East Nishnabotna River Shenandoah
Invert Sampling Session #7187
Session Data
Sample Date
8/17/2015
Sampling Gear
Artificial Substrate
Lab ID Number
282059
Sample Quality
Good
Created Date
11/17/2015 1:24:04 PM
Last Update
6/14/2021 8:06:02 AM
Semi-Quantitative Sampling
Replicate Number
1
Dominant Form Periphyton
Nonfilamentous Algae
(LT- Light, MD- Moderate, MH- Moderate/Heavy, HV- Heavy)
Periphyton Growth
LT
Sedimentation/Embededness
MD
Colonization
MD
Series using this session:
Comments
No comments recorded.
Collected Benthic Macroinvertebrates
- Total taxa collected 17
- Total individuals collected 100
| Scientific Name | Order | Family | Common Name | # Collected | |
|---|---|---|---|---|---|
| Acroneuria | Plecoptera | Perlidae | Common Stoneflies | 2 | |
| Amercaenis ridens | Ephemeroptera | Caenidae | Small Squaregill Mayflies | 6 | |
| Baetidae | Ephemeroptera | Baetidae | Small Minnow Mayflies | 1 | |
| Baetis intercalaris | Ephemeroptera | Baetidae | Small Minnow Mayflies | 2 | |
| Caenidae | Ephemeroptera | Caenidae | Small Squaregill Mayflies | 1 | |
| Cheumatopsyche | Trichoptera | Hydropsychidae | Common Netspinner Caddisflies | 1 | |
| Chironomidae | Diptera | Chironomidae | Non-Biting Midges, Midges | 5 | |
| Fallceon quilleri | Ephemeroptera | Baetidae | Small Minnow Mayflies | 2 | |
| Heptagenia flavescens | Ephemeroptera | Heptageniidae | Flatheaded Mayflies | 2 | |
| Heptageniidae | Ephemeroptera | Heptageniidae | Flatheaded Mayflies | 3 | |
| Hydropsyche simulans | Trichoptera | Hydropsychidae | Common Netspinner Caddisflies | 38 | |
| Hydropsychidae | Trichoptera | Hydropsychidae | Common Netspinner Caddisflies | 18 | |
| Isonychia | Ephemeroptera | Isonychiidae | Brushlegged Mayflies | 9 | |
| Maccaffertium mexicanum | Ephemeroptera | Heptageniidae | Flatheaded Mayflies | 5 | |
| Macronychus glabratus | Coleoptera | Elmidae | Riffle Beetles | 1 | |
| Trichoptera | Trichoptera | Caddisflies | 2 | ||
| Tricorythodes | Ephemeroptera | Leptohyphidae | Little Stout Crawler Mayflies | 2 |
= Excluded from taxa count metrics