Optimize every forest planning decision, from strategy to execution.

Model scenarios across decades. Rapidly evaluate and replan as conditions change. See trade-offs before you commit.

THE VALUE OF OPTIMIZATION MODELLING

Align long-range strategy with operational reality

Strategic planning answers the big questions: what to harvest, when, and in what sequence — balancing timber supply, carbon, and certification goals across decades.

Tactical planning turns strategy into action: log allocation, road maintenance priorities, and expected haul flows from forest to mill.

Remsoft Planning & Optimization connects both in a single model, using prescriptive analytics to go beyond forecasting and recommend what to do.

We selected Remsoft because of their expertise, our history of successful collaborations, and the ability to integrate this optimization solution with other projects we’ve worked on together.”

Martin Arocena
Forest Planning Manager, Montes del Plata, Uruguay

Benefits

Why switch from reactive planning to optimized decisions?

Without Optimization:

Plans are built around fixed assumptions
Changing conditions require manual rework
Trade-offs are discovered after decisions are made
Teams rely on spreadsheets and disconnected tools
It’s difficult to explain why a plan is the best choice
Scenario analysis is slow and limited
Data and planning models drift out of sync
Planning focuses on forecasts, not decisions

With Optimization:

Quickly evaluate thousands of possible strategies
Quickly test how changes affect your entire plan
See trade-offs between volume, carbon, cost, and constraints
Work from a single integrated planning model
Produce audit‑ready, defensible plans
Compare scenarios before committing
Inventory, operations, and planning - connected
Get recommended actions, not just projections

Planning That Connects Strategy to Execution

Remsoft Planning & Optimization uses prescriptive analytics to transform complex data into actionable decisions. Not just reports, not just predictions but optimized strategies that show what to do next. From daily fibre flow to long-term strategy, make every planning decision with confidence.

Strategic Modelling

Model forest strategy across multiple decades or rotations. Evaluate scenarios for timber supply, biodiversity, carbon, and revenue. See how today's decisions shape long-term outcomes.

Tactical Modelling

Turn long-term strategy into operational plans. Optimize block selection, road timing, and crew deployment. Build annual plans that are realistic and aligned with strategic objectives.

Risk & Uncertainty Modelling

Incorporate wildfire risk, pest outbreaks, weather variability, and market volatility into planning scenarios. Test your strategy's resilience under different conditions.

Sales & Operations Planning

Connect resource availability, product demand, and mill capacity. Optimize fibre flow, reduce transportation costs, and improve delivery reliability with plans that adapt as conditions change.

Sustainability

Model carbon sequestration, storage, and emissions alongside timber supply. Evaluate climate outcomes while meeting timber and operational objectives. Generate projections for carbon registries and ESG reporting.

Optimization for Lifecycle Forestry Planning

Woodstock Optimization Studio

Engineered specifically for forest planning, with native support for spatial constraints, long-term forest dynamics, and multi-period optimization across decades.

What it does:
Turn complex forest inventory data into optimized planning scenarios. Evaluate alternatives, quantify trade-offs, and guide decisions across harvest, silviculture, conservation, and supply planning.

Need better data to plan with?

Successful plans are built on insightful data. From LiDAR-enhanced inventory to field data collection and certification tracking, Remsoft FMS gives organizations the foundation they need to deliver accurate, defensible schedules.

Frequently Asked Questions

What is forest planning optimization software?

Forest planning optimization software uses mathematical models to evaluate many possible management strategies and identify the best plan for your objectives and constraints. Instead of manually building schedules in spreadsheets, optimization tools analyze thousands of alternatives across multi-decade planning horizons.

This allows planners to balance timber supply, sustainability goals, operational constraints, and financial outcomes while understanding the trade-offs between them. Optimization software can also model spatial and time-based constraints, test multiple scenarios, and quickly update plans when conditions change.

What are prescriptive analytics in forestry?

Prescriptive analytics in forestry uses mathematical optimization to recommend the best course of action, not just predict what might happen. Instead of only forecasting outcomes, prescriptive models evaluate thousands of possible management strategies against your objectives and constraints.

This allows planners to identify plans that best balance timber supply, sustainability goals, operational limits, and financial performance while clearly showing the trade-offs between different choices.

How does scenario modelling work in forest planning?

Scenario modelling in forest planning allows planners to test different assumptions and compare the results before committing to a plan. For example, planners can explore how changes in wildfire risk, market conditions, regulations, growth rates, or management strategies affect long-term outcomes.

Optimization tools like Woodstock allow planners to run multiple scenarios from the same model, compare results side by side, and understand the trade-offs between objectives such as timber supply, sustainability goals, and financial performance.

What is the difference between strategic and tactical forest planning?

Strategic forest planning focuses on long-term decisions, typically across 20–100+ years. These plans determine sustainable harvest levels, land allocation, conservation areas, and long-term management strategies.

Tactical forest planning focuses on near-term execution, usually over the next 1–5 years. It translates strategy into operational plans, such as which areas to harvest, road access timing, and resource deployment.

Effective forest management connects both horizons — tactical plans should implement and stay aligned with long-term strategic objectives.

How do you build a defensible harvest schedule?

A defensible forest plan is one supported by reliable data, clearly documented assumptions, and explicit management constraints. To build one, planners need accurate forest inventory data, well-defined management objectives, and clearly specified constraints such as spatial rules, ecological thresholds, operational limits, and financial targets.

Optimization models make these assumptions and constraints explicit and reproducible. This allows planners to explain how a plan satisfies sustainability requirements and operational limits, and to demonstrate that alternative strategies were evaluated before selecting the final plan. Certification bodies (FSC, SFI, PEFC), regulators, and stakeholders increasingly expect this level of transparency.

Ready to plan with confidence?

See how Remsoft helps you optimize harvest decisions, reduce risk, and prove sustainable forest management.