Conduct comprehensive ecological assessments with minimal disturbance. Our high-resolution 64MP visual and thermal imaging capabilities allow for accurate species counts, behavioral observation, and habitat use mapping for sensitive or elusive fauna. This efficient, non-invasive method provides the robust data needed for population trend analysis, mitigation planning, and long-term biodiversity studies, saving significant time and resources compared to traditional methods.

Establish a definitive baseline and track ecological changes over time. Using RTK/PPK-enabled drones for centimeter-level accuracy, we create detailed orthomosaic maps and highly textured 3D models of wetlands, forests, and restoration sites. This survey-grade data is essential for calculating area extents, monitoring erosion, documenting vegetative growth, and quantifying habitat loss or recovery, providing undeniable evidence for project reporting and grant compliance.

Gain a comprehensive view of aquatic health and land-water interactions. Our specialized sensors capture data for tracking algal blooms, identifying sediment plumes, and mapping drainage patterns. By autonomously covering large or inaccessible shorelines and water bodies, we deliver the spatial context that isolated water samples cannot, enabling more effective watershed management, pollution source identification, and restoration project planning.

Uncover critical insights invisible to the naked eye. Our FLIR Boson+ thermal camera, operated by certified thermographers, detects minute temperature variations to locate groundwater discharges, map thermal refuges for aquatic species, and identify sub-surface moisture or leaks in containment systems. This technology is a powerful tool for environmental impact assessments, compliance audits, and enhancing the scientific depth of your studies.