Applications for projects on federal land are often submitted before there is a complete understanding of how the land and its governing conditions will affect the outcome.
This reflects how the permitting system is structured. Developers identify a site, form an initial concept, and submit an application with the expectation that the review process will surface the constraints, requirements, and conditions that determine whether the project can proceed. As explored in Why Permitting on Federal Land Is Structurally Complex, the process was built around layered, sequential evaluation across disciplines rather than a single integrated assessment.
The application is not the result of a fully reconstructed understanding of the land. It is the starting point for building that understanding.
Agencies receive those applications under similar conditions. At intake, there is rarely a complete, assembled view of how land use plans, existing rights, environmental considerations, and procedural requirements apply to the specific project footprint. That understanding is developed during review.
The process responsible for evaluating the project is therefore also responsible for determining what the project actually is in relation to the land.
Alignment is not a matter of coordination between stakeholders. It is the result of a shared understanding of how a project interacts with the land and the regulatory structure that governs it.
For a project on federal land, that understanding must account for multiple categories of constraint and requirement.
The project footprint may fall within a grazing allotment, which introduces coordination with a permittee, requires formal notification procedures, and can affect both timing and project design. The land may be governed by a Resource Management Plan allocation that allows certain uses, restricts others, or directs development toward specific areas. The site may intersect special designations such as Areas of Critical Environmental Concern, wilderness study areas, or lands with wilderness character, each of which carries its own management direction and limitations.
Existing rights must also be considered. Rights-of-way, mineral estates, claims, and legacy authorizations can constrain the available footprint or introduce additional coordination requirements. Legislative actions, including withdrawals or designated corridors, may prohibit or limit specific types of infrastructure. Land tenure conditions, including disposal nominations or municipal reservations, can further affect what is possible.
Environmental and resource considerations add another layer of complexity. Biological resources may trigger habitat analysis or seasonal survey requirements. Cultural resources may require inventories and consultation. Hydrological conditions may affect design or require additional studies. Soils, geology, recreation use, visual resources, and other factors each introduce their own requirements and constraints.
These factors are not evaluated by a single individual. Agencies do not have a complete understanding of all of these conditions at intake. The knowledge is distributed across disciplines, and the project must be evaluated through each of those perspectives before the full set of implications becomes clear. This distribution of knowledge and responsibility is part of the institutional burden described in The Burden We Don’t See: What Agencies Actually Face in Permitting.
Alignment exists when that combined understanding exists. Under the current system, it is produced through the process rather than established before it.
The information needed to understand a project already exists, but it is not organized in a way that allows it to be applied immediately.
It exists in land use plans, Resource Management Plans, and planning decisions that define allowable uses and conditions. It exists in federal regulations, manuals, handbooks, and Instruction Memorandums that govern how those plans are interpreted. It exists in geospatial datasets that identify designations, resources, and existing rights. It exists in internal records and in the experience of agency staff.
These sources do not function as a single system. They are distributed across documents, databases, and teams. Geospatial layers show where features exist, but they do not convey how those features affect a project. Policies describe rules, but they are not directly connected to the spatial data they govern. As discussed in What a Modern Permitting System Should Actually Look Like, most systems today provide informational context rather than performing the work required to apply that context to a project.
As a result, the project environment must be reconstructed.
This reconstruction occurs during review. A realty specialist identifies land status and existing rights and evaluates consistency with land use plans based on what they know must be considered. A planner examines how the project aligns with broader planning decisions. Resource specialists evaluate environmental and cultural factors. Additional issues are introduced as they are identified.
This work is not performed in a single step. It is carried out across disciplines and over time. Each discipline contributes its portion of the analysis, and the overall understanding of the project develops incrementally.
Because the reconstruction is staged, early interpretations are provisional. As new information is introduced, earlier assumptions may need to be revised. A constraint identified later in the process can require adjustments to decisions made earlier, including site layout, design, or scheduling.
Pre-submission engagement is often intended to provide early clarity, but it does not establish alignment in the sense described above.
These meetings are designed to orient applicants to the process. They outline application requirements, identify likely studies, and provide general guidance based on experience. They may highlight obvious issues or suggest areas that require attention.
They do not involve a complete reconstruction of the project environment.
Agencies do not typically assemble all relevant land use conditions, existing rights, special designations, resource constraints, and procedural requirements for a specific project footprint during pre-submission discussions. Doing so would require the same type of multi-disciplinary analysis that occurs during formal review, drawing from fragmented data sources, plans, policies, and internal knowledge.
Because the system does not support immediate integration of these inputs, the deeper analytical work is deferred. This reflects a broader issue in how the process is structured, where critical information is introduced after key decisions have already been made, a dynamic explored in The Sequence Problem: Why Order of Operations Matters More Than Speed.
The applicant leaves with a clearer understanding of process, but not necessarily a complete understanding of how the project will be evaluated. The agency has provided guidance, but has not yet reconstructed the full set of conditions that will affect the project.
Under the current structure, the determination of whether a project is viable occurs during permitting rather than before it.
This determination is not made at a single point. It is the result of multiple evaluations conducted over time. Each discipline contributes information, and the project is adjusted as necessary to account for what is identified.
The effect is that a fundamental question—whether the project works on the land in question—is answered gradually, often after significant effort has already been invested.
Developers may commit resources to site selection, engineering, and early design without a complete understanding of constraints. Agencies may devote staff time to reviewing applications that require substantial revision once all relevant conditions are identified.
The issue is not only that the process takes time. It is that the timing of this determination introduces avoidable inefficiency, where risk is identified after it has already been embedded into the project.
If the reconstruction of the project environment were to occur before an application is submitted, the sequence of decisions would change.
Developers would evaluate sites with a more complete understanding of applicable constraints. Decisions about whether to proceed would be based on a clearer assessment of feasibility. Early design would reflect the conditions that govern the project, reducing the need for later adjustments.
Agencies would receive applications with a more complete context. Review would begin from a position in which the relevant constraints have already been identified and considered. Staff effort could be directed toward evaluation and authorization rather than assembling baseline understanding.
This does not remove complexity. It changes when that complexity is addressed.
Achieving this shift requires changes in how information is structured and applied.
The information needed to understand a project must be organized in a way that allows it to be evaluated collectively rather than sequentially. Geospatial data must be linked to the rules and conditions that govern it. Plans and policies must be connected to the locations where they apply. Systems must be capable of translating a project footprint into a clear set of implications without requiring manual reconstruction across multiple sources.
Without this, the system remains dependent on discipline-by-discipline review to assemble the project environment.
The current model places the responsibility for reconstructing the project environment within the permitting process.
This reflects the constraints under which the system developed, when information was fragmented and sequential review was necessary.
If the relevant information can be reconstructed earlier, permitting does not need to serve as the mechanism for determining whether a project is viable. It can serve as the process through which a project, already understood in relation to the land, is evaluated and authorized.
This distinction affects how time is spent, how risk is managed, and how predictable outcomes are for both developers and agencies.
