The vendor required to provide restoration planning and implementation software must be adaptable for use with linear features, with a particular emphasis on legacy seismic lines.
- Automation of Planning and Analysis
• Develop automated tools to generate preliminary reforestation prescriptions and cost estimates for seismic lines using existing data (ecosite, vegetation, and others) and new data when available.
• Needs the ability to be modified to reflect learnings and incorporation of new data.
• Report generation of planned and completed activities.
• Serves as a centralized dashboard for tracking and storing both planned and completed treatment activities for legacy seismic restoration.
• Implement automated seed zone determination and seed stock adequacy analysis.
o Including the ability to track seed stock and seedling orders and delivery
• Identify relevant stakeholders being impacted by treatment activities (e.g. trappers, tenure holders, disposition holders).
o Enables tracking, submission, and secure storage of all communications with such stakeholders.
• Enables map creation through a mapping tool with customizable templates for generating maps from CHPR related spatial data, while enabling integration of additional geospatial datasets.
• Project implementation package templates for quick package creation.
• Supports both user-directed and automated creation of CHRP compartments units for legacy seismic line restoration, enabling users to identify optimal access pathways for project planning and treatment delivery.
• Provide complete project budgeting, including:
o Tracking funding (source, amount, and use restrictions)
o Estimating planting costs for any given user-defined treatment compartment
o Delivering project budgets for sharing with contractors and funders
o Tracking project costs
o Comparing actual expenditures with projected expenditures
- Data Management
• Direct integration of field data to minimize manual entry of data.
• This can be a mobile version of the proposed platform and the ability to connect to existing field collection tools.
• Provide quality control services for all incoming spatial data deliverables, including:
o Data integrity (i.e., the data is not corrupted, mis projected, or for the wrong area)
o Data cleanliness (data has the correct naming and value schemes), and
o Logical consistency (prescriptions match, to a reasonable degree, the known physical properties of their locations)
• Deliver a centralized location to store and manage all data.
• Built-in map viewing feature that enables users to visualize spatial data.
- Program Tracking and Reporting
• Track, manage and report on all activities associated with the CHRP program from planning to completion including, but not limited to:
o Tracking seedling orders, funding allocations, grants and contracts, projects completed and planned.
o Provide progress reports on legacy seismic lines planned or treated, planted trees to date, and program milestones achieved
o Visualize the planting and monitoring schedule for each compartment, and find areas of spatial and temporal proximity to allow for planning efficient monitoring programs
• Produce annual work plans based on past and present activities
• Produce customized reports on any aspect of the program – finance, sylviculture, or procurement of seeds and seedlings
- User Access
• Configure secure, role-based access for 6-10 internal staff users.
• Provide a contractor facing portal for to allow 20-30 external users to submit and manage their data.
- Training, Support and Maintenance
• Deliver training sessions and onboarding materials for internal staff and contractors.
• Provide ongoing technical support, system maintenance, and software updates.
• Offer continuous improvement services to ensure the system evolves with program needs.
- Proponent Information Session Date: December 17, 2025
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