaf drop Branch dieback incense cedars are shedding older needles manzanita and white thorn are dying knobcone pine – large natural stands killed by pine engraver beetles gray pine mortality has been increasing for several years. white fir mortality not as high as expected (yet). pinyon pine – large scale die-offs (Inyo, Sequoia, LP) See poster for other updates on invasive agents (SOD, GSOB, etc.).

KEY POINTS Native bark beetles are a major cause of tree mortality in California. When, where, and the extent to which mortality occurs is influenced by forest stand conditions and weather patterns. ~ 29 million dead trees were detected this year. Governor Brown has declared a state of emergency associated with bark beetle activity and dead trees. High levels of tree mortality are occurring in mature trees. Hazard tree abatement activities are being planned and are ongoing in many locations. Elevated levels of tree mortality from bark beetles should be expected for several more years. Land managers are encouraged to limit the build-up of green slash or smaller diameter green trees in harvesting areas to lower the likelihood of pine engraver beetles killing residual standing trees. Extreme caution should be taken during prescribed fire treatments to greatly limit fire-injury on desired residual trees. High value trees in campgrounds (and known rust-resistance sugar pine trees, etc.) should be monitored closely for bark beetle activity and may require preventive treatments. Fire-injured trees in recently burned areas are at a higher risk of mortality than would be expected under more normal precipitation conditions. Changes to fuels and fuel loading - needle retention times, etc. – More information is available for specific areas of interest.

http://www.fs.usda.gov/main/r5/forest-grasslandhealth http://foresthealth.fs.usda.gov/fhas

Acknowledgements Forest Health Protection Entomologists and Pathologists Jeff Moore, Aerial Survey Program Manager Ramiro Rojas – District Silviculturist, High Sierra RD, Sierra NF Contractors - Amy Jirka, Loren McAffee and Adam Ellis Plane and Pilots – Susanville Aviation, Steve Datema, George Mahon, John Litton Other Surveyors – Zachary Heath R6, Kathleen Mathews and Chad Nelson R4 CALFIRE Forest Health Specialists USDA is an equal opportunity employer and provider.