Biological Surveys
BSAP conducts surveys of plants, animals, and habitats to document biodiversity, guide conservation, and support data-driven environmental decisions. Our work spans aquatic, terrestrial, and wetland systems, combining standardized field protocols with rigorous data management and analysis.
Through comprehensive site assessments, BSAP biologists collect baseline ecological data that inform restoration, land management, regulatory review, and research projects. These surveys form the foundation for understanding population trends, habitat quality, and the distribution of rare, sensitive, and invasive species.
Our Capabilities
Aquatic Surveys
Fish, mussel, crayfish, and aquatic invertebrate sampling to assess community composition, habitat integrity, and water quality.
Botanical Surveys
Floristic inventories and vegetation assessments documenting native, rare, and invasive plant species across a range of habitats.
Terrestrial Surveys
Targeted inventories for mammals, birds, reptiles, amphibians, and invertebrates to evaluate species occurrence and habitat use.
Methods and Approach
BSAP integrates field data collection with GIS mapping, remote sensing, and spatial modeling to produce accurate, defensible ecological information. Together, these approaches provide a framework for analyzing spatial relationships among habitats, species, and environmental factors.
Our multidisciplinary team includes specialists in aquatic ecology, botany, wildlife biology, herpetology, mammalogy, ornithology, invertebrate ecology, and crayfish biology. This range of expertise allows BSAP to address complex ecological questions and provide a holistic view of site conditions.
Outcomes
The information gathered through BSAP surveys supports:
- Habitat restoration and management planning
- Species conservation and recovery efforts
- Environmental review and regulatory compliance
- Research on biodiversity trends and ecosystem health
By providing reliable biological data, BSAP helps partners, agencies, and land managers make informed decisions that balance development, management, and conservation priorities across ecosystems.