1. **Main Storm Lines:** These are the primary conduits within the storm sewer system, typically consisting of underground pipes of varying sizes and materials. Main storm lines serve as the central channels through which storm water flows from its source points to outfalls.

2. **Catch Basins:** Catch Basins are a component of the storm system designed to collect and manage rainwater runoff from streets, parking lots, and other impermeable surfaces. It typically consists of a grated or open top structure connected to an underground chamber. .

3. **Manholes:** Manholes are access points strategically located along the storm network. They provide entry for maintenance crews to inspect, clean, and repair the sewer system. Manholes also serve as junctures where multiple storm lines converge.

4. **Structures:** Within the storm water system, structures refer to various components that help manage and control the flow of storm water. These may include inlets, outlets, and other infrastructure designed to facilitate efficient conveyance.

5. **Outfalls:** A stormwater outfall is a point where stormwater is discharged from a drainage system or a body of water into a receiving waterbody such as a river or pond.

6. **Other Major Components:** This category encompasses a diverse range of elements necessary for the proper functioning of the storm sewer system. It may include items like ponds, flood control, lift stations, monitoring equipment, and more, all of which contribute to the overall efficiency and reliability of the system.

7. **Flow Direction:** The dataset includes symbology to indicate the direction of stormwater flow within the storm network. Understanding flow direction is critical for system operators and maintenance personnel to ensure that stormwater moves efficiently toward outfall.

In summary, the Municipal Storm Sewer System in the City of Moorhead is a complex and essential infrastructure network designed to collect, transport, and manage stormwater. It consists of a variety of components, including main sewer lines, manholes, structures, catch basins, and other critical elements, all of which work together to safeguard public health and protect the environment by properly handling water runoff. The inclusion of flow direction symbology enhances the dataset's utility by providing valuable information for system management and maintenance.

1. **Main Storm Lines:** These are the primary conduits within the storm sewer system, typically consisting of underground pipes of varying sizes and materials. Main storm lines serve as the central channels through which storm water flows from its source points to outfalls.

2. **Catch Basins:** Catch Basins are a component of the storm system designed to collect and manage rainwater runoff from streets, parking lots, and other impermeable surfaces. It typically consists of a grated or open top structure connected to an underground chamber. .

3. **Manholes:** Manholes are access points strategically located along the storm network. They provide entry for maintenance crews to inspect, clean, and repair the sewer system. Manholes also serve as junctures where multiple storm lines converge.

4. **Structures:** Within the storm water system, structures refer to various components that help manage and control the flow of storm water. These may include inlets, outlets, and other infrastructure designed to facilitate efficient conveyance.

5. **Outfalls:** A stormwater outfall is a point where stormwater is discharged from a drainage system or a body of water into a receiving waterbody such as a river or pond.

6. **Other Major Components:** This category encompasses a diverse range of elements necessary for the proper functioning of the storm sewer system. It may include items like ponds, flood control, lift stations, monitoring equipment, and more, all of which contribute to the overall efficiency and reliability of the system.

7. **Flow Direction:** The dataset includes symbology to indicate the direction of stormwater flow within the storm network. Understanding flow direction is critical for system operators and maintenance personnel to ensure that stormwater moves efficiently toward outfall.

In summary, the Municipal Storm Sewer System in the City of Moorhead is a complex and essential infrastructure network designed to collect, transport, and manage stormwater. It consists of a variety of components, including main sewer lines, manholes, structures, catch basins, and other critical elements, all of which work together to safeguard public health and protect the environment by properly handling water runoff. The inclusion of flow direction symbology enhances the dataset's utility by providing valuable information for system management and maintenance.