-
Harris, Morgan
-
Located in
Expertise Search
-
HBSQT Field Data Input Form (excel)
-
Excel document that mirrors the field datasheets for data input. Gray cells in this document are calculations that will give you field values for the HBSQT Spreadsheet.
Located in
Workspace
/
Hellbender SQT Materials
-
Riparian Forest Buffer - CPS 391
-
An area predominantly trees and/or shrubs located adjacent to and up-gradient from watercourses or water bodies.
Located in
Information Materials
/
NRCS Conservation Practices & Materials
/
Conservation Practices
-
Stream Habitat Improvement and Management - CPS 395
-
Maintain, improve or restore physical, chemical and biological functions of a stream, and its associated riparian zone, necessary for meeting the life history requirements of desired aquatic species.
Located in
Information Materials
/
NRCS Conservation Practices & Materials
/
Conservation Practices
-
Streambank and Shoreline Protection - CPS 580
-
Treatment(s) used to stabilize and protect banks of streams or constructed channels, and shorelines of lakes, reservoirs, or estuaries.
Located in
Information Materials
/
NRCS Conservation Practices & Materials
/
Conservation Practices
-
Watering Facility - CPS 614
-
A watering facility is a means of providing drinking water to livestock or wildlife.
Located in
Information Materials
/
NRCS Conservation Practices & Materials
/
Conservation Practices
-
Fence - CPS 382
-
This practice facilitates the accomplishment of conservation objectives by providing a means to control movement of animals and people, including vehicles.
Located in
Information Materials
/
NRCS Conservation Practices & Materials
/
Conservation Practices
-
Fence Job Sheet
-
NC Fence Job Sheet Installation Instructions
Located in
Information Materials
/
NRCS Conservation Practices & Materials
/
Job Sheets
-
Riparian Forest Buffer
-
Buffers are applied on stable areas adjacent to permanent or intermittent streams, rivers, lakes, ponds, and wetlands that flood or pond.
Located in
Information Materials
/
NRCS Conservation Practices & Materials
/
Job Sheets
-
Improving the Utility of Artificial Shelters for Monitoring Eastern Hellbender Salamanders (Cryptobranchus alleganienses alleganiensis)
-
Artificial shelters show great promise as novel, non-invasive tools for studying
hellbenders, but their use thus far has faced several challenges. During initial trials in multiple
river networks, artificial shelters routinely became blocked by sediment and dislodged during
high stream discharge events, and were rarely used by hellbenders. We sought to determine
whether these complications could be overcome via alternative shelter design, placement, and
maintenance. Between 2013 and 2018, we deployed 438 artificial shelters of two different
designs across ten stream reaches and three rivers in the upper Tennessee River Basin. We
assessed evidence for several hypotheses, postulating broadly that the availability, stability, and
use of artificial shelters by hellbenders would depend on how shelters were constructed,
deployed, and/or maintained. We found that maintaining shelters at least once every 40 days
limited sediment blockage, and building ~ 40 kg shelters with 3-4 cm thick walls and recessed
lids improved their stability during high discharge events. Additionally, we found that
hellbenders most frequently occupied and nested in artificial shelters when they were deployed
in deeper (~50+ cm) portions of reaches with high adult hellbender densities. Our results suggest
that artificial shelters can serve as effective tools for studying hellbenders when designed,
deployed, and maintained with these advancements, but also highlight some limitations of their
use.
Located in
Research
/
Artificial Nest Box Research