Harvest Planning: Balancing Timber Value with Forest Resilience

Timber is one of the world’s most renewable resources, but only if it’s managed wisely. Harvest planning has become more important than ever when tasked with balancing the demand for forest products and sustaining a warming planet. A solid plan not only boosts financial returns but also ensures forests remain resilient in the face of change. At American Forest Management (AFM), our Resource Planning team has significant experience balancing ecological and economic factors to ensure that timber harvests are conducted sustainably, and they have multiple tools at their disposal to advise clients, including optimization software, data management services, mobile GIS applications, and more.

What is Harvest Scheduling?

Harvest scheduling is the process of determining when, where, and how timber will be harvested from a forest to meet management objectives. Our Resource Planning team uses linear programming software to determine the optimal harvest schedule for a forest. Most often, the primary objective of the linear programming models is to maximize Net Present Value (NPV), which selects the best series of decisions for the best financial outcome when factoring in future costs and revenues. Then, we have the flexibility to add various constraints to meet landowner objectives, including setting a maximum amount of acres to be harvested annually, or ensuring there are no adjacent clear cuts within the same year. This helps our team advise landowners on the optimal timeframe for harvests and reforestation.

Notably, the harvest schedule models we build are only as good as the data we have to create them. As a result, AFM works to assist landowners in acquiring forest inventory and is constantly exploring new and existing data collection technologies for harvest scheduling, such as LiDAR and Geographic Information Systems (GIS). Recent technological improvements have streamlined this process.

Tools of the Trade: How We Utilize Technology in Harvest Planning

GIS is helpful for bringing the spatial component to the harvest scheduling process. All of the data AFM uses in harvest scheduling is stored in GIS databases and used with the harvest scheduling software. Map creation is also useful when sharing results with foresters, which communicates with the operations team regarding harvest location. Mobile GIS applications also empower field staff to collect and update data on-site. At AFM, we use Remsoft’s Woodstock Optimization Studio and also have capabilities to model with Tigermoth. These optimization software programs deliver data-driven insights to our analysts. For instance, the software captures timberland valuation, strategic planning for silviculture operations, environment and policy assessment, carbon management, risk analysis, etc., tactical planning like woodflow and delivery planning, and sales and operational planning, such as harvest and crew scheduling. This software enables complex scenario modeling, balancing multiple objectives, including timber yield, carbon sequestration, and habitat protection. Access to cloud-based data management allows real-time collaboration and access to inventory and planning data. Additionally, the Resource Planning team has been piloting an ArcGIS Online web app to receive feedback from the field on the harvest schedule, which enables them to see the stands labeled for harvest and leave feedback and notes. Our robust reporting framework shows the client and operations team a stand list containing the activities, year, and volume associated with the harvest, along with financial reporting on the cash flows from the operations. Additionally, inventory, harvest, and plantation acres in the reports all show aspects of the forest under the proposed harvest schedule. This type of communication between the Resource Planning team, field foresters, and clients is invaluable. It allows us to create the best possible harvest schedule and ensure that harvest operations align with the plan and regulatory requirements. All of this communication and data serve several important functions, and their scope is wider than projecting timber values and reaching landowner goals. Protecting wildlife habitat, ensuring water quality, and reducing environmental impacts are important facets of harvest planning.

Protecting Environmental Quality

Balancing the landowner’s objectives, optimizing timber value, and protecting ecological assets requires a holistic approach.

Wildlife habitat is identified, key areas are conserved, and corridors are maintained.

• Water quality is safeguarded by implementing Best Management Practices (BMPs), such as buffer zones along streams and erosion control measures. Harvest units and road layouts are designed to minimize soil disturbance and avoid steep slopes, thus avoiding issues like erosion and stream damage. Other erosion control measures, such as water bars and sediment traps, are also implemented.
• We establish riparian buffers to protect streams and wetlands, and we schedule operations during dry periods to reduce rutting and soil compaction.
• Forest carbon management is increasingly becoming part of the harvest planning process. We report out the current carbon stock levels, and are continuing to incorporate ways to quantify carbon sequestration and reporting.

Lastly, we plan access routes to avoid sensitive areas and ensure safe, efficient timber transport. Sustainable harvest planning is an investment in future productivity and helps promote the resilience of a landowner’s forestlands.

Careful planning ensures healthy forest regeneration and growth, reduces environmental impacts by preserving water, soil, and biodiversity, enhances compliance with sustainability standards and ESG reporting, and maintains or improves land value by preventing degradation and supporting diverse land uses. Additionally, many properties AFM manages are certified through the Sustainable Forestry Initiative® (SFI®) and the Forest Stewardship Council® (FSC®). These third-party certifications ensure the highest standards of sustainability.

The Future of Harvest Planning

While no one can predict the future, we consistently see improvements in data collection and reporting. As such, we’re confident that future data collection will likely feature a greater integration of AI and machine learning, especially for predictive modeling and scenario analysis. Real-time remote sensing for monitoring forest conditions and operations will likely expand, and automated data collection will be facilitated by drones. Advancements in these areas will undoubtedly make harvest planning more adaptive, precise, and transparent, supporting both operational efficiency and sustainability.

Harvest planning is about more than scheduling when to harvest trees. It’s about shaping the future of the forest. By blending advanced technology with ecological stewardship, we can ensure that timber harvests remain both profitable and sustainable for generations to come. At AFM, we believe that wise planning today is an investment in tomorrow’s forests. If you’d like to learn more about how our Resource Planning team can help align your goals with long-term forest health, let’s start a conversation.