UFC 3-210-10
25 October 2004
4-3.2
Conventional Precipitation Analysis ...............................
15
4-4
STORAGE......................................................................
15
4-4.1
LID Storage Concepts ....................................................
16
4-4.2
Conventional Storage Concepts.....................................
17
4-5
INFILTRATION...............................................................
17
4-5.1
LID Infiltration Concepts .................................................
18
4-5.2
Conventional Infiltration Concepts..................................
19
4-6
EVAPOTRANSPIRATION ..............................................
19
4-6.1
LID Evapotranspiration Concepts...................................
19
4-6.2
Conventional Evaporation Concepts ..............................
19
CHAPTER 5
LID DESIGN GOALS AND OBJECTIVES
Paragraph
5-1
INTRODUCTION............................................................
20
5-2
REGULATORY AND NATURAL RESOURCE
DESIGN ISSUES .......................................................
20
5-3
FUNDAMENTAL SITE PLANNING CONCEPTS ...........
21
5-3.1
Hydrology is the Integrating Framework for the Design..
21
5-3.2
Distribute Controls Through Micromanagement .............
21
5-3.3
Stormwater is Controlled at the Source ..........................
21
5-3.4
Incorporate Non-Structural Systems ..............................
21
5-3.5
Utilize Multifunctional Landscape, Buildings and
Infrastructures ............................................................
22
5-4
LID MANAGEMENT AND DESIGN STRATEGIES ........
23
5-4.1
LID Site Planning Components ......................................
23
5-4.2
LID Design Approach .....................................................
24
5-4.3
Minimization of Development Impacts ............................
25
5-4.4
Control of Watershed Timing and Runoff Patterns .........
25
5-4.5
Use of Integrated Management Practices (IMPs)...........
26
5-4.6
Pollution Prevention .......................................................
26
5-5
DESIGN GUIDANCE AND STANDARDS ......................
27
5-5.1
Methods to Determine Effectiveness ..............................
27
5-5.2
Monitoring Strategies .....................................................
28
CHAPTER 6
DISTRIBUTED MICRO-SCALE SYSTEMS
Paragraph
6-1
INTRODUCTION............................................................
32
6-2
REPRESENTATIVE LID PRACTICES ...........................
32
6-2.1
Nutrient Processing ........................................................
33
6-2.2
Treatment Train Approach for Water Quality..................
34
6-2.3
Energy Processing .........................................................
35
6-2.4
Multifunctional Infrastructure and Buildings ....................
35
6-2.5
Ancillary Benefits............................................................
35
CHAPTER 7
COMPARISON OF LID TO CONVENTIONAL PRACTICES
Paragraph
7-1
INTRODUCTION............................................................ 36
7-2
COMPLIANCE VS. WATER RESOURCE OBJECTIVES 36
7-3
WATER QUALITY CONTROL........................................ 36
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