Social and Ecological Resiliency Across the Landscape (SERAL)
Active
State & LocalContract Overview
Solicitation details, issuing organization, response deadlines, documents, and interested companies for this government contract opportunity.
General Info
Agency
California → Tuolumne County
NAICS
N/A
Place of Performance
Sonora, CA, 95370Set-Aside
NONE
Documents
(1)AI Contract Breakdown
Uniform Contract FormatWhat is UCF?
Uniform Contract Format (UCF) uses AI to break down any contract into standardized sections—scope, pricing, deliverables, and evaluation criteria.
Timeline
Organization & Contact Information
Show more
AgencyCalifornia → Tuolumne County
Contacts1 person available
OfficeN/A
Organization / Agency
California → Tuolumne County
Office AddressN/A
Contacts
Full Description
Show more
The SERAL project is federal project addressing fuel reduction on public and private
lands in Tuolumne County. The private lands within the approximately 118,000 acre
project area will be surveyed prior to fuel reduction activities by contractors who will
work to restore forest resilience and sequester greenhouse gases within the Tuolumne and Stanislaus River Watersheds. Contractors will execute the project by using mechanical thinning, mastication, hand work, chipping, prescribed fire, and biomass utilization processes, along with reforestation in certain areas as necessary.
Contractors will work in distinct project areas with a specific scope of work that includes the best management practices for that area. Project areas will be treated
simultaneously over a five-year period. Some treatment areas will be visible from public right of ways, however there are no designated scenic highways/roads within
Tuolumne County. Biological and cultural resource surveys will be conducted prior to
project implementation on each area and sensitive areas, such as streams or wetlands, will be flagged for avoidance by contractors completing the fuel reduction work. The purpose of the project is to reduce accumulated fuels and shift vegetation structure and composition in the forest to improve alignment with their natural range in variation (NVR). A forested landscape aligned with its NRV is more resilient to many potential disturbances, such as large-scale high severity fire, insects, disease, drought, and climate change.
