JAIME BARROS DA SILVA FILHO

Jaime Barros da Silva Filho specializes in ecological restoration and forest genetics research, with a focus on developing cost-efficient reforestation techniques through the propagation of native conifer species. Their technical expertise centers on rooted cutting trials for sugar pine and ponderosa pine, applying dendrological and silvicultural methods to enhance genetic viability and survival rates in reforestation programs. This work involves controlled nursery environments, root development monitoring, and field establishment protocols aimed at improving long-term forest resilience. The contractor’s unique capability lies in optimizing vegetative propagation as an alternative to seed-based planting, reducing time-to-establishment and increasing success rates in degraded or fire-impacted landscapes. The contractor has delivered services under the U.S. Department of Agriculture, specifically supporting forest health and conservation initiatives through research-driven reforestation. Their engagement reflects a focused partnership with USDA agencies engaged in forest genetics, native species restoration, and land management science, indicating a niche alignment with federal efforts to combat forest decline through biological innovation. Their primary industry focus is within NAICS 813312, which encompasses environmental conservation and wildlife organizations engaged in scientific research and ecological restoration. This positions the contractor as a specialized provider of applied silvicultural research, serving public land management goals through evidence-based propagation techniques. They operate at the intersection of botany, forestry science, and conservation biology, filling a critical gap in scalable, genetically informed reforestation. As a sole proprietorship structured as a 2J entity, the contractor operates independently from a base in Riverside, California. While no formal government certifications are held, their work demonstrates direct alignment with USDA’s mission to advance sustainable forest management through technical innovation. Their geographic presence supports West Coast ecological priorities, particularly in addressing conifer species decline across federal forest lands.