22.5 – Exhibit 01 Habitat Survey Stream Morphology Data Card

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R-10 AMENDMMENT 2090.21-2001-1
EFFECTIVE DATE 10/22/2001
DURATION: This amendment is effective until superseded or removed.
2090.21_20_22.54
Page 1 of 1
FSH 2090.21 – AQUATIC HABITAT MANAGMENT HANDBOOK
CHAPTER 20 – FISH AND AQUATIC STREAM HABITAT SURVEY
22.5 – Exhibit 01
Habitat Survey Stream Morphology Data Card
Date: _________________
Crew: _________________ VCU: _________
NHD Number:_____________
Stream segment length (m): _______________
HUC Region:____ Subregion:____ Basin:____ Subbasin:____ Watershed Association:____ Watershed:____ Subwatershed:____ Drainage:_____ Feature Type (Z,A,K,U,T,W,L,I) ____
ADF&G #: ______________________ Lat/Long: ______________________
Stream Name: _______________________________________________________________________
OrthoQuad:________ Resource Flight:________ Number:_______ Year:____ LLID (opt): ______ Site Photo: _______ Roll #, _______ Exp # Upstrm, _____Exp # Dwnstrm___
Current CT: ____________ Final CT: ______________
Current Stream Class: ___________________
Final Stream Class: __________
Hip chain distance _______ m
Stream Gradient: _____%
Elev. 1: _____
Distance: ______
Elev. 2: _____
Method: ______
Incision Depth m: <1 1 – 1.9 2 – 3.9 4 – 5.9 6 – 9.9 10 – 19.9 >20
Downstream Left Bank: _____
Left Side Slope Length: ______ Angle: _______ Degrees
Downstream Right Bank: _____
Right Side Slope Length: ______ Angle: _______ Degrees
Channel Pattern: (check 1)
Single: ____
Multiple: ____
Bankfull Width: _______ m Maximum Bankfull Depth (thalweg depth): ______
Velocity: _____ fps Method: float ____ meter ____ other __________________
Flood Prone Width: _______ m (at 2X Max Bankfull depth)
Channel Bed Width: _______ m
X-section measurement method: Clino: _____ Auto level: _____
Station
Distance
Stadia
1
LBPin
2
3
4
5
6
7
8
9
10
11
12
13
14
18
19
20
21
22
23
24
25
26
27
28
29
30
31
Station
Distance
Stadia
LB = left bank looking downstream. Principal points are LBPin, TLB, LBF, BLB, LEW, T, REW, BRB, RBF, TRB, RBPin, and at intervals of 20% of distance between BLB and BRB
Riparian Vegetation type:(Tier 3 and 4)
Left Bank: ______
Right Bank:______
Riparian Forest Seral Stage: (Tier 3 & 4)
Left Bank:______
Right Bank:______
Substrate (mm):
Tally:
15
16
32
33
17
34
Fish:
Fish Present (Y/N): Downstream __________ Upstream __________
Species Code: _________________________________________________
Life Stage: ____________________________________________________
% or Dominant
Substrate (mm):
Tally:
Fish Migration Barriers: Juvenile _____ Adult _____
Type: Beaver Dam ____ Debris Dam _____ Falls ____ Chute____
Culvert ____ Other ____ Ephemeral ____ Permanent ____
Falls max height: _____ m Pool max depth: ______ m
Chute/cascade gradient and distance ______ % _____ length m
Culvert perch height (above residual pool depth): _____ m
Tally:
% or Dominant
Substrate (mm):
% or Dominant
Bedrock (BR)
________
Very Coarse Gravel (VCG)
(32–64 mm):
________
Sand/Silt (SS) (< 2mm):
_____
Large/Medium Boulder
(LMB > 512 mm):
________
Coarse Gravel (CGR)
(16–32 mm):
________
Organic (ORG):
_____
Small Boulder (SB)
(256–512 mm):
________
Medium Gravel (MGR)
(8–16 mm):
________
Large Cobble (LC)
(128–256 mm):
________
Fine Gravel (FGR)
(4–8 mm):
________
Small Cobble (SC)
(64–128 mm):
________
Very Fine Gravel (VFG)
(2–4 mm):
________
For Tier 1, record substrate composition as:
Bedrock:_____ Mixed:_____ Alluvium:_____
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