Sustainable Land Use Planning Training Course

Participants can define a planning area and prepare a structured baseline diagnosis.

• Planning boundary selection using functional, ecological and administrative criteria
• Baseline profiles covering population, livelihoods, infrastructure and service access
• Land-use change trends derived from maps, imagery and records
• Problem trees distinguishing symptoms, drivers and underlying land pressures
• Data quality checks for dates, sources, scales and missing values
• Baseline assumptions documented for later scenario comparison

Participants can identify physical land characteristics that constrain or support proposed uses.

• Land systems mapped through geology, soils, terrain and drainage
• Slope classes applied to cultivation, roads and settlement suitability
• Soil depth, texture and fertility interpreted for agricultural potential
• Erosion hazard assessment using slope, cover and runoff factors
• Floodplain delineation using historical inundation and elevation evidence
• Carrying capacity limits for fragile soils and steep landscapes

Participants can incorporate water availability, catchment functions and downstream impacts into land-use choices.

• Watershed boundaries and drainage networks interpreted from contour data
• Water balance components: rainfall, infiltration, runoff and evapotranspiration
• Riparian buffers sized according to watercourse sensitivity and use
• Upstream land conversion effects on sedimentation and water quality
• Groundwater recharge areas protected through compatible land uses
• Catchment management measures linked to downstream water users

Participants can identify ecological assets and integrate ecosystem-service priorities into spatial plans.

• Critical habitats identified through species, ecosystems and connectivity evidence
• Ecosystem service mapping for water, carbon, food and protection
• Ecological corridors designed between fragmented habitat patches
• Restoration priorities ranked by degradation, feasibility and community benefits
• The mitigation hierarchy applied to habitat conversion proposals
• Protected-area buffers aligned with conservation objectives and local livelihoods

Participants can screen climate hazards and build resilience measures into land-use proposals.

• Climate hazard profiles covering floods, droughts, heat and wildfire
• Exposure mapping for settlements, farms, infrastructure and ecosystems
• Vulnerability assessment combining sensitivity, adaptive capacity and asset condition
• No-build zones established for high-risk flood and erosion areas
• Nature-based solutions selected for heat, runoff and coastal protection
• Adaptation pathways linked to trigger points and future uncertainty

Participants can assess land-rights arrangements and identify governance risks affecting plan implementation.

• Formal, customary and informal tenure systems compared systematically
• Bundle of rights analysis: access, use, exclusion and transfer
• Cadastral records checked against occupation, claims and local evidence
• Gendered land rights considered during consultation and allocation
• Land conflict mapping identifies claims, interests and dispute triggers
• Governance roles assigned across national, local and customary institutions

Participants can design an inclusive engagement process for contested land-use decisions.

• Stakeholder mapping distinguishes rights-holders, duty-bearers and interested parties
• Power-interest matrices guide engagement intensity and communication channels
• Free, prior and informed consent principles for affected Indigenous peoples
• Participatory mapping captures local land uses, values and hazards
• Consultation records separate concerns, commitments and unresolved issues
• Grievance mechanisms define intake, investigation, response and escalation procedures

Participants can specify spatial data requirements and interpret maps used in planning decisions.

• Coordinate reference systems selected before combining spatial datasets
• Vector and raster data matched to planning questions
• Map scale and resolution limits checked before interpretation
• Attribute tables cleaned using consistent classes, codes and metadata
• Thematic maps communicate constraints, opportunities and proposed land allocations
• Metadata records source, date, accuracy, ownership and access restrictions

Participants can classify land capability and identify uses compatible with physical limitations.

• Land capability classes distinguish permanent limits from manageable constraints
• Capability subclasses record erosion, wetness, soil and climate limitations
• Physical limitations matched to appropriate agricultural and non-agricultural uses
• Conservation farming requirements identified for erosion-prone cultivation land
• Irrigation suitability screened for drainage, salinity and water availability
• Capability maps translated into clear planning constraints and guidance

Participants can conduct a transparent land suitability assessment for specified land uses.

• FAO land evaluation principles frame suitability assessment steps
• Land-use requirements defined for crops, housing, industry and conservation
• Suitability factors scored using thresholds, ratings and exclusion criteria
• Limiting-factor analysis identifies conditions reducing land-use performance
• Weighted overlay models combine biophysical, access and social criteria
• Suitability classes documented with assumptions, evidence and uncertainty

Participants can estimate future land demands and test the assumptions behind growth projections.

• Population projections translated into housing, service and employment land demand
• Agricultural land requirements estimated from yields, diets and market access
• Infrastructure corridors assessed for right-of-way and induced development effects
• Industrial site demand screened for transport, utilities and buffer needs
• Tourism and recreation demand assessed against carrying capacity limits
• Demand assumptions stress-tested under alternative growth and policy conditions

Participants can construct and compare realistic land-use scenarios using agreed decision criteria.

• Business-as-usual scenarios project current trends and planned commitments
• Alternative scenarios allocate land under different policy priorities
• Multi-criteria decision analysis compares options using weighted indicators
• Trade-off matrices show gains, losses, risks and affected groups
• Cumulative impact assessment tests combined effects of multiple developments
• Sensitivity analysis tests results against changed weights and assumptions

Participants can draft zoning logic and development controls for a sustainable land-use plan.

• Zoning districts define permitted, conditional and prohibited land uses
• Overlay zones manage flood risk, heritage, biodiversity and hazards
• Development density standards align growth with infrastructure capacity
• Setbacks, buffers and plot coverage controls protect sensitive areas
• Transferable development rights direct growth away from restricted land
• Zoning maps linked clearly to written regulations and approvals

Participants can align land-use planning with environmental and social assessment requirements.

• Strategic environmental assessment examines plan-level alternatives and cumulative effects
• Environmental and social impact assessment differs from strategic assessment
• Screening criteria identify projects requiring detailed impact studies
• Mitigation measures follow avoidance, minimisation, restoration and compensation sequence
• Environmental and social management plans assign controls and responsibilities
• Safeguard commitments integrated into zoning, phasing and implementation plans

Participants can protect productive agricultural land while planning sustainable rural development.

• Prime agricultural land identified using capability, productivity and irrigation evidence
• Land fragmentation effects assessed for farm viability and access
• Agroecological zoning matches crops and practices to land conditions
• Conservation agriculture reduces erosion, moisture loss and soil disturbance
• Agroforestry systems combine production, carbon storage and biodiversity benefits
• Rural service centres planned around markets, roads and storage facilities

Participants can plan urban growth while reducing land conversion, infrastructure costs and hazard exposure.

• Urban growth boundaries contain dispersed settlement and speculative conversion
• Infill development capacity assessed before outward urban expansion
• Transit-oriented development aligns density with public transport investment
• Peri-urban agriculture protected through zoning and market-access measures
• Informal settlements assessed for tenure, services, hazards and upgrading options
• Green infrastructure networks manage heat, runoff and public open space

Participants can prepare implementation arrangements that convert land-use plans into managed action.

• Implementation roadmaps sequence actions, dependencies, owners and deadlines
• Institutional capacity assessments identify staffing, authority and coordination gaps
• Capital investment plans connect land allocations with infrastructure budgets
• Land value capture mechanisms fund infrastructure benefiting development areas
• Public-private partnership risks allocated through clear contractual responsibilities
• Enforcement protocols address unauthorised development and non-compliant land use

Participants can design indicators and review processes for adaptive land-use plan management.

• Results frameworks connect planning actions to measurable land outcomes
• Indicators track land conversion, habitat condition, tenure and service access
• Baseline values, targets and reporting frequencies specified for indicators
• Remote sensing supports periodic monitoring of land-cover change
• Compliance audits test adherence to zoning and mitigation commitments
• Plan review triggers respond to monitoring evidence and changed conditions

Participants can present planning evidence, alternatives and recommendations to different decision audiences.

• Map layouts designed for technical review, public meetings and executive decisions
• Planning narratives explain evidence, choices, trade-offs and intended outcomes
• Decision briefs distinguish recommendations, uncertainties and required approvals
• Risk registers record land-related threats, controls, owners and residual exposure
• Public consultation materials use accessible language and locally relevant visuals
• Approval pathways mapped across statutory, financial and community decision points

Participants can build, review and present a complete sustainable land-use plan for a defined planning area.

• Planning area baseline consolidates biophysical, social, tenure and economic evidence
• Suitability model identifies constraints, opportunities and priority land allocations
• Stakeholder analysis records interests, rights, influence and engagement commitments
• Scenario comparison justifies selected land-use strategy and key trade-offs
• Zoning framework specifies districts, overlays, controls and implementation priorities
• Monitoring scorecard and action plan support accountable plan delivery