Water management
See the water.
Understand the system.
Field observation, defensible chemistry, mapping, practical recommendations, and implementation for lakes, reservoirs, rivers, fisheries, and irrigation systems.
Whole-system water management
A waterbody is more than a sample.
A laboratory result describes the water that entered the bottle. Good management also requires understanding where that sample came from, what the system is doing, how conditions vary across space and time, and what outcome matters.
Amaruq connects chemistry, field observation, sonar mapping, vegetation assessment, operational history, and implementation to define the right response.
From conditions to management
Measure the conditions.
Define the work.
The objective is a defensible picture of the system and a practical plan that reflects the waterbody, the management question, and the realities of implementation.
Water quality
Representative sampling, in-situ measurement, certified laboratory coordination, trend review, and clear interpretation.
Aquatic vegetation
Species, density, distribution, biovolume, nuisance conditions, habitat value, and management priorities.
Nutrient management
Phosphorus and nitrogen conditions, internal and external loading, treatment options, and measurable objectives.
Algae response
Condition assessment, bloom drivers, risk-based response, treatment planning, and follow-up monitoring.
Mapping & bathymetry
Depth, volume, vegetation, bottom conditions, treatment acreage, and repeatable spatial data.
Field implementation
Application support, treatment execution, logistics, documentation, and post-project verification.
The work starts at the water
Field observation changes the interpretation.
Sampling is most useful when it is built around the system. Location, depth, weather, flow, vegetation, infrastructure, recent treatments, and visible conditions all shape what the data means.
Continuous spatial understanding
Map what point samples miss.
Bathymetry, vegetation biovolume, bottom composition, and repeatable survey data show how conditions are distributed across the waterbody—not only where a sample was collected.
Explore BioBase mappingA disciplined management cycle
Understand. Plan. Act. Verify.
Understand
Define the management question, survey the system, collect defensible data, and establish the baseline.
Plan
Connect the conditions to objectives, constraints, treatment options, timing, logistics, and measurable outcomes.
Act
Coordinate the field response and implement the work with the same understanding used to design it.
Verify
Measure again, document change, show what worked, and define the next management step.
Fieldwork anywhere it matters
Built for the systems you manage.
The approach adapts to the waterbody while preserving the same discipline: understand the system, define the response, implement carefully, and verify the result.
Beyond the recommendation
Recommendations built to be used.
The same team that helps define the response can support or execute the work in the field. That continuity keeps the recommendation connected to the waterbody and the conditions that shaped it.
When implementation matters, the work should not lose the context that made the recommendation defensible.
Talk about your waterbody
Bring us the question.
We’ll define the work.
Tell us what you need to understand, manage, treat, restore, or prove. We will help define the field program and the response.