Selenium Fish Tissue Testing

Selenium Fish Tissue Testing collections are conducted by Biological Systems Consultants to help our clients comply with NPDES/KPDES permits issued by the Kentucky Division of Water (KDOW) or the EPA. Following the standard operating procedures (SOP) for selenium fish tissue sampling set forth by KDOW/EPA we maintain scientific collectors permits and provide field personnel with extensive experience identifying the target species as required by the protocol. These are very time sensitive events so keep this in mind as soon as you find out you need a sampling event conducted. We collect samples and deliver to labs that are approved to run the EPA Method 200.8 sample methodology. We strive to collect and get samples analyzed by the lab in a cost effective and timely manner.

Many NPDES Permits now contain a Selenium Fish Tissue sampling trigger for collection of fish and application of EPA Method 200.8. This method identifies the amount of Selenium accumulated in the tissue of certain fish species. This methodology is outlined in the Methods for the Collection of Selenium Residue in Fish Tissue Used to Determine KPDES Permit Compliance SOP manual published by the Commonwealth of Kentucky Energy and Environment Cabinet, Department for Environmental Protection, Division of Water (KDOW, 2014).

Biological Systems Consultants’ selenium fish tissue survey and NPDES compliance team is equipped to take on all of your NPDES compliance needs. Our staff is fully permitted and qualified to conduct surveys in multiple states. If you have any questions about your Section 402 NPDES Selenium Fish compliance or have been requested to address selenium fish tissue sampling on your project for any reason Contact us or request a quote today. Our fish tissue collection team strives to be cost effective and project oriented to ensure our clients receive the attention they need for each project. This often entails following on-site safety protocols beyond that required by the State or Federal Regulations. NPDES permit projects are complicated in nature and have many different project requirements. Our NPDES staff can help with any project.

See additional services here.

Selenium Fish Tissue
Fish Tissue Sampling Collection

Kentucky Stream Restoration

Kentucky Stream Restoration

Stream mitigation including stream restoration design and construction monitoring services. Whether it is a baseline study or full stream restoration design plan our team regularly performs these tasks to help our clients meet their project goals. Using Rosgen and standard survey trained stream restoration specialists, Biological Systems Consultants provides their clients with longitudinal profiles, profile and dimension information (plan-views, cross-sections), pebble counts, and complete Rosgen stream assessments. Using existing stream conditions or reference streams, Biological Systems Consultants provides detailed stream channel information for these types of projects. See additional services here.

Stream Restoration
Stream Restoration Site

Stream Restoration Kentucky

Stream Restoration Kentucky

This stream restoration in Harlan County, Kentucky was completely restored post-mining and has now been restored to its natural profile, pattern, and dimension using natural stream design techniques. Biological Systems Consultants has been monitoring this site for four years and is planning to request mitigation release of liability after this year because the permittee has met the conditions of the permit. Contact us or request a quote today. See additional services here.

Kentucky Stream Restoration and Mitigation
Stream Restoration Site

Jurisdictional Determination – Harlan County

Jurisdictional Determinations are conducted by BSC personnel in support of the requirements of Section 404 of the Clean Water Act (CWA) to identify “waters of the U.S.” as identified by the United States Army Corps of Engineers (USACE). Field surveys for the determination were conducted in accordance with the 1987 USACE Wetlands Delineation Manual (USACE, 1987) and the Final Regional Supplement for the Piedmont and Eastern Mountains Region (USACE, 2012). BSC investigators also evaluate the potential for federal jurisdiction under Section 404 of the CWA over aquatic features in the study area based on USACE revised guidance published December 2, 2008.

Kentucky contains seven Level III ecoregions. These ecoregions were defined by similarities in geology, physiography, vegetation, climate, soils, land use, wildlife, and hydrology. The proposed project area is located within the Central Appalachians ecoregion (69) which drains 23,698 square miles. Specifically, the project is within the Level IV ecoregion 69e (Cumberland Mountain Thrust Block) which encompasses 1,083 square miles. The topography in this area is characterized as highly dissected, hilly and mountainous plateau with steep ridges, very narrow ridge tops, narrow valleys, and deep coves. 69e contains elevations ranging from approximately 980’- 4,139’ in Kentucky and contains streams with high gradients, waterfalls, many riffles, few pools, and cobble or boulder substrates (Woods et al., 2002).

 

Section 404 CWA Jurisdicitonal Determination
Jurisdictional Determination

Selenium Fish Tissue Sampling

Selenium fish tissue sampling is required for exceedances of many NPDES/KPDES permit limitations. The results must be submitted on the next months DMR so depending on the sampling dates this typically reduces the available sampling time to a short period after the exceedance is determined to when the sample can be collected.

Selenium Fish Tissue Kentucky KY
Selenium Fish Tissue Sampling

Many Kentucky KPDES Permits now contain a Selenium Fish Tissue sampling trigger for collection of fish and application of EPA Method 200.8. This method identifies the amount of Selenium accumulated in the tissue of certain fish species. This methodology is outlined in the Methods for the Collection of Selenium Residue in Fish Tissue Used to Determine KPDES Permit Compliance SOP manual published by the Commonwealth of Kentucky Energy and Environment Cabinet, Department for Environmental Protection, Division of Water (KDOW, 2014). Contact us today for a quote.

Macroinvertebrate Analysis & Identification

Benthic Macroinvertebrate Collection and Analysis

Macroinvertebrate Analysis & Identification

Order: Ephemeroptera

Family: Ephemeridae

Genus: Ephemera

Total Number of Species: 6 (1 recently extinct)

Habitat: Lotic & Lentic Systems – Depositional Areas, consisting of sand and gravel

Habit: Burrowers

Trophic Relationships: Collectors; Predators; Filterers

North American Distribution: Widespread

 

 

Macroinvertebrate Analysis Identification

Specimen taken from an aquatic macroinvertebrate sample conducted in Bell County, Kentucky during baseline studies for an individual KPDES/NPDES permit.

 

 Contact us today or request a quote for your project.

 

Reference

Merritt, R. W., K. W. Cummins, and M. B. Berg (eds). 2008. An Introduction to the Aquatic Insects of North America (4th ed.). Kendall/Hunt Publ. Co., Dubuque, IA 1158 pp

Spring Mitigation Monitoring

Spring mitigation monitoring has begun. This stream restoration site was permitted under the Clean Water Act using a Nationwide Permit. Natural stream design techniques were applied using a combination of Rosgen and standard survey practices using a reference reach. The restoration project has been successful in restoring fish and macroinvertebrate habitat, and has also been successful in the physical restoration of a more natural pattern, profile, plan-view and dimension. The macroinverebrate communities are highly diverse and minnows were found just below this area.

 

Stream Restoration Plan
Restored Stream Reach

 

Bioassessment
Minnow caught in net during macroinverebrate survey in restored stream channel.

 

 

 

Stream Mitigation

Stream Restoration
Stream Restoration

Stream mitigation including stream restoration design and construction monitoring services. Whether it is a baseline study or full stream restoration design plan our team regularly performs these tasks to help our clients meet their project goals. Using Rosgen and standard survey trained stream restoration specialists, we provide our clients with longitudinal profiles, plan-views, cross-sections, pebble counts, and Rosgen stream assessments. Using existing stream conditions or reference streams, we are able to provide detailed stream channel information for these types of projects.

Using our EcoDrones (UAV, sUAS, drones) we can assist in stream or wetland mitigation or bond releases or pre, post, and during construction monitoring, baseline assessments by providing video, still images, or 3D modeling of sites. Capturing low-elevation data we can create or provide highly accurate DEM (digital elevation models or elevation point clouds) data to our clients to work with. This technology allows us to capture millions of points, exponentially greater than traditional survey methods. This method is also safer than putting a traditional airplane into the sky. Using the latest available technology we aim to save our clients time and money in the field and in the office and can deploy EcoDrones very quickly to complete projects.