Establish the ecological and environmental baseline
- Focus
- Field and spatial baseline study
- Output
- Investigation scope and evidence gaps
ECOLOGY · WATER · MARINE
Ecological surveys, bathymetry and spatial data for environmental and project decisions.
For ecology, water, marine, engineering and planning teams
PROFESSIONAL CAPABILITY
GLG · Environment & Sustainability
GLG combines survey, remote sensing and spatial analysis for baseline investigation, problem diagnosis, restoration planning and monitoring. Formal studies and reports depend on the agreed site scope and qualified specialist engagement.
Browse selected projects ↗Energy & Environment|能源與環境
Monitor, analyze, and respond to environmental and energy systems using real-time spatial data.
透過即時空間數據,監測、分析並回應能源與環境系統。
See patterns that are invisible without spatial intelligence.
看見沒有空間智能就無法理解的模式。
ENVIRONMENTAL SCENARIOS
Move from baseline studies and diagnosis to restoration, monitoring and professional delivery. Check the evidence, expected outputs and next action at each stage.
01 · BASELINE STUDY
Combine survey, remote sensing, fieldwork and existing records to define land, vegetation, water and potential pollution issues, investigation scope and data gaps.
02 · DIAGNOSIS
Review ecological degradation, pollution indicators, farmland conditions and spatial constraints. Separate verified evidence from sampling gaps and matters requiring specialist judgement.
03 · RESTORATION & MONITORING
Scope pollution remediation, farmland recovery, green infrastructure and ecological improvements against applicable controls, monitoring indicators and post-delivery verification.
04 · PROFESSIONAL DELIVERY
Formal reports, specialist studies and restoration plans depend on the site, applicable rules, sampling methods, monitoring frequency and suitably qualified professionals.
WATER & MARINE SCENARIOS
Explore bathymetry, river and shoreline boundaries, dredging surveys and governance planning. Review existing evidence, expected outputs and professional scope before proceeding.
01 · BATHYMETRY & BASELINE
Combine multibeam bathymetry, river topography and site records to scope water extent, depth variation, cross-sections and specialist survey requirements.
02 · SHORELINE & PROTECTION
Review existing surveys, shorelines, land boundaries, hydrology and applicable controls before agreeing river management boundaries and shoreline protection scope.
03 · DREDGING & UNDERWATER RISK
Use underwater terrain and cross-sections to review dredging extents and potential reef or slope hazards, then define further surveys and specialist review.
04 · GOVERNANCE & DELIVERY
Use hydrology, ecological controls, marine land use and site conditions to scope restoration planning, approval support and monitoring. Formal reports require appropriate professional engagement.
03 / 04 · SERVICES & OUTPUTS
Scope ecological investigation, remote sensing, resource assessment and bathymetry. River boundaries, dredging and governance require professional scope review.

Review community sites, greenery, public facilities and environmental evidence to identify gaps.
Explore solution→Confirm carbon boundaries, activity data and calculation methods before defining an estimate or report.
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Agree aerial capture, orthophotos and 3D modelling scope for the ecological project.
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Define UAV patrol, location evidence, monitoring records and human review for the site.
Explore solution→Professional service pathways
These descriptions clarify service scope, not statutory approvals or professional opinions.
Scope site investigations, pollution evidence, sampling, environmental monitoring, restoration planning and outcome assessment.
An online precheck is not a statutory impact assessment, restoration acceptance or certified monitoring report; jurisdictional qualifications require review.