Afforestation & land rehabilitation

The landform left after mining, surface and soil conditions, vegetation and surrounding natural environment are examined. Appropriate intervention areas and an implementation approach are identified to revegetate the site and improve its land functions. The rehabilitation project presents site-specific technical decisions on land shaping, species selection, maintenance and monitoring.

Site conditions, soil and terrain, suitable species and the production approach are assessed for the area intended for biomass production. Technical decisions on establishment, tending and the production cycle are developed for those planning woody biomass production for energy. The project shows a suitable site layout and implementation steps, addressing production targets and maintenance needs together.

The degraded forest area's existing tree structure, openings, natural regeneration and growing conditions are examined. Needs for supporting natural development, tending or supplementary establishment work are identified to strengthen the forest structure. The rehabilitation and improvement project defines intervention areas and suitable practices, creating a technical work programme for improving the site.

The soil, climate, topography and existing vegetation of the area intended for a forest ecosystem are examined. A planting, site preparation and tending approach is developed with regard to relationships between species and their growing environment. Beyond individual planting operations, the plan and project provide a technical framework explaining the measures and spatial arrangements that will guide the area's ecological development.

Current use, sections to be closed and the site's intended subsequent condition are examined where an activity is planned to end in stages. Closure operations are coordinated with land reshaping and vegetation improvement needs according to site characteristics. By showing which tasks are to be carried out in each section and in what order, the plan creates a traceable and technically coherent closure programme.

Existing vegetation, coppice regrowth and the productive potential of the growing conditions are assessed in degraded coppice areas. An approach to tending, renewal and site preparation is developed around the objective of producing wood for energy. The establishment project provides a technical roadmap for production work by identifying interventions and their locations while taking the existing forest structure into account.

Soil, slope, climate and existing vegetation are assessed on the proposed private afforestation site to identify options suited to its growing conditions. Tree species selection, site preparation, planting layout and tending arrangements are developed alongside the intended land-use objective. The project identifies planting areas and technical works, providing a structured approach to establishing new tree cover.

Existing project decisions are compared with current site conditions to identify practices that need to change. Species and planting arrangements for afforestation, protective measures for erosion control, and improvements to existing vegetation for forest restoration are considered within their respective objectives. The revision incorporates the necessary changes into maps and project explanations to produce an updated technical project suitable for implementation.

Existing vegetation, surface runoff and areas vulnerable to soil loss are examined to identify improvement needs. Appropriate site measures are planned to enhance existing vegetation through forest restoration and to protect soil through erosion control. The implementation project defines the fieldwork by showing interventions for both objectives, their locations and the relevant technical explanations.

Terrain, vegetation and growing conditions are examined in areas that have not previously undergone a site potential assessment. Sections suitable for the intended purpose and site characteristics affecting the assessment are identified and mapped. The report explains the technical reasoning behind these findings, providing a site assessment that forms a basis for subsequent afforestation or improvement project decisions.

Existing vegetation, terrain conditions and areas requiring improvement are assessed on sites in need of rehabilitation. Suitable interventions are designed after clarifying the regulation applicable to the application and the scope of work under the referenced Articles 12 and 13. The technical deliverable is a rehabilitation project showing the proposed site improvements, their locations and the reasons for selecting them.

The existing rehabilitation project is reviewed against site changes and needs that have emerged during implementation. Improvement methods, intervention areas and working arrangements requiring updates are identified with their technical justification. The revised project connects the original objective with current site conditions and incorporates changed practices into maps and explanations, supporting subsequent work under the updated conditions.

The width, soil characteristics and relationship to surrounding uses of the proposed field-edge or roadside planting strip are assessed. Tree species, planting distances and tending arrangements are planned according to the area's function and transport or agricultural needs. The project shows the linear planting layout and provides technical descriptions of the planting sections and initial tending work.

Vegetation, fuel structure, terrain characteristics and continuity within the forest are assessed from a fire perspective. Tree species selection, stand arrangements and vegetation management measures are planned with the aim of improving fire resilience. The project provides technical direction for establishment and tending by identifying forest design decisions and site arrangements that can contribute to reducing fire risk.