Interdisciplinary Environmental Science for Ecological Preservation
Otak’s accomplished scientists and engineers specialize in ecology, wetland science, water quality, geology, wildlife biology, fluvial geomorphology, botany, aquatic biology, and fisheries. In order to protect, enhance, and preserve natural resources and endangered species’ habitats for posterity, we prepare technical reports documenting environmental baseline conditions, satisfying all regulatory permitting requirements.
Hydrologic Analysis
Otak analyzes the hydrologic status of proposed sites by determining the drainage rate of watersheds, telling us exactly how rainfall is conserved. We focus on the intensity and duration of weather patterns and their effect on watershed size and moisture level, illuminating the hydrologic cycle and its impact on atmospheric conditions. We then determine the environmental status of project sites and the potential impact on habitats and localities’ water supply.
Hydraulic Modeling
Communities have embraced a new era of urbanism through integrating residential and commercial structures. Otak creates vibrant, inclusive commonwealths with progressive design and responsible growth, and we are experts at dealing with complexity. Engaging both stakeholders and the public to meet the goals of our clients and the community, we seek to support aspirations of the modern-day village square.
Biology
Diverse biology maintains healthy ecosystems, so Otak emphasizes compliance with the Endangered Species Act, not only to protect the species themselves but also to protect their larger habitats. When Otak designs and implements planning, we strive to conserve and recover endangered species and ecosystems. To do so, we map and delineate wetlands and rivers to assess and protect aquatic ecosystems, and we ensure compliance with NEPA and SEPA regulations.
Geomorphology
When planning, Otak analyzes geomorphology to combat potential waterway shifts. Our scientists evaluate channel evolution and trajectory (water’s movement over time) by examining existing river, stream, channel, bank, and floodplain conditions, allowing us to plan for long-term use. Using GIS, historical aerial imagery, field observations, and numerical modeling to quantity hydraulics, we determine risk to infrastructure and property by detecting geomorphic hazards, like erosion and flooding.