Sedimentation. G.5.22.1. Construction at Carolina North shall comply with applicable soil and erosion control regulationsmeasures and State oversight. The University shall incorporate erosion and sediment control measures for all land-disturbing activities and all individual construction projects at Carolina North shall include erosion sedimentation control measures. The University shall be responsible for implementing erosion sedimentation control measures for all land disturbingdisturbance projects.
Sedimentation. Medium Increased sedimentation from land-based sources threatens the coastal environment through smothering coral reefs, mangroves and seagrass beds. While important nutrient inflows come from this source, increased erosion through poor land-use practices in the river catchments can lead to habitat destruction. This is likely to increase with predicted increase in the number and intensity of rainfall events. Catchment management and the link between practices inland and coastal areas needs to be recognised and joint management implemented between stakeholders.
Sedimentation. The process which operates at or near the surfaces of the ground, to deposit soil, debris and other materials either on other ground surfaces or in water channels. Storm Drainage Design Standards: The manual of design, performance, and review standards for stormwater management, prepared under the direction of the County Engineer.
Sedimentation. 2.31 Spoil sites: Permanent spoil storage sites shall not be located within 150-feet of a stream, where spoil can be washed back into the stream, or where it will cover aquatic Notification #1600-2014-0214-R5 Streambed Alteration Agreement Page 10 of 17 or riparian vegetation.
Sedimentation a) Erosion and Sediment Control: Construction at the Property shall comply with applicable soil and erosion control regulations of North Carolina Department of Environmental Quality.
Sedimentation. Draft Standard:
Sedimentation. 5) Bank erosion (erosion and bare areas should be backfilled with topsoil, compacted, and re‐seeded)
Sedimentation. Water Quality (WQ) WQ-1Construction/Excavation; WQ-3 Turbidity, Contaminated Sediment, and Tidal Exchange; WQ-4 Petroleum/Chromium Contamination,
Sedimentation. [OBEY CREEK: This section is under review by the Town Attorney and staff to revise as necessary.] Neighboring Lands, Compatibility, Buffers. [OBEY CREEK: This section is under review by the Town Attorney and staff to revise as necessary.] Noise. [OBEY CREEK: This section is under review by the Town Attorney and staff to revise as necessary.]
Sedimentation. Yes No Yes No 21. Erosion. Yes No Yes No OTHER OBSERVATIONS: COMMENTS: APPENDIX F - ELEMENTS OF A MONITORING PLAN AND REPORT INTRODUCTION A monitoring plan for a Candidate Wetland Compens ation Bank Site (Candidate WCB Site) will contain all or some of the elements listed below. The contents of the monitoring plan may vary depending on the goals and objectives, and the characteristics of a particular Candidate WCB Site. It will be prepared by a qualified wetland professional. Monitoring plans will be capable of generating data that allows investigators to best measure the site characteristics of a WCB Site and evaluate if it meets it s goals and objectives. Individualized monitoring plans will reference or describe methods and procedures for sampling, sample analysis, and data analysis. Monitoring plans should provide the following general information: justification for the time and frequency of monitoring. • Persons or organizations responsible for monitoring. • Persons or organizations responsible for performing and overseeing corrective actions. • Time between completion of the project and the start of monitoring. • Reference site establishment (Xxxxxxx, M.E., X.X. Xxxxxx, X.X. Xxxx, X.X. Xxxxxxx, A.D. Xxxxxxx and X.X. Xxxxxxx 1992). Data generation methods will be standardized between sites and years. The WSDOT Guide for Wetland Mitigation Project Monitoring, Operational Draft (Xxxxxx and Xxxxxxx 1989) and An Approach to Improving Decision Making in Wetland Restoration and Creation (Kentula, M.E., X.X. Xxxxxx, X.X. Xxxx, X.X. Xxxxxxx, A.D. Xxxxxxx and X.X. Xxxxxxx 1992) will be used to establish data collection, evaluation, and presentation methods. References are provided for select parameters. The data generated during each stage of monit oring will be hierarchical to facilitate comparative evaluations over time and among similar sites (Kentula, M.E., X.X. Xxxxxx, X.X. Xxxx, X.X. Xxxxxxx, A.D. Xxxxxxx and X.X. Xxxxxxx 1992). Data generated during an evaluation of as-built conditions will be the basis for both Phase I and Phase II monitoring. Schedules for Phase I and Phase II monitoring are described below. DOCUMENTATION OF AS-BUILT CONDITIONS Sufficient information should be generated to assess compliance with permit conditions and project goals and objectives, and to provide a baseline for future evaluations.
