-------
Cinygmula tarda (McDunnough)
Parameters References
Notes
EC
D*
,
•H
14 4J
U C
3 41
2
1
C
10 (A
W U
14 -H
o
CM
o
1
n
i* v
<0 U
O- 3
§"
H
1
3 x
& U
1- 1-1
3
F-t
iJ
C
U
^i
^
D
U
^H 4J
0! <0
H 4J
(U T-l
C J3
01 a
U 33
U
•^ 4J
iw M
•H 4J
O -H
4) 45
o. to
in x
1 U
^< U
01 C
E= 0)
U 60
t>0
-H
TJ
(U
01
b
i-l C
rt o
O -H
£ 3
nj «H
Ui M
00 4J
O) -H
O O
Acidobiontic
Acidophilous
Neutral
Alkaliphilous
Alkalibiontic
Indifferent
Eutrophic
Me so trophic
Oligotrophic
Dystrophic
Sajirophilic
Facultative
Saproxenous
Saprophobic
Euoxyphilous
Mesoxyphilous
Oligoxyphilous
Euthermal
Mesothermal
Oligothermal
Stenothermal
Metathermal
Eurythermal
Eulichtophilous
Mesolichtophilous
Polylichtophilous
Oligolichtophilous
Limnobiontic
Limnophilous
Indifferent
Rheophilous
Rheobiontic
Lake
Pond
River
Stream
Other
Eplbenthic
Embenthic
Epipelic
Episabulic
Epilithic
Epixylous
Epiphytic
Winter
Spring
Summer
Autumn
Predator
Herbivore
Omnivore
Scavenger
Region I
Region II
Region III
Region IV
Region V
Region VI
Region VI. I
Region VIII
Region IX
Region X
Region XI
Region XII
CO
.-i
X
X
X
X
-------
Cloeodes consignatus Traver
Parameters
References
Notes
33
a
— *
i
•H
M <->
4-1 C
3 a)
z
1
rt »
00 u
M -r)
o
CM
o
1
nj
U (U
0) U
a 3
B "
,
.£3 4-1
H -H
3
H
4J
C
(1)
M
Li
3
U
rH iJ
« «
Vj 4J
a) -f-i
C A
01 a
O K
o
•H 4J
n) -H
VJ M
00 4J
o w
4) 'H
e> o
Acidobiontic
Acidophilous
Neutral
Alkaliphilous
Alkalibiontic
Indifferent
Eutrophic
Meso trophic
Oligotrophic
Dystrophic
Saprophilic
Facultative
Saproxenous
Saprophobic
Euoxyphilous
Mesoxyphilous
Oligoxyphilous
Euthermal
Mesothermal
01 igo thermal
Stenothermal
Metathermal
Eurythermal
Eulichtophilous
Mesolichtophilous
Polylichtophilous
Oligolichtophilous
Limnobiontic
Limnophilous
Indifferent
Rheophilous
Rheobiontic
Lake
Pond
River
Stream
Other
Epibenthic
Embenthic
Epipelic
Episabulic
Epilithic
Epixylous
Epiphytic
Winter
Spring
Summer
Autumn
Predator
Herbivore
Omnivore
Scavenger
Region I
Region II
Region III
Region IV
Region V
Region VI
Region VII
Region VIII
Region IX
Region X
Region XI
Region XII
Us
00
rH
X
X
X
(189) Puerto Rico
169
-------
Cloeodes maculipes Traver
Parameters References
Notes
S
PL
1
•H
}j 4J
U C
3 (U
23
I
C
C!] tf)
00 U
M >H
O
EM
O
1
tfl
Jj 0)
(U V
a. a
§u
H
1
13
"1 >,
J3 U
M -H
£
U
C
0)
Lt
Li
3
U
M U
o) n
u u
0) -H
C J3
01 nj
O K
0
•H U
^ nl
•H 4J
O -H
(U JD
cx ni
w z
1 CU
|J U
OJ C
B 01
bj 00
00
•H
(U
a)
[X
-1 C
U -H
.C 3
n -H
00 t-i
0) -H
O o
Ac idobiontic
Acidophllous
Neutral
Alkaliphilous
Alkalibiontic
Indifferent
Eutrophic
Mesotrophic
Oligotrophic
Dystrophic
Saprophilic
Facultative
Saproxenous
Saprophobic
Euoxyphilous
Mesoxyphilous
Oligoxyphilous
Euthermal
Mesothermal
Oligothermal
Stenothermal
Metathermal
Eurythermal
Eulichtophilous
Mesolichtophilous
Polylichtqphilous
Oligolichtophilous
Limnobiontic
Limnophilous
Indifferent
Rheophilous
Rheobiontic
Lake
Pond
River
Stream
Other
Epibenthic
Embenthic
Epipelic
Episabulic
Epilithic
Epixylous
Epiphytic
Winter
Spring
Summer
Autumn
Predator
Herbivore
Omnivore
Scavenger
Region I
Region II
Region T 1 1
Region IV
Region V
Region VI
Region VTT
Region VIII
Region IX
Region X
Region XI
Region XII
o\
CO
.-t
X
X
X
(189) Puerto Rico
170
-------
Cloeon implicating McDunnough
Parameters References
Notes
a
o.
Nutri-
ent
I
c
o> m
00 O
H -rl
O
rg
O
Tempera-
ture
lurbid-
ity
Current
General
Habitat
Specific
Habitat
Emer-
gence
Feeding
1 Geographical
Distribution
Acidobiontic
Acidophilous
Neutral
Alkalipjiilous
Alkalibiontic
Indifferent
Eutrophic
Mesotrophic
Oligotrophic
Dystrophic
Saprophilic
Facultative
Saproxenous
Saprqphobic
Euoxyphilous
Mesoxyphilous
Oligoxyphilous
Euthermal
Meso thermal
Oligothermal
Stenothermal
Metathermal
Eurythermal
Eulichtophilous
Mesolichtophilous
Polylichtophilous
Oligolichtophilous
Limnobiontic
Limnophilous
Indifferent
Rheophilous
Rheobiontic
Lake
Pond
River
Stream
Other
Epibenthic
Embenthic
Epipelic
Episabulic
Epilithic
Epixylous
Epiphytic
Winter
Spring
Summer
Autumn
Predator
Herbivore
Omnivore
Scavenger
Region I
Region II
Region III
Region IV
Region V
Region VI
Region VII
Region VIII
Region IX
Region X
Region XI
Region XII
m
.H
X
Y
X
X
-
171
-------
Cloeon Ingens McDunnough
Parameters References
Notes
35
P.
Nutri-
ent
i
c
nj U)
60 O
Jj -r-l
O
CM
O
Tempera-
ture
Turbid-
ity
Current
General
Habitat
Specific
Habitat
Emer-
gence
Feeding
Geographical
Distribution
Ac idobiontic
Acidophilous
Neutral
Alkaliphilous
Alkalibiontic
Indifferent
Eutrophic
Mesotrophic
Oligotrophic
Dystrophic
Saprophilic
Facultative
Saproxenous
Saprophobic
Euoxyphilous
Mesoxyphilous
Oligoxyphilous
Euthermal
Mesothermal
Oligothermal
Steno thermal
Metathermal
Eurythermal
Eulichtophilous
Mesolichtophilous
Polylichtophilous
Oligolichtophilous
Limnobiontic
Limnophilous
Indifferent
Rheophilous
Rheobiontic
Lake
Pond
River
Stream
Other
Epibenthic
Embenthic
Epipelic
Episabulic
Epilithic
Epixylous
Epiphytic
Winter
Spring
Summer
Au t umn
Predator
Herbivore
Omnivore
Scavenger
Region I
Region II
Region III
Region IV
Region V
Region VI
Region VTI
Region VIII
Region IX
Region X
Region XI
Region XII
m
m
H
X
X
'
-
—
—
-
—
—
-
-
172
-------
Cloeon mendax (Walsh)
Parameters
References
Noles
P3
0.
1
•H
U 4J
u a
3 a)
•x.
I
c
nj 01
00 O
U -rl
O
c\l
O
1
«
U 0)
0) l-i
0. 3
H
1
3>,
.0 4J
J-l -rl
a
n
4J
a
W ffl
•H 4J
O -H
ai .a
d «
io s:
1 0
n u
o) c
£ Q)
U 00
00
c
•H
•o
01
01
h
•H C
a a
O VH
•^ u
.C 3
a. .a
nj -r-t
VJ lJ
00 L)
o w
V -H
O O
Ac i dab font ic
Acidophilous
Neutral
Alkaliphilous
Alkalibiontic
Indifferent
Eutrophic
Mesotrophic
Oligotrophic
Dys trophic
Saprophilic
Facultative
Saproxenous
Saprophobic
Euoxyphilous
Mesoxyphilous
Oligoxyphilous
Euthermal
Mesothermal
Oligothermal
Stenothermal
Metathermal
Eurythermal
Eulichtophilous
Mesolichtophilous
Polylichtophilous
Oligolichtophilous
Limnobiontic
Limnophilous
Indifferent
Rheophilous
Rheobiontic
Lake
Pond
River
Stream
Other
Epibenthic
Embenthic
Epipelic
Episabulic
Epilithic
Epixylous
Epiphytic
Winter
Spring
Summer
Autumn
Predator
Herbivore
Omnivore
Scavenger
Region I
Region TI
Rejjion 111
Region IV
Region V
Region VI
Region VIT
Reg i on V 1 II
Region JX
Region X
Region XJ
Region XII
f>
CM
H
X
X
X
X
00
vO
r-l
X
X
-
173
-------
Cloeon rubropictum McDunnough
Parameters
References
Notes
X
(X
1
•r-t
M 4-}
*-> d
3 o
Feeding
L Geographical
Distribution
Acidobiontic
Acidophilous
Neutral
Alkaliphilous
Alkalibiontic
Indifferent
Eutrophic
Mesotrophic
Oligotrophic
Dystrophic
Saprophilic
.Facultative
Saproxenous
Saprophobic
Euoxyphilous
Mesoxyphilous
Oligoxyphilous
Eutbennal
Mesothermal
Oligothermal
Stenothermal
Metathermal
Eurythermal
Eulichtophilous
Mesolichtophilous
Polylichtophilous
Oligolichtophilous
Limnobiontic
Limnophilous
Indifferent
Rheophilous
Rheobiontic
Lake
Pond
River
Stream
Other
Epibenthic
Embenthic
Epipelic
Episabulic
Epilithic
Epixylous
Epiphytic
Winter
Spring
Summer
Autumn
Predator
Herbivore
Omnivore
Scavenger
Region I
Region II
Region III
Region IV
Region V
Region VI
Region VII
Region VIII
Region IX
Region X
Region XI
Region XII
00
-------
Cloeon vicinum (Hagen)
Parameters
References
Notes
as
o.
I
•H
H u
4J d
3 0)
X
1
c
a n
00 U
>j 'H
o
c^
o
i
u
iJ ,Q
a B)
•fo M
1
-------
Dactylobaetis cepheus Traver and Edmunds
Parameters References
Notes
02
Oi
1
• H
V-f 4J
*J C
3
a)
b
•H C
U ••-(
J= 3
nj -H
CJ) iJ
CD -H
o o
Acidobiontic
Acidophilous
Neutral
Alkaliphilous
Alkalibiontic
Indifferent
Eutrophic
Mesotrophic
Oligotrophic
Dystrophic
Saprophilic
Facultative
Saproxenous
Saprophobic
Euoxyphilous
Mesoxyphilous
Oligoxyphilous
Euthermal
Mesothermal
Oligothermal
Stenothermal
Metathermal
Eurythermal
Eulichtophilous
Mesolichtophilous
Polylichtophilous
Oligolichtophilous
Limnobiontic
Liranophilous
Indifferent
Rheophilous
Rheobiontic
Lake
Pond
River
Stream
Other
Epibenthic
Embenthic
Epipelic
Episabulic
Epilithic
Epixylous
Epiphytic
Winter
Spring
Summer
Autumn
Predator
Herbivore
Omnivore
Scavenger
Region I
Rep, ion 1 F
Keg ion I 1 1
Region IV
Region V
Region VI
Rev; i on VT I
Region VII. F
Region IX
Region X
Region XT
Region XII
en
rH
X
X
X
X
X
X
176
-------
Dolania americana Edmunds and Traver
Parameters
References
Notes
35
o.
i
•rl
H 4J
u a
a ,
XI U
M -H
5
4-1
C
HI
VJ
u
3
O
iH 4J
(It IS
^1 4-1
H
C .0
ai n
O 3=
o
f-l 4J
u <0
•H 4J
0 -H
-------
Edmundsius
l';i ranirLcrs
Nol I1!
32
0.
|
•H
iJ 4J
AJ C
3 ,
.n u
^i *>H
3
t-t
xj
C
(U
U
t-i
3
U
<— ( t-1
a a
U *J
(U -H
C J3
a) eg
O X
U
-H i-i
'« n
'H iJ
0 -H
Q> JD
0. r!
id X
t V
M U
O C
JO)
60
DO
C
•H
•u
01
tl,
.-1 C1
<3 O
0 -H
.C D
CX ,Q
m -H
U b
00 U
0) -H
O Q
Ac idol) ionl Ic
Ac idlil IDIIS
NcuLr.-il
Al kali phi Inns
Alkn 1 i hi out Ic
]nd i. CfcronC
ICtitrophic
Meso trophic
Oligotrophic
Dystrophic
Sapropliilic
Facultative
Snproxcnous
Snprophobic
Euoxyphilous
Mesoxyphilous
Oligoxyphilous
Euthermal
Mesothermal
Oligothermal
Stenothermal
Metathermal
Eurythermal
Eulichtophilous
Mesolichtophilous
Polylichtophilous
Oligolichtophilous
Limnobiontic
Limnophilous
Indifferent
Rheophilous
Rheobiontic
Lake
Pond
River
Stream
Other
F.pibenthic
Erabenthic
Epipelic
Episabulic
Epilithic
Epixylous
Epiphytic
Winter
Spring
Summer
Autumn
Predator
Herbivore
Omnivore
Scavenger
Region I
Ren ion 11
RiT.ion 1 1 1
Region IV
Kcijion V
Region VI
Ron, ion VI T
KcKion VI] 1
Region IX
Region X
Region XJ
Region XII
ON
_.
X
X
X
X
X
-
-•
-
-
_.
—
-
-
—
--
...
-
-
--
-
-
-
-
—
-
_...
-
—
-
—
...
—
-
-
—
-
-
-J
.....
-
....
-
...
-
...
—
178
-------
Epeorus albertae (McDunnough)
I'arnmctcrs
Kcfcrcnccs
Not es
32
&4
1
•H
H
X
1
C
,
,0 "
M 'rl
3
F^l
•U
C
-
X
X
X
X
X
X
X
X
X
-•
X
f
r*
-
X
X
X
X
X
X
—
X
-
—
-
-
—
--
-
._
-
-
-
—
—
_
-
-
—
-
-
—
_
-
-
...
-
--
—
-
-
-
...
-
._.
179
-------
Epeorus deceptivus (McDunnough)
I'nr.'imetcrs References
Notes
33
ex
1
•H
J-) 4J
4J C
3 01
2:
1
>
^ U
^ -H
A
4J
C
a
M
|j
3
U
r-< 4J
at ca
l^ 4J
O -H
C J3
a) to
O X
0
•H U
•H 4-1
0 -H
OJ 43
CX CO
+n ac
1 HI
h U
ni c
g 01
tc] bO
00
d
•H
T)
0)
01
[K
rH C
cc o
O T(
X 3
a.,a
M -rH
06 4-1
01 -^
CJ O
Aciclohlont ic
Acidopliilous
Neutral
Alkaliphilous
Alkalibiontic
Indifferent
Eutrophic
Mesotrophic
Oligotrophic
Dystrophic
Saprophilic
Facultative
Saproxenous
Saprophobic
Euoxyphilous
Mesoxyphilous
Oligoxyphilous
Euthermal
Mesothermal
Oligothermal
Stenothermal
Metathermal
Eurythermal
Eulichtophilous
Mesolichtophilous
Polylichtophilous
Oligolichtophilous
Limnobiontic
Limnophilous
Indifferent
Rheophilous
Rheobiontic
Lake
Pond
River
Stream
Other
Epibenthic
Embenthic
Epipelic
Episabulic
Epilithic
Epixylous
Epiphytic
Winter
Spring
Summer
Autumn
Predator
Herbivore
Onmivore
Scavenger
Region I
Region II
Region JTT
Region IV
Region V
Region VI
Region VIT
Region VIII
Region IX
Region X
Region XI
Region XII
m
O
rH
X
X
X
X
i
X
X
X
X
at
ro
r-1
X
X
X
X
X
X
X
X
m
-I
X
X
X
X
X
X
>o
1-1
X
X
X
X
X
X
X
1
'
180
-------
Epeorus fragilis (Morgan)
Parameters References
Notes
&
a.
1
•H
U u
u a
3 0 O
M 'rl
O
CSt
O
1
nj
k 41
0 n
a 3
!lu
H
1
s*
.£) U
M -rt
3
"
jj
C
0
c
•H
•a
a)
01
fc
M C
« o
O i-l
•H U
J= 3
cx,o
n) VH
V< M
dOU
01 -H
o a
Acitlohiontic
Acidopliilous
Neutral
Alkali phi] cms
Alkalibiontic
Indifferent
Eutrophic
Me so trophic
Oligotrophic
Dystrophic
Saprophilic
Facultative
Saproxenous
Saprojiliobic
Euoxyphilous
Mesoxyphi]ous
Oligoxyphilous
Euthermal
Meso thermal
Oligo thermal
Stenothermal
Metathermal
Eurythermal
Eulichtophilous
Mesolichtophilous
Polylichtophilous
Oligolichtophilous
Limnobiontic
Limnophilous
Indifferent
Rheophilous
Rheobiontic
Lake
Pond
River
Stream
Other
Epibenthic
Embenthic
Epipelic
Episabulic
Epilithic
Epixylous
Epiphytic
Winter
Spring
Summer
Autumn
Predator
Herbivore
Omnivore
Scavenger
Region I
Region 11
Region 111'
Region ]V
.Region V
Region VI
Region VI r
RogTon Vl'l'l
Rc!gion IX
Region X
Region XI
Region Xfl
o\
trt
i-l
X
X
x
X
X
X
X
-
H
SO
H
X
X
X
-
-
-
-
-
-
-
-
-
-
-
...
-
-
-
-
-
-
.-
-
-
-
181
-------
I'aninictcrs
Epeorus frisonl (Burks)
References
Notes
=
D"
)
*H
M AJ
u c
3 o>
12
i
c
to in
00 0
I* *H
o
r-j
O
,
n
u o
>
J3 u
}-4 rl
C ^1
0) ffl
o s
0
>H 4J
IM n!
•H «J
O -H
a jz
4n X
( V
n u
o c
E U
ti4 CO
00
•H
d)
(b
•-< c
(TJ O
U -r-t
.C 3
(5 >H
00 U
0) ~!
O Q
Acidohiont ir.
Acidophilous
Neutral
Alkaliphilous
Alkalibiontic
Indifferent
Eutrophic
Mesotrophic
Oligotrophic
Dystrophic
Saprophilic
Facultative
Saproxenous
Saprophobic
Euoxyphilous
Mesoxyphilous
Oligoxyphilous
Euthermal
Mesothermal
01 igo thermal
Stenotherraal
Metathermal
Eurythermal
Eulichtojjhilous
Mesolichtopliilous
Polylichtophilous
Oligplichtophilous
Limnobiontic
Limnophilous
Indifferent
Rheophilous
Rheobiontic
Lake
Pond
River
Stream
Other
Epibenthic
Embenthic
EjxLpelic
Episabulic
Epilithic
Epixylous
Epiphytic
Winter
Spring
Summer
Autumn
Predator
Herbivore
Omnivore
Scavenger
Region I
Rep ion I]
Kepi on F 1 1
Koi'.ioi) IV
Her, ion V
Region VI
Region VII
Region VI 11
Region IX
Region X
Region XI
Region XI I
PI
iri
X
X
X
1
(53) Spring
182
-------
Epeorus grandis (McDunnough)
Parameters
References
Notes
33
Q.
1
•r-f
VJ JJ
u C
3 0)
•.
-0 U
H -rl
^
4J
C
01
U
M
3
U
*H 4J
n «
IH 4J
41 'H
C J2
ai ra
u w
o
«H 4J
>w rt
•H iJ
U -H
U J3
a a
40 x
I a)
tJ U
«J C
E OJ
U M
CO
C
•H
T3
a)
01
b
-( C
to o
O 'H
M iJ
J= 3
o,,n
nj -H
14 ^1
no u
o u>
41 -H
o a
Acidobiont ic
Acidopliilous
Neutral
Alkaliphilous
Alkalibiontic
Indifferent
Eutrophic
Mesotrophic
Oligotrophic
Dystrophic
Saprophilic
Facultative
Saproxenous
Saprophobic
Euoxyphilous
Mesoxyphilous
Oligoxyphilous
Euthermal
Mesothermal
Oligothermal
Stenothermal
Metathermal
Eurythermal
Eulichtophilous
Mesolichtophilous
Polylichtophilous
Oligolichtophilous
Limnobiontic
Limnophilous
Indifferent
Rheophilous
Rheobiontic
Lake
Pond
River
Stream
Other
Epibenthic
Embenthic
Epipelic
Episabulic
Epilithic
Epixylous
Epiphytic
Winter
Spring
Summer
Autumn
Predator
Herbivore
Omnivore
Scavenger
Region I
Region II
Region III
Region JV
Region V
Region VI
Region VTT
Rog Ton V i 1 1
Region IX
Region X
Region XI.
Region XTi
iH
rH
X
X
X
X
X
-
X
m
i**
rM
X
X
X
X
X
X
-
•\
X
GO
00
H
X
X
X
X
X
X
X
X
-
-
•
--
-
-
-
-
-
-
-
--
._
,._
_
-
-
.._
-
._
183
-------
Epeorus hesperus (Banks)
Parameters References
Notes
X
o.
1
•r-(
J-t 4J
u c
3 ,
,0 U
U -H
3
p-i
4J
C
0)
^
^4
3
U
r— < 4J
n n)
U 4-1
0) -H
C JD
41 a
O 33
U
•H 4J
>w CO
•H 4J
U -H
QJ ,O
40 I
U
-------
Epeorus longimanus (Eaton)
1'urnmoters
References
Notes
32
(X
1
•rl
W U
u C
3 0)
Z
1
c
CO w
00 O
>J 'H
O
tN
o
1
CO
14 0)
11 ^
0. 3
s <->
0)
H
1
3x
,0 «J
>-i -H
3
f^
4J
C
01
ij
>J
3
u
r-H AJ
C3 M
M -u
m
X
X
X
X
m
GO
X
X
X
X
X
X
-»
00
X
X
X
X
o
0
iH
X
X
X
X
8
X
X
X
X
X
CO
0
iH
X
X
X
X
X
X
X
X
X
X
X
rH
iH
X
X
X
X
X
X
X
X
?
X
Ov
t»l
rH
X
X
X
X
X
X
X
X
CO
m
rH
X
X
X
X
X
en
r*~
H
X
X
X
X
X
X
\D
-i
X
X
X
!
X
X
X
x
00
00
H
X
X
X
X
s,
X
X
X
t
X
-
(56) 15-20°
(103) Alaska
185
-------
Epeorus margarita Edmunds and Allen
Parameters
References
Notes
S3
O-
|
•«H
V-l 4-J
AJ C
3
V* -H
3
t-t
4J
O
-------
Epeorus namatus (Burks)
I'urnmotcrs References
Notes
33
a
i
•rl
U 4J
U C
a o
z
i
c
a i
XI 4J
H '1-r
3
P-I
4J
C
m
X
X
187
-------
J'aramctera
Epeorus pleuralis (Banks)
References
Notes
oc
ex
1
•H
l-J 4-1
*J C
3 Q)
^
1
c
n3 in
DO O
l-i -H
0
CNJ
o
1
(ti
r-i a)
0) )-<
Q. 3
E *J
QJ
H
1
T-,
•H >,
,0 4J
1^ -H
3
f-t
u
d
Q)
M
^
3
(J
rH ±J
ra (U
Vj 4J
0> -r(
C JD
0) (T)
O X
O
•H 4J
u-< nj
•,-H *J
O -H
0) .0
a K
1 QJ
l-i u
QJ C
-^ °i.
:»j GO
00
•H
"O
O
Q>
(K
^1 C
n] O
O -H
-C 3
D -r<
WJ i->
O ui
CU -H
o Q
Ac iclohiont f c
AcidopliiLous
Neutral
Alknliphilous
Alkalibiontic
Indifferent
Eutrophic
Mesotrophic
Oligotrophic
Dystropliic
Saprophilic
Facultative
Saproxenous
Saprophobic
Euoxyphilous
Mesoxyphilous
Oligoxyphilous
Euthermal
Meso thermal
Oligothermal
Stenotherraal
MeCathermal
Eurythermal
Eulichtophilous
Mesolichtophilous
Polylichtophilous
Oligolichtophilous
Limnobiontic
Linmophilous
Indifferent
Rheophilous
Rheobiontic
Lake
Pond
River
Stream
Other
Epibenthic
Embenthic
Epipelic
Episabulic
Epilithic
Epixylous
Epiphytic
Winter
Spring
Summer
Autumn
Predator
Herbivore
Omnivore
Scavenger
Region I
Region II
Rcjjion I IT
Hue i "» 1 v
Region V
Region VI
Region VFT
Ki-g i on VIII
Region IX
Region X
Region XI
Region XT)
f>
CM
^
X
X
X
X
X
X
X
X
X
•0
m
rH
X
X
X
n
rH
X
X
X
X
X
X
X
rH
-0
rH
X
X
X
X
X
m
•0
rH
X
X
X
X
X
X
X
X
X
rH
00
rH
X
X
X
x
1
CM
en
X
188
-------
Parameters
Epeorus subpallidus (Traver)
References
Notos
•S.
i
-H
M U
1-1 C
3 1)
7\
1
CD to
M o
W -H
o
Osl
O
1
CO
h H
a a
8W
H
1
•o
•H >,
.0 U
VJ -H
3
M
U
C
a>
n
n
3
O
r-H 4J
ffl
-------
Parameters
Epeorus vitreus^ (Walker)
References
Not
rc
(X
t
•H
U U
4J C
3 0)
yz
i
c
(15 W
00 U
Jj -H
0
CM
O
I
nj
S-J 0)
0) S-J
tx g
S -i-1
H
i
T?
•H >,
r£ 4J
Jj -H
3
M
4j
c;
01
^
n
D
<_>
tH 4-1
ffl ffl
Ij U
<1) -H
C ,0
HI «
O X
O
•H 4-1
14-4 OJ
•l-f 4J
0 -rt
HI JD
ex m
40 I
i
-------
Ephemera blanda Traver
I'arnmcters References
Notes
32
a.
I
•H
M iJ
u a
3 01
z
1
e
a) to
00 0
u -H
O
-------
Parameters
Ephemera guttulata Pictet
References
Notes
ffi
Ox
1
•H
U 4-1
u c
3 41
25
1
C
(0 CO
00 O
U -H
o
C-J
O
1
nj
jj
-------
Ephemera simulans Walker
I'nramcccrs
References
Notes
X
a-
i
-H
H 4J
u C
3 11
rr.
I
c
a u
p -H
o
CM
O
1
a
u .
J3 u
M -H
5
4J
C
OJ
U
M
3
O
|H 4-1
A a
IJ 4J
0 -rl
C £
HI ffl
o a
o
•H 4J
IH ffl
•H 4J
CJ vH
(!) ,£J
(X ffi
to X
1 HI
H 0
(U C
B «)
N tlO
00
c
•H
•o
x
X
X
X
m
vO
X
X
X
X
X
X
X
X
X
X
vO
vO
X
x
X
X
X
x
X
X
X
X
X
iH
X
X
x
X
X
X
X
X
X
X
X
X
X
in
X
X
X
x
X
X
X
vc
r^
X
X
X
X
X
X
X
X
X
X
X
vd
o
rH
'
CT\
o
H
x
X
X
X
X
CM
rH
H
X
X
X
X
X
en
CM
p-l
X
X
X
X
X
X
X
X
CO
en
tH
X
X
X
ON
-a-
H
X
X
X
X
X
X
i-H
in
rH
X
X
X
X
X
X
X
X
X
X
CM
to
rH
Jf
L
X
X
X
X
X
X
X
X
X
X
X
X
o
rH
X
X.
m
r--
rH
X
X
X
X
X
X
X
X
rH
Ov
i-H
X
X
X
X
X
X
X
X
X
X
X
4
(52) 7 5-8 6
(65) 7.2-8 2
(106) 1.3*3
(52) 0-30°
1
193
-------
Ephemera traverae Spieth
I'aramolors
Not os
ffi
o.
1
•r-4
M AJ
U C
3 Q)
is
I
C
(TJ M
00 U
U -H
O
CN
o
[
nj
u 0)
OJ U
a 3
8"
H
I
T3
•H >>
JS *J
Ui -H
D
M
JJ
P
J
3
u
-H AJ
nj nj
Vj AJ
(U -H
C ^)
H
13
CJ
U-,
-H C
rj o
o -^
•C 3
nj -H
00 i->
^ -r*
O O
Ac idol) inn I If.
Af.idoph t IOUH
Neutral
Alk.il jpliilous
Alkalibiontic
Indifferent
Eutrophic
Mesotropluc
Oligotrophic
Dystrophic
Sapropliilic
F.-icultntive
Snproxcnous
Sapropliobic
Euoxyphilous
Mesoxyphilous
01 igoxy philous
Euthermal
Meso thermal
Oligothermal
Stenotherraal
Ketnchermal
Eurythermal
Eulichtophilous
Hesolichtophilous
Polylichtophilous
Oligoliclitophilous
Limnobiontic
Limnophilous
Indifferent
Rhcopliilous
Rheobiontic
Lake.
Pond
River
Stream
Other
Epibenthic
Erahenthic
Epipelic
Episabulic
Epilithic
KpixyJous
Epiphytic
Winter
Spring
Summer
Autumn
Predator
Herbivore
Oir.nivore
Scavenger
Region I
Region IT
Region III
Region IV
Region V
Region VI
Region VII
Region VI I J
Region IX
Region X
Region XT
Region XII
r-t
m
rH
-
X
X
rH
00
iH
-
X
X
...
....
-
-
-
...
-
-
••
-
-
-
--
-
_.
-
....
194
-------
Ephemera triplex Traver
l'iir;imoi ITS
a:
o.
i
.,-!
M U
4J C
3 111
2
,
C
CO at
00 O
1J -H
O
rm
b
•^ d
ca o
O -H
•H 4J
j: 3
cx^o
« -H
1-1 tl
00 U
o w
a> -H
o a
Ac i dol> ionl i.c
Acidophilpus
Neutral
AlknliplviJous
Alkal ibiontic
Indifferent
Eutrophic
Mesotropluc
Oligotrophic
Dystrophic
Saprophilic
Facultative
Saproxenous
Saprophobic
Euoxypliilous
Mesoxyphilous
Oligoxyphilous
Euthermal
Mesothennal
Oligothermal
Stenothermal
Ketathermal
Eurythermal
Eulichtophilous
Mesolichtophilous
Polylichtophilous
Oligolichtophilous
Limnobiontic
Limnophilous
Indifferent
Rheophilous
Rheobiontic
Lake
Pond
River
Stream
Other
Epibenthic
Embenthic
Epipelic
Episabulic
Epilithic
Epixylous
Epiphytic
Winter
Spring
Summer
Autumn
Predator
Herbivore
Omnivore
Scavenger
Region I
ReRion 11
Region TTT
Keg ion IV
Region V
Region VI
Region VJI
Kc£ i on VIII
Region JX
Region X
Region XI
Region XII
f>
to
H
x
H
in
H
Y
x
~f"'
!
195
-------
Ephemera varia Eaton
r.-ir.-imiM crs
Not os
PC
ex
1
•ri
J-l U
4J C
3 0)
'£.
t
C
nj cfl
CO O
p -H
o
CN
o
1
n)
J-i 0)
-1 iJ
d ra
^i t-i
H) -H
C A
C
E H»
ro M
00
C
-r-l
T3
CJ
pu ,
r-( C
n o
0 -H
nj -H
M 4-1
(11 .H
O O
Acidohlont ic
Acidopli ilous
Neutral
Alkaliphilous
Alkalibiontic
Indifferent
Eutrophic
Hesotrophic
Oligotrophic
Dystrophic
Saprophilic
Facultative
Saproxenous
Sapropliobic
Euoxyphilous
Mesoxyphilous
Oligoxyphilous
Euthermal
Meso thermal
Oligothermal
Stenothermal
Me ta thermal
Eurythermal
Eulichtophilous
Mesolichtopliilous
Polyliclitophilous
Oligolichtophilous
Limnobiontic
Lim no ph ilous
Indifferent
Rheophilous
Rheobiont ic
Lake
Pond
River
Stream
Other
Epibenthic
Embenthic
Epip_elic
Episabulic
Epilithic
Ep ixyjous
Epiphytic
Winter
Spring
Summer
Au t umn
Predator
Herbivore
Oronivove
Scavenger
Region [
ReRion 1 I
Region IJT
Region IV
Region V
Region VI
Region VI r
Key. ion VIII
Region IX
Region X
Rcr.ion XI
Rep Lon X 1 [
in
-
X
X
X
X
X
X
X
X
m
m
r-l
—
X
rH
m
rH
-
X
X
X
X
X
X
X
|x
00
*£>
H
-
X
X
1
1
1
L
Ov
m
rH
_.
X
X
X
X
X
1
]
1
-
—
-
-
_..
—
--
-
-
-
-
--
-
—
-
-
-
1
1
-
—
-
196
-------
Ephemerella aestiva McDunnough
I'/mimeters References
Notes
K
O,
1
•r-1
M *J
4J C
3 0)
sa
i
C
M 10
60 O
(J 'i-l
O
OJ
O
1
o!
|J O
0) U
a 3
g AJ
H
1
•a
•H >,
J3 U
U -H
3
H
t)
C
01
^1
1J
3
O
*H 4J
B W
VJ u
G) -rH
C &
QJ rd
o a
O
>H u
H-l «
•H 4J
O -ri
QJ -D
Q, d
(o E:
1 O
14 0
O C
e ®
M U]
to
C
•H
•a
01
01
b
^t c:
tfl O
O -H
•H AJ
.C 3
a.o
n -H
U >J
bO u
o w
a) -H
O Q
Acidohlont ic
Acidophilous
Neutral
Alkaliphilous
Alkalibiontic
Indifferent
Eutrophic
Mesotrophic
Oligotrophic
Dystrophic
Sapropliilic
Facultative
Saproxenous
Sapropliobic
Euoxyphilous
Mesoxyphilous
Oligoxyphilous
Eutherraal
Mesotherraal
Oligothermal
Stenotherraal
Metathermal
Eury thermal
Eulichtophilous
Mesolichtophilous
Polylichtophilous
Oligolichtophilous
Limnobiontic
Liranophilous
Indifferent
Rheophilous
Rheobiontic
Lake
Pond
River
Stream
Other
Epibenthic
Embenthic
Epipelic
Episabulic
Epilithic
Epixylous
Epiphytic
Winter
Spring
Summer
Au t umn
Predator
Herbivore
(tanivore
Scavenger
Region I
Region TI
JRcglpn [T!
Region IV
Region V
Region VI
Region VII
Region VI 1.1
Region IX
Region X
Region XL
Region XII
iH
r-H
X
X
-
X
X
X
n
^
X
X
X
X
X
X
x
_..
-
;-
-
-
—
-
—
—
-
-
-
-
--
— -
-
—
-
_.
>
197
-------
Ephemerella alle&heniensis Traver
I'aratncters
ReCcrcnc.es
Notes
X
D.
1
•H
W *J
4J e
3 0)
^
i
c
(fl en
00 O
t-< -H
0
CM
o
1
a
Ui 0)
QJ ^
0. 3
6 "
0)
e-
i
•o
•H X
.0 u
M -H
3
F-H
U
C
<1)
^
tj
3
U
t-( 4~l
ca td
wi u
0) -H
C J3
3) m
O 33
0
•H iJ
•H ij
O -H
0) J3
CX (TJ
»0 I
1 QJ
^ 0
d) c
e «j-
ro M
no
•H
13
HI
E^i
-1 C
n) o
0 -H
X 3
a. ^
Q
Acidohiont ic
Acidophilous
Neutral
Alkallphilous
Alkalibiontic
Indifferent
Eutrophic
Meso trophic
Oligotrophic
Dystrophic
Saprophilic
Facultative
Saproxenous
Saprophobic
Euoxyphilous
Mesoxvphilous
Oligoxyphilous
Eutherraal
Meso thermal
Oligothermal
Stenotherraal
Keta thermal
Eurythermal
Eulichtophilous
Mesolichtophilous
Polylichtophilous
Oligolichtophilous
Limnobiontic
Limnophilous
Indifferent
Rheophilous
Rheobiontic
Lake
Pond
River
Stream
Other
Epibenthic
Embenthic
Epipelic
Episabulic
Epilithic
Epixylous
Epiphytic
Winter
Spring
Summer
Au t umn
Predator
Herbivore
Omnivore
Scavenger
Region I
Region TT
Region ITf
Ik-gum IV ~~
Region V
Region VI
Region VI 1
K££imi \'"i 1 1
Region JX
Region X
Region XI
Region XI 1
Oi
X
X.
X
-
--
-
1
1
-
-
-
I
-
—
-
_.
-
-
—
-
__
-
L.
._,
—
-
-
-
--
' -\
i
198
-------
Ephemerella alien! Jensen and Edmunds
Parameters
References
No tos
33
a
i
•H
M LI
U C
3 a)
Z
1
c
cfl W
60 O
VJ -H
0
CN
O
1
rt
Vj OJ
QJ M
CX 3
S U
O
H
1
T3
•rt >s
XJ JJ
ij -H
3
M
4J
d
Q)
V4
M
3
U
rH 4J
n) n)
tl 4-1
d) -H
C 43
0) ty
O K
u
•H LJ
M-i n]
•H 4J
U -^1
O .a
a. rt
-------
Ephemerella altana Allen
I'nrnmuLers
References
Notes
rii
I
•tA
M u
<-> c
3 <11
z
1
c
03 in
00 CJ
t) -H
o
oj
o
1
fO
i^ 0)
O iJ
a 3
6 "
H
1
•o
•H >s
& U
W -i-t
3
M
4J
C
U
V4
n
3
0
rH 4J
n) rt
^ 4J
0) -H
C X>
(U 18
O I
O
•H 4J
uj O
-H U
U -H
OJ XI
CL nl
<0 X
( 0
W 0
a d
8 u
W 50
00
C
• r4
-D
QJ
0)
u<
^4 C
[3 O
U -H
.C 3
O —I
U P
W -u
0) -H
O Q
Acnlohiont ic
Aciclopliilous
Neulral
Alkaliphilous
Alkalibiontic
Indifferent
Eutrophic
Mesotropliic
Oligotrophic
Dystrophic
Saprophi] ic
Facultative
Saproxenous
Saprophobic
Euoxypbilous
Mesoxyphijous
01 igoxvphilous
Euthermal
Meso thermal
Oligothermal
Steno thermal
Metathermal
Eurythermal
Eulichtophilous
Mesolichtophilous
Polylichtophilous
O.ligolichtophilous
Liranobiontic
Limnophilous
Indifferent
Rheophilous
Rheobiontic
Lake
Pond
River
Stream
Other
Epibenthic
Embenthic
Epipelic
Episabulic
Epilithic
Epixylous
Epiphytic
Winter
Spring
Summer
Autumn
Predator
Herbivore
Oiim iv ore
Scavenger
Region I
Koc, fun 1 I
KIT. inn 1 1 1
l\l/^\ i llll 1 V
Ke£ i on V
Region VI
Kc.c. ion Vt I
Roy ion VIII
Ker, ion IX
Region X
Re -.ion XI
Region Xfl
vC
X
X
X
X
X
X
-
X
-
X
_.
-
-
t
L
-
-
. .
-
-
-
--
•
-
-
-
-
-
-
--
-
-
-
--
-
-
...
-
-
-
-
-
-•
-
-
...
-
-
...
-
....
-
—
...
_..
—
--
—
_
_.
....
._
...
....
-
--
-•
...
-
_...
-
...
200
-------
Epheme'rella argo Burks
I'arameters
References
Notes
35
(X
1
•H
^ «J
t-i C
3 01
2
1
C
nj Ul
00 0
M -rt
O
r*J
O
1
«
t-t 01
01 ^i
a 3
£3 -f >
H
1
13
•H ^
•D u
fc T-l
3
^H
4J
d
0)
^1
^1
3
CJ
^H iJ
TO 0)
^ iJ
01 -H
C ^
H
•- 1 4J
J5 3
cx .a
cfl -H
U ^
60 U
O 01
a) -H
o o
Acidoh iontlc
Aciclophilous
Neutral
Alkaliphilous
Alkalibiontic
Indifferent
Eutrophic
Mesotrophic
Oligotrophic
Dystrophic
Saprophilic
Facultative
Saproxenous
Saprophobic
Euoxyphilous
Hesoxyphilous
Oligoxyphilous
Euthermal
Mesothermal
Oligothermal
Stenothermal
Metathermal
Eurvthermal
Eulichtophilous
Mesolichtophilous
Polylichtophilous
Oligolichtophilous
Limnobiontic
Limnophilous
Indifferent
Rheophilous
Rheobiontic
Lake
Pond
River
Stream
Other
Epibenthic
Embenthic
Epipelic
Episabulic
Epilithic
Epixylous
Epiphytic
Winter
Spring
Summer
Autumn
Predator
Herbivore
Omnivore
Scavenger
Region I
Region II
Region III
Region IV
Region V
Region VI
Region VI T
Reg i on V 1 F 1
Region IX
Region X
Region XI
Region XI F
C*J
rH
X
X
•»
in
X
X
X
1
1
1
4
'
., .. __
.
201
-------
Ephemerella attenuata McDunnough
1'arametars
References
Motes
X
(X
1
•r4
fc-l 4-t
U C
3 01
•A
1
C
IS 01
00 U
V-< T-l
o
,
J3 U
Vj -H
3
fr-i
AJ
C
•< U
"J C
e 1
Ke.c.ion V[I
Rog inn V 1 1 1
Ktsj; ion IX
ReRion X
Region XT
Recion XT[
r-
X
X
X
X
X
X
X
X
m
m
i-4
X
00
CO
X
X
00
>3-
X
X
1-t
o>
i-H
X
X
X
X
X
X
X
X
X
202
-------
Ephemerella aurivillii (Bengtsson)
Parameters
References
Notes
X
&
i
•H
l-l U
4J C
3 ,
J3 4J
K -M
3
f->
4J
c
01
u
V4
a
o
rH 4J
13 O
b iJ
(U -H
C J3
OJ CD
O X
0
•H 4J
U-l «
•H 4J
U -H
G> ,Q
CX CT}
4t X
1 CJ
U U
0) C
6 0)
UJ 60
M
C
•H
•a
ion 11
Roi'icin 1 1 I
Region IV
Region V
Region VI
Region VI f
IU>>ji(>n VIII
Keg ion IX
Region X
Region XI
Region XII
IN
H
X
X
X
X
X
X
X
X
^o
rt
X
X
X
X
o\
-a-
X
f>
H
X
X
X
X
X
••
00
00
r-t
X
X
X
X
X
X
X
X
f>
c*l
rH
X
X
X
X
X
X
X
X
'
(12) Europe, Asia,
Alaska
203
-------
Ephemerelja berneri Allen and Edmunds
KolVroncos
Nllll'K
DC
Pi
1
• ^
1-1 4J
i-» C
3 J l-i
Cb 3
£ 1-J
H
!
T3
•H >,
J3 J->
M -H
3
f-i
LJ
d
(U
Vj
M
3
u
--( 4-1
cd ra
i-l 4J
(U -H
C -£>
OJ cfl
O DC
a
•H JJ
M-l d
••H 4J
a -H
-------
Ephemerella bicolor Clemens
I'ar.'imi'ters
1 for ences
Nou-s
3d
a.
i
•H
H 4J
1J C
3 0)
z
1
C
(0 W
00 U
U v-l
o
CM
o
1
M
U a)
OJ W
O. 3
§ "
H
1
s*
XI U
U 'H
3
M
U
B
H 4J
uj C8
•H U
O vH
I) XI
0. 3
<0 SC
1 (U
H 0
CJ C
e •)
•H iJ
.C 3
« -.<
Li L<
01) 4-1
O W
a) -H
:j Q
Ar idoh ion I it-
Ac iilopli i. 1 oiis
Neutral
Alkali philous
Alknlibiontic
Indifferent
Eutrophic
Meso trophic
Oligotro_phic
Dystrophic
Saprophilic
Facultative
Saproxenous
Saprophobic
Euoxyphilous
Hesoxyphilous
01 igoxy philous
Eutherraal
Heso thermal
Oligotherraal
Stenothermal
Metathermal
Eurythermal
Eulichtophilous
Hesolichtophilous
Polylichtophilous
Oligolichtophilous
Limnobiontic
Limnophilous
Indifferent
Rheophilous
Rheobiontic
Lake
Pond
River
Stream
Other
Epibenthic
Erabenthic
Epipelic
Episabulic
Epilithic
Epixylous
Epiphytic
Winter
Spring
Summer
Autumn
Predator
Herbivore
Omnivore
Scavenger
Region T
Roc, ion 1 ]
Kr)', inn 1 1 1
Ki-jjion IV
Key ion V
Region VI.
Kor.ion VI 1
HIM; ion VIII
K(>fi ion IX
Region X
lU'jjion XI
Ri'i'ion XI 1
i-H
rH
X
X
X
X
X
X
X
r
0
vD
X
X
-
X
^
-D
X
X
X
X
X
X
X
X
X
X
PO
CM
iH
X
X
X
X
X
X
X
X
X
X
X
X
CO
CO
rH
X
ON
•*
rH
X
X
X
X
X
X
X
X
1
I"
i
20
5
-
-
f
-
"
1
1
1
i
-------
Ephemerella Carolina Berner and Allen
1',-ir.imeters References
Notes
CL
(
-H
t-l -LJ
u C
3 QJ
sZ
\
C
r-j U)
&0 O
l_l -ft
o
CNJ
o
1
nJ
u ,
,0 -u
Jj -H
5
u
C
cu
>J
VJ
3
o
— f 4-1
(U (fl
S-j t-J
OJ -H
C XI
a> cd
0 s:
a
•H 4J
'w nj
•H iJ
fj -H
ii< ,-'-
C, C
if> —
\ a>
V-. CJ
^J C
E 0)
IO 00
to
C
•—I
T5
CJ
0)
ti,
— t C
0 O
fj -r-t
-c 3
; ;> 4.J
-j ir.
O •'— '
-' ~
Ac i cloh LnnL j c
Acidophllous
Neutral
Alkali phi] ous
AlknJ ihiont u:
Indifi'erenL
Eu trophic
Mesotropliic
Oligotrophic
Dystrophic
Saprophilic
Facultative
Saproxenous
Saprophobic
Euoxyphilous
Mesoxyphilous
Oligoxvphilous
Euthermal
Mesothermal
Oligotherraal
Stenothermal
>ietathermal
Eurythermal
Eulichtophilous
Mesolichtophilous
Polylichtophilous
Oligolichtophilous
Limnohiontic
Liranophilous
Indifferent
Rheophilous
Rheobiontic
Lake
Pond
River
Stream
Other
Epibenthic
Embenthic
Epipelic
Episaliulic
Epilithic
Epixylous
Epiphytic
Winter
Spring
Summer
Autumn
Predator
llcrlvivorc
(>ii,n j.vcn'o
Scavenger
Region T
Kt'". i (HI 1 I
R('}', ion III
!\L')'. ion IV
Ret' ion Y
Re u ion VT
Re-, ion VI r
Hi-;; ion VI 1 1
Her. i on 1 X
Reg ion X
Rei-.ii>n XI
Res1, i on X 1 1
O
1-1
X
X
X
X
X
X
t_ —
iH
1A
X
x
X
X
X
1
J —
1
I
L
. .
.
"
—
-
.,
•
J
206
-------
Ephemerella cascadia Allen and Edmunds
References
Notes
X
a.
I
•H
M U
•u C
3
-------
I'i'irnracLers
Ephemerella catawba Traver
References
Notes
CL.
1
•H
U iJ
*J C
3 J
Ll
D
U
—I OJ
n) rt
U XJ
1) -H
C J3
ilithic
Epixylous
Epiphytic
Winter
Spring
Summer
Autumn
Predator
Herbivore
Omnivore
Scavenger
Region [
Region II
Region IT I
Region IV
Region V
Region VI
Kci:ion VI T
Region VI Tl
Region IX
Region X
Region XI
Region XII
o*l
t-H
X
X
X
X
208
-------
I'nr.-imctcrs
Ephemerella choctawhatchee Berner
Keferenccs
Not os
X
a.
,
•H
M u
u a
3 01
z
i
13 (A
no u
W i-l
O
CM
o
1
oj
VJ .
J3 4J
J-l -rt
5
*j
c
m
M
t<
3
U
rH u
Ifl CO
VJ 4-1
OJ -H
C J5
111 Q
O K
O
•^ 4J
U-l CO
•H 4J
0 'H
01 .0
a o
to £
I a
lJ 0
CJ C
e o
W 00
00
c
•H
T3
8)
01
b
H C
a o
O -H
£ 3
a.a
nj -H
u v^
00 U
0) *H
O Q
AciclohionU ic
Acidopliilous
Neutral
Alkaliphilous
Alkalibiontic
Indifferent
Eu trophic
Mesotropliic
Oligotrophic
Dystropjiic
Saprophilic
Facultative
Saproxenous
Sapropbobic
Euoxyphilous
Mesoxyphilous
Oligoxyphilous
Euthermal
Mesothermal
Oligothermal
Stenothermal
Hetathermal
Eurvthermal
Eulichtophilous
Mesolichtophilous
Polylichtophilous
Oligolichtophilous
Limnobiontic
Limnophilous
Indifferent
Rheophilous
Rheobiontic
Lake
Pond
River
Stream
Other
Epibenthic
Erabenthic
Epipelic
Episabulic
Epilithic
Epixylous
Epiphytic
Winter
Spring
Summer
Autumn
Predator
Herbivore
Omnivore
Scavenger
Region I
Region II
Region III
Region TV
Region V
Region VI
Region VT I
Region VI 1. 1
Region IX
Region X
Region XT
Region XII
CM
H
X
00
en
X
X
00
-a-
X
X
CM
H
X
X
X
X
X
X
X
X
X
209
-------
Parameters
Ephemerella cbloradensis Dodds
References
Notes
K
O-
1
M
M *J
4-1 C
3 CU
"X.
|
c
n] en
DC U
W -H
O
CM
o
,
0)
M (U
at ^
a. 3
6 4J
0)
H
1
3 x
J3 W
14 'rt
3
w
4J
C
ai
u
>4
3
U
~H AJ
<0 «
Ul -U
aj .H
C .Q
0> CO
O I
U
•r^ U
u-i pj
•H U
O -H
0) JD
cx ro
«0 S
1 QJ
h U
U C
e a
bl 00
CO
C
• r-l
01
b.
*H C
O -H
j: 3
03 -H
00 1-1
0) -H
O Q
Acidoh lont ic
Acidophilous
Neutral
Alkaliphilous
Alkalibiontic
Indifferent
Eutrophic
Mesotrophic
Oligotrophic
Dystrophic
Saprophilic
Facultative
Saproxenous
Saprophobic
Euoxyphilous
Mesoxyphilous
Oligoxvphilous
Euthermal
Mesotherraal
Oligothermal
Stenothermal
Metathermal
Eurythermal
Eulichtophilous
Mesolichtophilous
Polylichtophilous
Oligolichtophilous
Limnobiontic
Litnnophilous
Indifferent
Rheophilous
Rheobiontic
Lake
Pond
River
Stream
Other
Epibenthic
Embenthic
Epipelic
Episabulic
Epilithic
Epixylous
Epiphytic
Winter
Spring
Summer
Au t umn
Predator
Herbivore
Omnivorc
Scavenger
Region I
RCK ion TJ
Roj'.ion 1 1 1
Kc[;ion IV
Region V
Region VI
Region VI T
Region VIII
Region IX
Region X
Region XI
Region XII
o\
X
X
X
X
X
X
X
X
X
X
X
X
X
X
m
00
X
X
X
-»
CO
X
X
X
X
o
rH
X
X
X
X
X
X
X
i-H
rH
X
X
X
X
X
X
m
-------
Parameters
Ephemerella conestaa Trayer
References
Notes
as
a.
i
•ft
M U
u C
3 01
'?.
1
C
{4 U)
DO O
fc -H
O
CNI
Q
I
1
1
M
u \
J3 4J
ti v-i
3
M
4J
B
U
14
H
3
U
•H u
a a
u u
(U >rt
C Xi
v n
o a
O
•H 4J
itj ia
•>^ 4J
O -H
tt) ^1
^3
1 91
1J 0
0) c
e m
M HO
M
e
•H
•u
01
HI
ta
-H C
fl O
O -rl
•H JJ
.C 3
Q*.a
W -rt
>J h
DO U
O U)
«) Tl
O Q
AcJdoh Lout u:
Acidophilous
Neutral
Alkali pillions
Alkallblontlc
Indifferent
Eutrophic
Mesotrophic
Oljj-otrophic
Dystropliic
Saprophilic
Facultative
Saproxenous
Sapropliobic
Euoxyphilous
Mesoxyphilous
Oligoxyphilous
Eu thermal
Mesothermal
Oligothermal
Stenothermal
Me ta thermal
Eurythermal
Eulichtophilous
Mesolichtophilous
Pblylichtophilous
Oligolichtophilous
Limnobiontic
Limnophilous
Indifferent
Rheophilous
Rheobiontic
Lake
Pond
River
Stream
Other
Epibenthic
Embenthic
Epipelic
Episabulic
Epilithic
Epixylous
Epiphytic
Winter
Spring
Summer
Autumn
Predator
Herbivore
Omnivore
Scavenger
Region I
Region 11
Region III
Region IV
Region V
Region VI
Ros_lcn_Vn
Region vTl t
Region IX
Region X
Region XI
Rep. ton XI 1
o\
_.
X
X
X
S
H
—
X
X
-
-
_.
-
-
--
—
-
-
-
—
--
—
-
-
-
_.
-
-
-
—
...
-
-
—
_
-
-
-
-
-
-
-
-
—
-
-
-
...
. „
211
-------
Ephemerella cornuta Morgan
References
NO t.eK
X
a.
I
•H
M w
u C
3 a)
'?*
\
c
nj co
no o
Vj -H
o
CN
o
1
«
w o
0) ^
O. 3
e u
a>
H
1
•o
•^ >%
XI 4J
>J >H
3
i-H
JJ
C
0)
U
U
3
tj
— ( i_)
a co
^ 4J
QJ -H
c a
OJ ra
O 3:
u
•H «J
u-4 eg
•H w
CJ -H
Oi X)
ex ra
41 3
u 0
O C
£ CU
ru oo
00
• H
T3
Q)
OJ
h
-^ c
n o
U -H
— 3
n) -H
00 *-J
U -r-l
O Q
Ac idnh icinl i c
Acidoph i Ions
NcviLral
Alkaliplii Ions
Alkalibioncic
Indifferent
F.utrophic
Mesotrophic
Oligotropliic
Dyscrophi c
Sapropbilic
Facultative
Snproxcnous
Saprophobic
Euoxyphilous
Mesoxvphilous
OligoxyphiJ-Ous
Euthermal
Meso thermal
01 igo thermal
Stenotherraal
Metathermal
Eurythermal
Eulichtophilous
Mesolichtopliilous
Polylichtophilous
Oligolichtophilous
Limnobiontic
Liranophilous
Indifferent
Rheophilous
Rheobiontic
Lake
Pond
River
Stream
Other
Epibenthic
Erabenthic
Epipelic
Episabulic
Epilithic
Epixylous
Epiphytic
Winter
Spring
Summer
Autumn
Predator
Herbivore
Onuiivorc
Scavenger
Region I
Region 11
Region IM
Kfj-.ion IV
Region V
Keg ion VI
Region VU
Region VI [1
Region IX
Region X
Region XI
Region XI T
o^
X
X
X
X
X
X
X
01
CO
1— i
X
(^
m
i-H
X
X
X
X
m
CN
.-H
X
X
X
X
X
X
X
X
X
X
X
,
—
212
-------
Ephemerella cornutella McDunnough
Parameters References
Notes
33
a
i
•H
M 4J
u a
3 a
z
i
a
a w
ao o
M -H
o
CM
O
1
a
u oj
01 v<
a 3
g 4J
H
1
•o
•H X
,0 U
U -H
5
4J
C
O
14
M
3
U
rH AJ
a a
P 4J
0) 'H
C -Q
cu nt
o B:
a
•H 4J
*J M
•H 4J
O 'H
01 ,£)
a n
^ a
1
X
X
x
1
y
x
Y
x
-------
Ephemerella coxalis Mclhinnough
i';i i ;i!m>t r rs
Noli'K
a:
P
i
•H
Jj 4-1
U C
3
'Z.
1
£
n] w
00 U
(J •>-<
O
(S
o
i
a
t-i QJ
QJ M
(X 3
e "
QJ
H
1
-o
•H >>
.0 U
t-J -H
3
PH
U
C
01
14
^
3
U
>— I u
O to
tj 4->
u -H
C J3
QJ 03
0 p:
o
•H U
•4-1 a
•rf tJ
O -H
QJ ^3
Q. d
<') =
1 Ol
M U
QJ C
e QJ
W 00
00
• r-l
T3
QJ
b
-H C
"j O
O --H
s: 3
CX ^5
n -H
i-i ^
on u
0) -H
0 0
Ac i doh i <>n t i r
Ac iclopli i Ions
Netltm 1.
Mkaliph iltuis
A] kalibiontic
Jndlf f front
Kill ropluc
Me sot roph ic
Oligotroptuc
Dyscrophic
Saprophi 1 ic
Facul cntivc
Kaproxcnous
Sapropliobic
Euoxyphilous
Mesoxyphilous
01 igoxvphllous
Euthermal
Mcsothcrmal
01 igo thermal
Stenothermal
Metathermal
Eurytlicrmal
Eulichtophilous
McsolichCophilous
Polylichtophilous
Oligolichtophilous
Limnobiontic
Limnophilous
Indifferent
Rheophilous
Rheobiontic
Lake
Pond
River
S t r earn
Other
Epibenthic
Embenthic
Epipelic
Episabulic
Epilithic
Epixylous
Epiphytic
Winter
Spring
Summer
Autumn
Predator
Herbivore
Omnivore
Scavenger
Region I
Region TT
Reg ion II 1
Kt-r, ion IV
Rug ion X'
Region VI
Mi-.^-Y.TJ __
Ko't; ion vi 1 I
Rujjion IX
Region X
Keg ion .XI
Rep ion XI i
rH
rH
—
X
x
X
X
X
3C
—
-
-
-
-
-
-
-
-
-
I
-
...
—
—
-•
-
-
-
—
-
-
—
-
-
-
-
—
-•
-
...
_
_-
—
-
-
-
-
-
-
—
...
-
-
—
-
-
—
...
—
-
—
...
—
-•
—
._
•
-
_..
-
...
-
-:
—
—
—
-..
_
-*
-
-
—
--
-
-•
-
•-
—
-
-
...
-
—
....
—
.-
l_
214
-------
Ephemerella crenula Allen and Edmunds
I'aramc ters
References
NoLcs
w
a
I
•H
K "
<-> C
3 1>
•z.
1
c
CO VI
00 O
^ -H
O
,
& U
Vj •!-<
3
PH
4->
C
(1)
Jj
K
3
O
M 4-1
CO CO
P -U
O -H
C ^
-------
Ephemerella deficJ,ens Morgan
I'.-innnrLer.s
Kefcronccs
NoLo.s
32
d,
1
•H
±4 JJ
*-> C
3 a)
2.
1
C
ra w
oo u
W -H
o
CM
o
I
nl
U 01
CU »•*
O* "3
G w
H
l
-a
•H >»
JD 4J
H -M
d
M
4J
C
Q)
V4
V4
3
CJ
rH 4J
ra n
w tj
0) -H
C J3
oj td
o s
o
•H ij
UJ ffl
•H 1-J
O -H
OJ J3
•\n as
1 C
E
rH
X
X
X
Oi
m
rH
X
X
X
i-H
(^
rH
X
X
X
X
X
X
X
X
-
.
216
-------
Ephemerella delantala Mayo
Parameters References
Notes
a
a
i
•H
M -U
W C
3 (U
^
i
c
cfl ,
-Q U
U -H
3
F-l
U
C
0)
M
i-
3
O
•H 4J
« nj
M u
a) -H
C ^a
QJ Cd
0 K
u
•H U
H
O Q
Ac. i dob ion t i c
Aeidophilous
Neutral
Alkaliphilous
Alka.libiontic
Indifferent
Eutrophic
Mesotrophic
Oligotrophic
Dystrophic
Sapropliilic
Facultative
Snproxenous
Sapropliobic
Euoxyphilous
Mesoxyphilous
Oligoxyphilous
Eutherraal
Meso thermal
Oligothermal
Stenothermal
Ketathermal
Eurvtherma]
Eulichtophilous
Mesolichtophilous
Polylichtophilous
Oligolichtophilous
Limnobiontic
Limnophilous
Indifferent
Rheophilous
Rheobiontic
Lake
Pond
River
Stream
Other
Epibenthic
Erabenthic
Epipelic
Episabulic
Epilithic
Epixylous
Epiphytic
Winter
Spring
Summer
Autumn
Predator
Herbivore
Onmivorc
Scavenger
Region I
Region IT
Region 1 1 1
Ren*, ion 1 V
Region V
Region VI
Region VII
Region VIII
Region IX
Region X
Region XI
Region XII
r-
X
X
X
X
X
X
X
1
217
-------
Ephemerella doddsi Needham
1'ar.iractcrs
References
Notes
ac
a
Nutri-
ent
i
c
to en
to u
\J -H
O
CM
O
Tempera-
ture
Turbid-
ity
Current
General
Habitat
Specific
Habitat
Emer-
gence
Feeding
Geographical
Distribution
Ac i dob i out ic
Acidophilous
Neutral
Alkali pliil ous
Alkalibiontic
Indifferent
Eutrophic
Mesotrophic
Oligotrophic
Dystrophic
Saprophi lie
Facultative
Saproxenous
Snprophobic
Euoxyphilous
Mesoxyphilous
Oligoxyphilous
Euthermal
Meso thermal
Oligothermal
Stenothermal
Metathermal
Eurythermal
Eulichtophilous
Mesolichtophilous
Polylichtophilous
Oligolichtophilous
Limnobiontic
Limnophilous
Indifferent
Rheophilous
Rheobiontic
Lake
Pond
River
Stream
Other
Epibenthic
Embenthic
Epipelic
Episabulic
Epilithic
Epixylous
Epiphytic
Winter
Spring
Summer
Autumn
Predator
Herbivore
Oir.nivore
Scavenger
Region I
Rci; LOU 1 T
Roy ion 11 I
KcT. inn IV
Region V
Rep ion VI
Rep ion VI r
Re;; ion VIII
Ri.r,jon IX
Region X
Region XT
Region XII
-
-
X
X
X
X
X
X
—
X
l~
X
CM
X
X
X
X
X
X
X
CM
0
l-i
-
X
X
X
m
rH
-
X
X
X
vD
T-H
-
X
X
X
r*.
H
...
X
X
X
X
X
X
X
X
X
X
X
en
en
-
X
CO
m
-
X
X
X
X
X
en
-
X
X
X
X
X
X
X
X
—
IT
tC
r-
—
X
X
X
X
X
X
—
X
en
CO
X
X
X
X
X
X
X
X
X
CO
CO
rH
X
X
X
X
X
X
X
*
-
_-
—
_.
--
-
-•
-
_..
—
._.
—
-
—
—
—
-
—
._
—
(9) Alaska
218
-------
Ephemerella doris Traver
Parameters
References
Notes
Si
P.
Nutri-
ent
I
ca «
w> u
H -H
o
C*4
O
Tempera-
ture
rurbid-
ity
Current
General
Habitat
Specific
Habitat
Emer-
gence
ta
C
•H
•a
V
aj
tu
Geographical
Distribution
Acidobiontic
Acidophilous
Neutral
Alkaliphilous
Alkalibiontic
Indifferent
Eutrophic
Mesotrophic
Oligotrophic
Dystrophic
Saprophilic
Facultative
Saproxenous
Saprophobic
Euoxyphilous
Mesoxyphilous
Oligoxyphilous
Euthermal
Mesothermal
Oligothermal
Stenothermal
Metathermal
Eurythermal
Eulichtophilous
Mesolichtophilous
Polylichtophilous
Oligolichtophilous
Limnobiontic
Limnophilous
Indifferent
Rheophilous
Rheobiontic
Lake
Pond
River
Stream
Other
Epibenthic
Embenthic
Epipelic
Episabulic
Epilithic
Epixylous
Epiphytic
Winter
Spring
Summer
Autumn
Predator
Herbivore
Omnivore
Scavenger
Region I
Region II
Region III
Region IV
Region V
Region VI
Region VII
Region VIII
Region IX
Region X
Region XI
Region XII
tH
T-«
X
X
00
rH
iH
X
X
-
219
-------
Ephemerella dorothea Needham
Parameters
References
Notes
x
Q.
|
•H
^ 4J
4J C
D 0)
z
i
C
cd «
oo a
M -H
o
CN
o
1
n)
u a)
•H >-,
^ 4J
M -1-1
3
n
4-1
C
(0 -H
O G
Acidobiontic
Acidcphilous
Neutral
Alkaliphilous
Alkalibiontic
Indifferent
Eutrophic
Mesotrophic
Oligotrophic
Dystrophic
Saprophilic
Facultative
Saproxenous
Saprophobic
Euoxyphilous
Mesoxyphilous
Oligoxyphilous
Euthermal
Mesothermal
Oligothermal
Stenothermal
Metathermal
Eurytherraal
Eulichtophilous
Mesolichtophilous
Polylichtophilous
Oligolichtophilous
Limnobiontic
Limnophilous
Indifferent
Rheophilous
Rheobiontic
La.ke
Pond
River
Stream
Other
Epibenthic
Erabenthic
Epipelic
Episabulic
Epilithic
Epixylous
Epiphytic
Winter
Spring
Summer
Autumn
Predator
Herbivore
Omnivore
Scavenger
Region I
Region II
Region ITI
Region IV
Region V
Region VI
Region VII
Region VIII
Region IX
Region X
Region XI
Region XII
C*4
(-)
X
X
X
X
X
X
X
X
X
PI
CO
T-t
X
00
t£>
tH
X
X
X
1
'
220
-------
Ephemerella edmundsl Allen
Parameters
References
Notes
03
P.
Nutri-
ent
I
d
0 to
00 O
H ft
O
CM
O
Tempera-
ture
rurbid-
ity
Current
General
Habitat
Specific
Habitat
Emer-
gence
Feeding
L Geographical
Distribution
Acidobiontic
Acidophilous
Neutral
Alkaliphilous
Alkalibiontic
Indifferent
Eutrophic
Mesotrophic
Oligotrophic
Dystrophic
Saprophilic
Facultative
Saproxenous
Saprophobic
Euoxyphilous
Mesoxyphilous
Oligoxyphilous
Eu thermal
Mesothermal
Oligothermal
Steno thermal
Metathermal
Eurythermal
Eulichtophilous
Mesolichtophilous
Polylichtophilous
Oligolichtophilous
Limnobiontic
Limnophilous
Indifferent
Rheophilous
Rheobiontic
Lake
Pond
River
Stream
Other
Epibenthic
Embenthic
Epipelic
Episabulic
Epilithic
Epixylous
Epiphytic
Winter
Spring
Summer
Autumn
Predator
Herbivore
Omnivore
Scavenger
Region I
Region II
Region III
Region IV
Region V
Region VI
Region VII
Region VIII
Region IX
Region X
Region XI
Region XII
in
X
Y
vo
X
X
Y
in
X
X
X
Y
-H
iH
X
X
X
Y
fn
rH
X
X
Y
221
-------
Ephemerella excrucians Walsh.
I'nnimete.rK
Re Terences
Note:
I
o*
t
•H
M *J
u B
3 0)
2
1
(3 ul
00 O
}-i -rl
O
r-j
O
1
<0
ti d)
,
.0 4J
W -H
3
t-t
4J
c
1)
u
Vt
3
U
^H AJ
(0 ffl
H 4-1
O -H
C f
O ffl
o a
a
•H 4J
*H Cd
•H 4J
0 -H
-------
Epheinerella flavilinea McDunnough
I'arnmoLc'.i'H
References.
Notes
M
a
i
•H
H U
U C
3 41
E5
1
co a
00 o
W -H
o
CM
o
1
II!
H HI
el 1-1
Q. 3
H
1
•o
•H >,
XI U
M i-l
^
4J
C
OJ
u
M
3
u
rH 4J
ttj IS
^ W
HI -H
C ,0
tu co
0 W
o
•H JJ
in rt
•H W
O -H
d) ^3
0. ffl
+1 X
I
-------
Ephemerella frisoni McDunnough
Parameters References
Notes
33
O*
1
•H
VJ 4J
»J C
3 131
z
I
C
to w
GO O
^j -H
o
CN
O
I
ctj
M HI
01 Vi
D. 3
H
1
T)
•H >,
-H 4-1
^i -H
3
n
4J
C
HI
V4
VJ
3
u
•-H 4-J
CO nj
L« 4J
0) i-(
C J
0) n)
-------
Ephemerella funeralis McDunnough
Parameters References
Notes
SB
a
I
•H
H U
U C
y m
•z
i
c
iH 01
CO O
M -H
O
IN
O
i
M
M 0)
-,
,0 U
M -H
3
F-l
JJ
C
0)
M
^
3
U
M «
^i 4J
aj -H
d ja
01 nj
u as
o
-H 4J
uj n)
•H 4J
U -H
0) A
P. n
+0 s
1
-------
Parameters
Ephemerella grandis Eaton
References
Notes
£U
I
•H
^ 4_>
W C
3 (U
X
1
C
OJ U)
00 U
l-i -H
O
CM
o
1
(3
>-. CJ
OJ M
D. 3
E 4J
H
1
T3
•H >,
XI U
VJ -H
3
f-t
4J
C
a
LI
u
3
U
rH 4-1
eo to
u u
0) -rl
C A
41 CO
O S
O
•H 4-1
UJ (0
•H 4J
O -rl
a) .0
CU ci)
+0 X
1 0)
U 0
cu c
a 01
U dO
00
C
•H
o
fe
—i C
U *H
x: 3
(0 -H
00 4J
(U -H
O Q
Ac iclohiont ic
Acidophilous
Neutral
Alkaliphilous
Alkalibiontic
Indifferent
Eutrophic
Mesotrophic
Oligotrophic
Dystrophic
Saprophilic
Facultative
Saproxenous
Saprophobic
Euoxyphilous
Mesoxyphilous
Oligoxyphilous
Euthermal
Mesothermal
01 igo thermal
Stenothermal
Metathermal
Eurythermal
Eulichtophilous
Mesolichtophilous
Polylichtophilous
Oligolichtophilous
Limnobiontic
Limnophilous
Indifferent
Rheophilous
Rheobiontic
Lake
Pond
River
Stream
Other
Epibenthic
Embenthic
Epipelic
Episabulic
Epilithic
Epixylous
Epiphytic
Winter
Spring
Summer
Autumn
Predator
Herbivore
Omnivore
Scavenger
Region I
Region II
Region III
Region IV
Region V
Region VI
Region VI I.
Region VI T I
Roe ion IX
Region X
Region XI
Region XII
o>
X
X
X
X
X
X
X
X
X
X
o
CN
X
X
X
X
X
X
00
CN
X
m
00
X
X
X
X
<•
CO
X
X
X
X
X
o
o
tH
X
X
X
X
CN
o
i-H
X
X
X
X
X
X
X
m
rH
H
X
X
X
X
vO
X
X
X
r^
H
X
X
X
X
X
X
X
X
X
X
X
X
en
en
rH
X
X
00
u-i
rH
X
X
X
X
en
f^
rH
X
X
X
X
X
X
X
X
en
CO
rH
X
X
X
X
X
X
X
X
X
-»
CN
X
X
X
X
X
X
f
X
X
X
X
00
00
rH
X
X
X
X
X
X
X
X
00
p>
X
X
X
226
-------
I'nnimetcrK
Ephemerella hecuba Eaton
References
Notes
K
P.
1
•H
K 4J
u c
3 0)
Z
1
01 W
GO o
M -H
O
CM
O
1
to
U 0)
0) M
O. 3
£? 4J
H
1
3 >,
•63
,2
4J
c
tu
u
tJ
3
u
.H 4J
n n
VJ 4J
as -1-1
C XI
OJ ffl
o a
a
•H 4J
UJ M
•H JJ
O 'H
0) XI
ex rc
40 x
1 0)
tl 0
u a
E 0
c
•H
T3
HI
ID
fe
H C
n) o
O -H
•H 4J
X 3
a.o
W -H
V4 P
60 -Ul
O 01
01 -H
O Q
Acicloblontic
Acidophilous
Meutral
Alkaliphilous
Alkalibiontic
Indifferent
Eutrophic
Mesotrophic
Oligotrophic
Dystrophic
Saprophilic
Facultative
Saproxenous
Saprophobic
Euoxyphilous
Kesoxyphilous
Oligoxyphilous
Euthermal
Mesothermal
01 igo thermal
Stenothermal
Metathermal
Eurythermal
Eulichtophilous
Mesolichtophilous
Polylichtophilous
Oligolichtophilous
Limnobiontic
Limnophilous
Indifferent
Rheophilous
Rheobiontic
Lake
Pond
River
Stream
Other
Epibenthic
Erabenthic
Epipelic
Episabulic
Epilithic
Epixylous
Epiphytic
Winter
Spring
Summer
Autumn
Predator
Herbivore
Omnivore
Scavenger
Region I
Region II
Region III
Region IV
Region V
Region VI
Region VII
Region VIII
Region IX
Region X
Region XT.
Region XII
-*
X
X
X
X
X
X
X
X
X
X
r^
X
X
X
X
X
X
CM
O
rH
X
X
X
r^
!-(
iH
X
X
X
X
X
X
X
m
t*~
H
X
X
X
X
X
X
CO
CO
i-t
X
.
227
-------
Parameters
Ephemerella heteroeaudata McDunnough
References
Notes
DC
O.
I
•H
l-i *-*
u c
3 0)
2
(
C
03 U)
bO U
t-( -H
o
CM
o
1
nj
1- QJ
01 V-4
CX 3
s *•*
H
1
T3
•H X
XI 4J
J-l 1-1
3
F-t
U
c
QJ
V-«
Vj
3
U
•H 4J
CO (0
H 4-J
(U -H
C &
01 Ot
O PC
U
•H *J
U-( OJ
•H U
0 -H
0) XI
Ci 0)
-frt pc
1 0)
i-< U
QJ d
6 0)
to oo
GO
c
-H
OJ
IX,
rH C
U -H
-C 3
tTJ -r^
M J
QJ -H
Acidobiontic
Acidophilous
Neutral
Alkaliphilous
Alkalibiontic
Indifferent
Eutrophic
Mesotrophic
Oligotrophic
Dystrophic
Saprophilic
Facultative
Saproxenous
Saprophobic
Euoxyphilous
Mesoxyphilous
Oligoxyphilous
Euthermal
Mesothermal
Oligothermal
Stenothermal
Metathermal
Eurythermal
Eulichtophilous
Mesolichtophilous
Polylichtophilous
Oligolichtophilous
Limnobiontic
Limnophilous
Indifferent
Rheophilous
Rheobiontic
Lake
Pond
River
Stream
Other
Epibenthic
Embenthic
Epipelic
Episabulic
Epilithic
Epixylous
Epiphytic
Winter
Spring
Summer
Autumn
Predator
Herbivore
Omnivore
Scavenger
Region I
Region II
Region III
Region IV
Region V
Region VI
Region VII
Region VIII
Region IX
Region X
Region XI
Region XII
to
X
X
X
X
X
X
X
X
•d-
Nl
X
X
X
X
X
X
X
en
H
X
X
X
X
X
X
X
x>
X
r-<
X
X
X
X
X
X
X
X
228
-------
Parameters
Ephemerella hispida Allen and Edmunds
References
Notes
33
a
I
•H
U U
4-1 C
3 0)
•z
1
d
aj w
oo o
H 'H
o
CNl
O
1
B
vj a)
(U M
(X 3
e u
CU
H
1
T>
•H >,
J3 4J
H -rl
3
F-<
4->
C
0)
u
Vj
3
o
M 4J
ra «
b u
« cfl
•H JJ
U -H
J M
bO U
O W
V vH
U Q
Acidobiontic
Acidophilous
Neutral
Alkaliphilous
Alkalibiontic
Indifferent
Eutrophic
Meso trophic
Oligotrophic
Dystrophic
Saprophilic
Facultative
Saproxenous
Saprophobic
Euoxyphilous
Mesoxyp'hilous
Oligoxyphilous
Eu thermal
Mesothermal
Oligothermal
Stenothermal
Metathermal
Eurythermal
Eulichtophilous
Mesolichtophilous
Polylichtophilous
Oligolichtophilous
Limnobiontic
Limnophilous
Indifferent
Rheophilous
Rheobiontic
Lake
Pond
River
Stream
Other
Epibenthic
Embenthic
Epipelic
Episabulic
Epilithic
Epixylous
Epiphytic
Winter
Spring
Summer
Autumn
Predator
Herbivore
Omnivore
Scavenger
Region I
Region ] I
Region IT!
Region TV
Region V
Region VI
Region VII
Region VI 11
Region IX
Region X
Region XI
Region XII
cs
rH
X
J
_.
-.
229
-------
Ephemerella hystrix Traver
Parameters
References
Notes
3C
(X
|
•r-f
M 4-1
4J C
d oj
2;
i
c
0) W
bO O
>-( -H
O
CN
O
J
re
VJ 0)
0) V4
(X 3
£ u
H
!
T3
•rf >>
JD -U
M -(-I
3
M
4J
C
QJ
lj
V-i
3
U
^ 4_|
ca rt
t-l 4J
OJ -H
C ,0
o) re
O 33
O
•r-4 4J
IM re
•H 4-)
U -H
OJ XI
o. re
•fO Sfl
I CU
^ U
QJ C
e
ropliobic
Euoxyphilous
Mesoxyphilous
Oligoxyphilous
Euthermal
Mesothermal
01 igo thermal
Stenothermal
Metathermal
Eurythermal
Eulichtophilous
Mesolichtophilous
Polylichtophilous
Oligolichtophilous
Limnobiontic
Limnophilous
Indifferent
Rheophilous
Rheobiontic
Lake
Pond
River
Stream
Other
Epibenthic
Embenthic
Epipelic
Episabulic
Epilithic
Epixylous
Epiphytic
Winter
Spring
Summer
Autumn
Predator
Herbivore
Omnivore
Scavenger
Region I
Region 11
Region III
Region IV
Region V
Region VI
Region VII
Region VI 11
Region IX
Region X
Region XI
Region XII
vD
y
X
X
X
X
-I
!-t
X
x
x
X
x
X
X
to
rH
X
x
x
x
X
x
x
00
00
i-H
X
X
X
X
x
x
x
X
230
-------
Parameters
Ephemerella inconstans Traver
References
Notes
a
0.
Nutri-
ent
i
c
ffl ffl
oo o
H -H
o
r-j
O
Tempera-
ture
rurbid-
ity
Current
General
Habitat
"Specific
Habitat
Emer-
gence
Feeding
Geographical
Distribution
Acidobiontic
Acidophilous
Neutral
Alkaliphilous
Alkalibiontic
Indifferent
Eutrophic
Mesotrophic
Oligotrophic
Dystrophic
Saprophilic
Facultative
Saproxenous
Saprophobic
Euoxyphilous
Mesoxyphilous
Oligoxyphilous
Euthermal
Mesothermal
Oligothermal
Stenotherraal
Metathermal
Eurythermal
Eulichtophilous
Mesolichtophilous
Polylichtophilous
Oligolichtophilous
Limnobiontic
Limnophilous
Indifferent
Rheophilous
Rheobiontic
Lake
Pond
River
Stream
Other
Epibenthic
Embenthic
Epipelic
Episabulic
Epilithic
Epixylous
Epiphytic
Winter
Spring
Summer
Autumn
Predator
Herbivore
Omnivore
Scavenger
Region I
Region II
Region III
Region IV
Region V
Region VI
Region VII
Region VIII
Region IX
Region X
Region XI
Region XII
CM
r-l
X
X
X
x
x
00
rH
1-1
X
X
X
X
x
,
—
231
-------
Ephemerella inermis Eaton
I'.'iramcLors
References
Notes
sc
EX
I
•H
t-i -u
-U C
3 0)
2:
I
C
nj w
GO u
*-i -H
o
CM
O
i
tfl
Ui QJ
0) t-i
0. 3
£ 4J
H
1
tJ
•H >,
J3 U
)-» -H
5
U
C
0)
U
1-1
3
O
r-H 4J
(5 rt
i^ 4_i
0 -H
U Q
Acidobiontic
Acidophilous
Neutral
Alkaliphilous
Alkallbiontic
Indifferent
Eutrophic
Mesotrophic
Oligotrophic
Dystrophic
Saprophilic
Facultative
Saproxenous
Saprophobic
Euoxyphilous
Hesoxyphilous
Oligoxyphilous
Euthermal
Mesothermal
Oligothermal
Stenotherraal
Metathermal
Eurythermal
Eulichtophilous
Mesolichtophilous
Polylichtophilous
Oligolichtophilous
Limnobiontic
Limnophilous
Indifferent
Rheophilous
Rheobiontic
Lake
Pond
River
Stream
Other
Epibenthic
Embenthic
Epipelic
Episabulic
Epilithic
Epixylous
Epiphytic
Winter
Spring
Summer
Autumn
Predator
Herbivore
Omnivore
Scavenger
Region T
Ref, ion IT
Region ITL
Region IV
Region V
Region VI
Kcp, ion VI r
Reg ion VIII
Region IX
Region X
Region XT
Region XII
cs
i-(
X
X
X
X
X
X
X
x
x
x
x
X
X
X
X
vO
1-1
X
X
X
X
r*.
m
X
X
X
x
X
§
iH
X
x
X
CM
0
.-I
X
X
X
X
X
X
0
m
iH
X
X
x
X
iH
m
iH
X
X
x
X
CO
in
iH
X
X
X
X
x
en
r-
H
X
X
X
X
x
x
x
CO
00
r-t
X
X
X
X
X
X
X
X
x
CO
00
H
X
X
X
X
X
X
x
X
„
(12) and (16)
Alaska
232
-------
Ephemerella infrequens McDunnough
Parameters References
Notes
33
a
I
•H
n u
u C
3 Q)
Z
1
C
« >
00 O
M -rl
O
CV]
O
1
to
y a)
,
J3 4J
^ -H
3
f-i
4J
C
8)
U
*j
3
U
tH 4J
n «
^ 4J
01 -H
C J3
QJ 0}
O X
O
•H iJ
!« ffl
•H 4-1
0 -H
J 0
-------
Parameters
Ephemerella invaria (Walker)
References
Notes
3-
Cu
1
•H
t-i 4-1
w C
3
c3 oo
y>
a
*H
rH
X
•
234
-------
Ephemerella j acobi McDunnough
I'.-ir.-imoto.rs KoTerences
Note's
ra
O.
1
•H
H 4J
w S
3 4)
z
1
nj to
no o
U -H
o
-------
Ephemerella lacustris Allen and Edmunds
Parameters References
Notes
X
d.
1
•^
$-1 4J
4J C
3 Qj
3
1
C
CO W
co o
M -H
0
CM
o
I
«J
J-J 0)
>
XI U
^ -H
3
f-t
l~i
C
0>
V*
V4
3
o
fH 4J
CO (0
)-< 4J
(U -H
C &
0) 03
O X
u
•H 4-1
•rH 4-1
(J -H
OJ J3
(X a
^0 X
1 01
K 0
01 C
e 01
00
-H
O
OJ
u,
•H C
U -H
-C J
n ~r4
^0 i-J
U -H
Acidobiontic
Acidophilous
Neutral
Alkaliphilous
Alkalibiontic
Indifferent
Eutrophic
Mesotrophic
Oligotrophic
Dystrophic
Saprophilic
Facultative
Saproxenous
Saprophobic
Euoxyphilous
Mesoxyphilous
Oligoxyphilous
Euthermal
Mesothermal
Oligothermal
Stenothermal
Metathermal
Eurythermal
Eulichtophilous
Mesolichtophilous
Polylichtophilous
Oligolichtophilous
limnobiontic
Limnophilous
Indifferent
Rheophilous
Rheobiontic
Lake
Pond
River
Stream
Other
Epibenthic
Embenthic
Epipelic
Episabulic
Epilithic
Epixylous
Epiphytic
Winter
Spring
Summer
Autumn
Predator
Herbivore
Omnivore
Scavenger
Region I
Region 11
Region III
Region IV
Regjon V
Region VI
Region VII
Region V1TI
Region IX
Region X
Region XI
Region XII
CN
M
X
X
X
X
X
x
fo
,~-l
X
X
X
i
\
\
,
236
-------
Ephemerella lata Morgan
Parameters
References
Notes
B!
D.
1
•H
H 4J
u a
3 01
z
1
e
ID to
00 U
U -H
o
cs
O
1
nl
H <0
01 H
O. 3
6 LJ
H
1
3*
•83
5
4J
c
0
u.
£
0
H u
M a
ij u
OJ -H
C .0
91 «
O S
U
•rl U
>W 11)
•H u
0 'H
4J
O 10
01 'H
O Q
A'cidobiontic
Acidophilous
Neutral
Alkaliphilous
Alkalibiontic
Indifferent
Eutrophic
Mesotrophic
Oligotrophic
Dystrophic
Saprophilic
Facultative
Saproxenous
Saprophobic
Euoxyphilous
Mesoxyphilous
01 igoxyphilous
Euthermal
Mesothermal
Oligothermal
Stenothermal
Metathermal
Eurythermal
Eulichtophilous
Mesolichtophilmis
Polylichtophilous
Oligolichtophilous
Limnobiontic
Limnophilous
Indifferent
Rheophilous
Rheobiontic
Lake
Pond
River
Stream
Other
Epibenthic
Embenthic
Epipelic
Episabulic
Epilithic
Epixylous
Epiphytic
Winter
Spring
Summer
Autumn
Predator
Herbivore
Omnivore
Scavenger
Region I
ReRion IT
Region 1 1 I
Reg Ion IV
Region V
Region VI
Region VTT
Region VU. I
Region IX
Region X
Region XI
Region XfJ
CT\
X
X
X
X
X
X
X
w
"O
!-(
x
X
\
y
X
X
X
\
- • -
237
-------
Ephemerella levis Day
Parameters
References
Notes
d,
1
•H
}-( -U
4-> C
3 tl)
K
1
C
tfl 10
00 U
U -rt
o
CM
O
1
nj
J-i 0)
QJ V*
CU ^
e 4-1
Q)
H
1
T3
-H >>
X) U
H -rH
^
4J
c
0)
M
M
3
U
t-H 4-J
ra nj
M 4-J
OJ -H
C J3
d> -r-<
Acidobiontic
Acidophilous
Neutral
Alkalipliilous
Alkalibiontic
Indifferent
Eutrophic
Mesotrophic
Oligotrophic
Dystrophic
Saprophilic
Facultative
Saproxenous
Sapropliobic
Euoxyphilous
Mesoxyphilous
Oligoxyphilous
Euthermal
Mesothermal
Oligothermal
Stenothermal
Metathermal
Eurythermal
Eulichtophilous
Mesolichtophilous
Polyliehtophilous
Oligolichtophilous
Limnobiontic
Limnophilous
Indifferent
Rheophilous
Rheobiontic
Lake
Pond
River
Stream
Other
Epibenthic
Emhenthic
Epipelic
Episabulic
Epilithic
Epixylous
Epiphytic
Winter
Spring
Summer
Autumn
Predator
Herbivore
Omnivore
Scavenger
Region I
Region ) I
Region III
Region TV
Region V
Reel on VI
Rc-f.ion VI I
Reg ion V 1 ] L
Region IX
Region X
Reg Jon XI
Region XFI
O
iH
X
X
238
-------
Ephemerella lita Burks
Parameters
References
Notes
5S
a
i
-H
H 4J
u C
3 a
Z
1
09 tl)
00 O
l-l -H
O
,
J3 4J
14 -H
3
w
4J
C
O
M
H
3
u
H 4J
n) «
M U
eu TH
C A
OJ oj
o a
o
•H U
IH «
•H JJ
O 'ri
01 XI
(X nl
•in x
1 91
tl 0
o a
6 (!)
W 00
00
C
•H
T3
0)
-------
Ephemerella lodl Mayo
Parameters
References
Notes
X
Oi
1
•H
VJ iJ
*-> C
3 M
a, 3
B 4-1
cu
H
1
"O
•H >>
.a U
M 'H
3
(-1
4J
C
a)
M
M
3
(J
M 4J
n ™
>-> u
01 -H
c: xi
-------
Ephemerella longicornis Traver
1'arametcrK
References
Notes
S
(X
1
•H
M »-"
u C
d Hi
2;
1
C
nj en
00 O
M -H
O
CM
O
1
rt
K *
.Q 4J
fc -H
B
4J
C
01
kj
^
3
u
H w
« a
M u
41 'H
C ^
01 lH
o a
u
•H *J
U-4 (U
•H U
U 'ri
OJ 43
CL ctt
*0 3C
1 (U
n o
0) C
g to
K\ bO
I>0
C
•H
•o
Q)
QJ
b
H e
nj o
U -H
X a
ffl 'H
u i^
00 iJ
O VI
01 -H
o a
AcidobioiHic
Acidophi.Lous
Neutral
Alkaliphilous
Alkalibiontic
Indifferent
Eutrophic
Mesotrophic
Oligotrophic
Dystrophic
Saprophilic
Facultative
Saproxenous
Sapropjiobic
Euoxyphilous
Mesoxyphilous
Oligoxyphilous
Euthermal
Mesothermal
Oligothermal
Stenothermal
Metathermal
Eurythermal
Eulichtophilous
Mesolichtophilous
Polylichtophilous
Oligolichtophilous
Limnobiontic
Limnophilous
Indifferent
Rheophilous
Rheobiontic
Lake
Pond
River
Stream
Other
Epibenthic
Embenthic
Epipelic
Episabulic
Epilithic
Epixylous
Epiphytic
Winter
Spring
Summer
Autumn
Predator
Herbivore
Omnivore
Scavenger
Region I
Region 11
Region III.
Region IV
Region V
Region VT
Region VII
Region VI. 1 1
Region IX
Region X
Region XI
Region XJI
Ov
•
X
1
A
T
^
00
rH
•H
X
X
X
X
X
A
,
~
-------
Ephemerella lutulenta Clemens
Parameters
References
Notes
X
£X
I
•r4
W t->
4J C
3 a)
2
t
c
nj w
00 U
)-i -H
o
s
J3 4J
^ -H
D
f—i
U
C
CD
i-r
M
Z>
U
r-H 4-1
cd co
M 4J
a> -H
c; ,0
01 m
o as
u
•H U
•*J CQ
•H 4->
U *H
Q) ,Q
O- (d
4/1 ac
u u
O C
E 0)
Cd 60
oc
•H
"O
0)
F^
•-» C
U -H
j: 3
03 -^
00 *->
Q) -H
O Q
Ac 1 dob ion tic
Acidophilous
Neutral
Alkaliphilous
Alkalibiontic
Indifferent
Eutrophic
Mesotrophic
Oligotrophic
Dys trophic
Saprophilic
Facultative
Saproxenous
Saprophobic
Euoxyphilous
Mesoxyphilous
Oligoxyphilous
Euthermal
Mesothermal
01 igo thermal
Stenothermal
Metathermal
Eurythermal
Eulichtophilous
Mesolichtophilous
Polylichtophilous
Oligolichtophilous
Limnobiontic
Limnophilous
Indifferent
Rheophilous
Rheobiontic
Lake
Pond
River
Stream
Other
Epibenthic
Erabenthic
Epipelic
Episabulic
Epilithic
Epixylous
Epiphytic
Winter
Spring
Summer
Autumn
Predator
Herbivore
Omnivore
Scavenger
Region I
Region U
Region 1 r r
Region IV
Region V
Region VI
Region V1T
Region VII 1.
Region IX
Region X
Region XI
Region XII
H
H
X
X
X
X
X
X
X
0
>£>
X
X
X
e^
-------
Ephemerella maculata Traver
Parameters
References
Notes
*
O.
1
•H
H W
4J C
S"
1
(fl 0]
no o
^ -H
O
CM
0
Tempera-
ture
lurbid-
ity
Current
General
Habitat
•Specific
Habitat
Emer-
gence
ff
•H
•a
o
a)
ta
Geographical
Distribution
Acidoblontic
Acidophilous
Neutral
Alkaliphilous
Alkalibiontic
Indifferent
Eutrophic
Mesotrophic
Oligotrophic
Dystrophic
Saprophilic
Facultative
Saproxenous
Saprophobic
Euoxyphilous
Mesoxyphilous
Oligoxyphilous
Eu thermal
Meso thermal
Oligothermal
Stenothermal
Metathermal
Eurythermal
Eulichtophilous
Mesolichtophilous
Polylichtqphilous
Oligolichtophilous
Limnobiontic
Limnophilous
Indifferent
Rheophilous
Rheobiontic
Lake
Pond
River
Stream
Other
Epibenthic
Embenthic
Epipelic
Episabulic
Epilithic
Epixylous
Epiphytic
Winter
Spring
Summer
Autumn
Predator
Herbivore
Omnivore
Scavenger
Region I
Region II
Region III
Region IV
Region V
Region VI
Region VII
Region VIII
Region IX
Region X
Region XI
Region XII
CM
iH
X
X
VO
r-i
X
X
-a-
CM
X
X
X
X
X
X
J
243
-------
Ephemerella margarita Needham
Parameters References
Notes
rc
PI
i
•H
M W
4J C
3 QJ
*&
|
C
n3 en
00 0
t-j -H
O
CNl
o
1
CO
V-i 0)
0) 1*
D- 3
e -w
8
H
1
-o
•H ?s
XI U
V4 -H
3
F-(
U
C
CD
t-l
M
3
U
r-l U
n] tfl
)-t jj
d) -H
C X3
o> oi
o sc
o
•r-1 iJ
M-I nj
•r-< 4-)
O -H
QJ ,£]
fO E
1 C
e o>
bO
•H
QJ
IX,
•H C
O -H
-c a
O -H
00 i-J
(U -H
Ac idobiont ic.
Acidophilous
Neutral
Alkaliphilous
Alkalibiontic
Indifferent
F.utrophic
Mcsotropllic
Oligotrophic
Dystrophic
Saprophilic
Facultative
Saproxenous
Saprophobic
Euoxyphilous
Mesoxyphilous
Oligoxyphilous
Euthermal
Hesothermal
Oligothermal
Stenothermal
Metathermal
Eurythermal
Eulichtophilous
Mesolichtophilous
Polylichtophilous
Oligolichtophilous
Limnoblontic
Limnophilous
Indifferent
Rheophilous
Rheobiontic
Lake
Pond
River
Stream
Other
Epibenthic
Erabenthic
Epipelic
Episabulic
Epilithic
Epixylous
Epiphytic
Winter
Spring
Summer
Autumn
Predator
Herbivore
Omnivore
Scavenger
Region I
Region II
Region III
Region IV
Region V
Region VI
Region VII
Region VTII
Region IX
Region X
Region XT
Region XI r
r-
X
X
X
X
X
X
X
X
X
X
X
N
o
i-H
X
X
-t
r-l
X
X
X
X
X
X
X
X
X
X
en
H
X
X
X
X
X
X
X
X
X
X
X
-
••
244
-------
Ephemerella micheneri Traver
Parameters
References
Notes
33
O.
1
•H
>J 4J
4-1 c
3
-------
Ephemerella miniaella McDunnough
l'ar;iractcrs References
Notes
a
o.
Nutri-
ent
i
c
[0 W
dO U
t-i -H
O
c-j
O
Tempera-
ture
lurbid-
ity
Current
General
Habitat
Specific
Habitat
Emer-
gence
Feeding
Geographical
Distribution
Acidobiontic
Acidophilous
Neutral
Alkaliphilous
Alkalibiontic
Indifferent
Eutrophic
Mesotrophic
Oligotrophic
Dystrophic
Saprophilic
Facultative
Saproxenous
Saprophobic
Euoxyphilous
Mesoxyphilous
Oligoxyphilous
Euthermal
Mesothermal
Oligothermal
Stenothermal
Metathermal
Eurythermal
Eulichtophilous
Mesolichtophilous
Polylichtophilous
Oligolichtophilous
Limnobiontic
Limnophilous
Indifferent
Rheophilous
Rheobiontic
Lake
Pond
River
Stream
Other
Epibenthic
Erabenthic
Eplpelic
Episabulic
Epilithic
Epixylous
Epiphytic
Winter
Spring
Summer
Autumn
Predator
Herbivore
Omnivore
Scavenger
Region I
Region II
Region III
Region IV
Region V
Region VI
Region VII
Region VIII
Region IX
Region X
Region XI
Region XII
H
X
X
X
X
vo
X
X
X
X
X
X
X
X
X
k
—
246
-------
Parameters
Ephemerella mollitia Seeman
References
Notes
35
o.
i
•H
V4 4J
4J C
3 ,
J3 4J
^1 'H
3
t-l
4J
C
(U
•n
$
U
iH 4-J
ffl rt
u u
(U -H
C ^3
H C
OJ O
O -H
•H 4-J
J= 3
a<,a
(0 -H
W V-l
bO 4J
0 0)
0) 'rl
U P
Acidobiontic
Acidopbilous
Neutral
Alkaliphilous
Alkalibiontic
Indifferent
Eutrophic
Mesotrophic
Oligotrophic
Dystrophic
Saprophilic
Facultative
Saproxenous
Saprophobic
Euoxyphilous
Mesoxyphilous
Oligoxyphilous
Euthermal
Mesothermal
Oligothermal
Stenotherraal
Metathermal
Eurythermal
Eulichtophilous
Mesolichtophilous
Polylichtophilous
Oligolichtophilous
Limnobiontic
Limnophilous
Indifferent
Rheophilous
Rheobiontic
Lake
Pond
River
Stream
Other
Epibenthic
Erabenthic
Epipelic
Episabulic
Epilithic
Epixylous
Epiphytic
Winter
Spring
Summer
Autumn
Predator
Herbivore
Omnivore
Scavenger
Region I
Region II
Region III
Region 1.V
Region V
Region VI
Region VII
Region VIJ.I
Region IX
Region X
Region XI.
Region XII
-*j
H
X
X
£>
H
X
X
247
-------
r.-irametors
Ephemerella ueedha-mi McDunnough
References
Notes
32
Q-
I
•»-t
Jj 4J
w C
3 at
^
i
c
(13 U)
00 U
l-i -H
O
CM
o
I
(fl
P -i
P- 3
H
1
-o
•H >%
,0 U
J-l T-4
3
f-t
AJ
c
QJ
i-i
i-i
3
U
•H 4J
n) to
M 4-J
OJ -H
C X>
QJ n]
O M
o
•H i-i
•H *J
O -H
-<
JC 3
tO -H
00 4-<
0) -H
Acidohiontic
Acidophilous
Neutral
Alkaliphilous
Alkalibiontic
Indifferent
Eutrophic
Mesotrophic
Oligotrophic
Dystrophic
Saprophilic
Facultative
Saproxenous
Saprophobic
Euoxyphilous
Mesoxyphilous
Oligoxyphilous
Euthermal
Mesothermal
01 igo thermal
Stenothermal
Metathermal
Eurythermal
Eulichtophilous
Mesolichtophilous
Polylichtophilous
Oligolichtophilous
Limnobiontic
Limnophilous
Indifferent
Rheophilous
Rheobiontic
Lake
Pond
River
Stream
Other
Epibenthic
Erabenthic
Epipelic
Episabulic
Epilithic
Epixylous
Epiphytic
Winter
Spring
Summer
Autumn
Predator
Herbivore
Omnivore
Scavenger
Region I
Region II
Region III
Region IV
Region V
Region VI
Region VII
Region VIII
Region IX
Region X
Region XI
Region XII
c^
iH
X
X
X
X
X
X
X
en
CO
r-l
X
CM
VO
iH
X
X
X
X
X
X
X
X
X
X
X
X
248
-------
Ephemerella ora Burks
1'nramcLcrs
References
Notes
3J
&
Nutri-
ent
I
0) 01
oo o
.U -H
O
IN
O
Tempera-
ture
rurbid-
ity
Current
General
Habitat
"Specific
Habitat
Emer-
gence
00
c
•H
•a
0)
HI
h
Geographical
Distribution
Acidobiontic
Acidophilous
Neutral
Alkaliphilous
Alkalibiontic
Indifferent
Eutrophic
Mesotrophic
Oligotrophic
Dystrophic
Saprophilic
Facultative
Saproxenous
Sapjrqphobic
Euoxyphilous
Mesoxyphilous
Oligoxyphilous
Euthermal
Mesothermal
Oligothermal
Stenothermal
Metathermal
Eurythermal
Eulichtophilous
Mesolichtophilous
Polylichtophilous
Oligolichtophilous
Limnobiontic
Limnophilous
Indifferent
Rheophilous
Rheobiontic
Lake
Pond
River
Stream
Other
Epibenthic
Erabenthic
Epipelic
Episabulic
Epilithic
Epixylous
Epiphytic
Winter
Spring
Summer
Autumn
Predator
Herbivore
Omnivore
Scavenger
Region I
Region II
Region III
Region IV
Region V
Region VI
Region VII
Region VIII
Region IX
Region X
Region XI
Region XII
X
X
—
249
-------
Parameters
Ephemerella pelosa Mayo
References
Notes
ac
ex
i
•r4
M 4J
4J C
3 J3
Q, CO
-^'> EC
1 0)
M CJ
OJ C
e
-------
Ephemerella prudentalis McDunnough
Parameters
References
Notes
sa
0.
i
•H
H 4J
u a
3
e
iH
•O
0)
0)
(u
Geographical
Distribution
Acidobiontic
Acidophilous
Neutral
Alkaliphilous
Alkalibiontic
Indifferent
Eutrophic
Mesotrophic
Oligotrophic
Dystrophic
Saprophilic
Facultative
Saproxenous
Saprophobic
Euoxyphilous
Mesoxj'philous
Oligoxyphilous
Euthermal
Meso thermal
Oligothermal
Stenothermal
Metathermal
Eurythermal
Eulichtophilous
Mesolichtojihilous
Polylichtophilous
Oligolichtophilous
Limnobiontic
Limnophilous
Indifferent
Rheophilous
Rheobiontic
Lake
Pond
River
Stream
Other
Epibenthic
Erabenthic
Epipelic
Episabulic
Epilithic
Epixylous
Epiphytic
Winter
Spring
Summer
Autumn
Predator
Herbivore
Omnivore
Scavenger
Region I
Region II
Region III
Region IV
Region V
Region VI
Region VII
Region VIII
Region IX
Region X
Region XT
Region XII
!-)
tH
x
X
X
If
x
CT\
sf
X
y
f)
m
r-i
Y
-
251
-------
Ephemeral-la rama Allen
1'aramc'tcrs
References
No Cos
z
o
1
• H
Jj 4J
u C
3 QJ
2
|
c
cd w
t>0 0
M -rH
o
CS
o
I
cO
J-< -.
X) -U
i-j -H
3
M
4-J
c
(U
M
M
3
(_)
rH 4J
cti to
J-« 4-J
0) i-l
C ja
r-f
X
X
-
-
1
-
--
1
-
-
-
-
—
-
-
-
—
—
_
-
,
...
252
-------
Ephemerella rotunda Morgan
I'arnractcrs
References
Notes
X
a.
1
•H
W U
u C
3 0>
•z.
1
C
0) 10
00 U
H -H
o
CN)
o
1
0)
H O
01 U
a 3
g 4J
H
1
T)
•H >,
A U
H -rt
3
M
W
C
01
14
U
3
U
r-t W
id n
n u
0) Tl
C ft
01 «
U X
o
•H U
UH n]
•H 4J
U -ri
oi ,0
a. n
*a w
1 01
h u
0) C
e
rH
rH
X
X
X
X
X
X
-a-
in
1-1
X
X
X
CO
X
X
X
(119) >2.1 ppm @8°
>4.4 ppm (320°
253
-------
Parameters
Ephemerella septentrionalis McDunnough
References
Notes
x
o.
1
•H
M *J
4J C
3 0)
'*?-
I
C
CTJ u)
DO U
i-< -H
O
»
ja u
U -H
3
M
4_)
C
0
U
u
3
U
•— 1 J-J
nJ ta
kJ U
nj
o re
u
•H *J
•H U
U -H
OJ XI
*0 ffi
1 OJ
l-< U
-------
Ephemerella sequoia Allen and Collins
Parameters
References
Notes
a
a.
i
•rl
H 4J
U ti
3 0
B
1
cd (0
bO o
K -rt
O
CM
O
1
a
H ,
4 u
Vw
m n
o an
u
•H W
in n)
M 4J
U *rl
qj ^3
a Q
tn X
i at
w o
-------
Ephemerella serrata Morgan
I'aramctnrs
References
Notes
:r
CL
1
•H
J~< JJ
J-> £
3 ,
,£> i->
W -H
3
PH
4-1
a
a)
i-i
i-<
D
C_)
^ 4J
CO Ri
U iJ
V T*
d ja
01 Cti
O S
O
•H 4-)
**-< ra
•H -U
(J -H
OJ X)
a. nj
^ EC
i at
M U
(U C
S V
PJ 00
bO
•H
*a
(!)
-------
Ephemerella serratoides McDunnough
I'nrnractcrs
References
Notes
33
P.
,
•H
>J 4J
tJ C
3 a
K
1
C
td en
00 O
M -H
O
CM
0
1
M
i-i <0
0) (J
O. 3
ri it
H
1
3 >.
.0 ±J
i-t i-4
Z
u
C
OJ
H
h
3
O
r-t 4J
-------
Ephemerella simila Allen and Edmunds
Parameters References
Notes
a:
o.
i
•rt
M U
u a
3 ftj
Z
c
nj w
00 O
M -H
0
tN
o
1
ffl
M HI
01 Vj
O. 3
E *J
H
1
T3
•H ^,
-Q U
U >H
fi
4J
c
Q)
l-i
M
3
u
t-H 4J
to nt
M tJ
HI -H
C JO
«; <«
o se
o
•H *J
MJ «
•H 4J
O T-)
4J ^3
^•fi
n o
-------
Ephemeral!a simplex McDunnough
Parameters
References
Notes
32
O.
1
•H
M U
U C
3 HI
z
1
B
ft 0)
CO O
H -H
O
r-l
O
1
ID
h 01
a) u
O, 3
H
1
3*
.Q U
^ -H
3
F-l
U
C
HI
M
M
3
U
H 4-1
to ra
U u
0) -H
C -a
01 13
0 03
CJ
•H U
*w nj
•l-< 4J
O *H
-------
Parameters
Ephemerella soquele Day
References
Notes
a
Nutri-
ent
i
c
nj u)
60 O
VJ -H
0
CN
O
Tempera-
ture
turbid-
ity
Current
General
Habitat
Specific
Habitat
Emer-
gence
Feeding
(Ji-'ographical
Distribution
Ac idol) iont ic
Ac idophdlous
Neutral
Alkaliphilous
Alkalibiontic
Indifferent
Eutrophic
Mesotrophic
Oligotrophic
Dystrophic
Saprophilic
Facultative
Saproxenous
Sapropjiobic
Euoxyphilous
Mesoxyphilous
Oligoxyphilous
Euthermal
Mesothermal
Oligothermal
Stenotherraal
Metathermal
Eurythermal
Eulichtophilous
Mesolichtophilous
Polylichtophilous
Oligolichtophilous
Limnobiont ic
Limnophilous
Indifferent
Rheophilous
Rheobiontic
Lake
Pond
River
Stream
Other
Epibenthic
Embenthic
Epipelic
Episabulic
Epilithic
Epixylous
Epiphytic
Winter
Spring
Summer
Au t umn
Predator
Herbivore
Omnivore
Scavenger
Region I
Res; ion II
Kojjion TIT
Kcyto'n "iv"
Region V
Region VI
Region VII
Region VH1
Region IX
Region X
Region XI
Region Xil
X
X
X
X
-
-
-
—
..
-
—
—
—
—
—
—
-
—
-
—
-
-
—
—
1
—
-
-
—
260
-------
Ephemerella sordida McDunnough
Parameters References
Notes
33
O.
1
•H
U 4J
U B
3 J >J
00 -U
O U
0) -H
0 Q
Acidobiontic
Acidophilous
Neutral
Alkaliphilous
Alkalibiontic
Indifferent
Eutrophic
Mesotrophic
Oligotrophic
Dystrophic
Saprophilic
Facultative
Saproxenous
Saprophobic
Euoxyphilous
Mesoxyphilous
Oligoxyphilous
Euthermal
Meso thermal
Oligo thermal
Stenothermal
Metathermal
Eurythertnal
Eulichtophilous
Mesolichtophilous
Polylichtophilous
Oligolichtophilous
Limnobiontic
Limnophilous
Indifferent
Rheophilous
Rheobiontic
Lake
Pond
River
Stream
Other
Epibenthic
Embenthic
Epipelic
Episabulic
Epilithic
Epixylous
Epiphytic
Winter
Spring
Summer
Autumn
Predator
Herbivore
Omnivore
Scavenger
Region I
Region II
Region III
Region IV
Region V
Region VI
Region VII
Region VIII
Region IX
Region X
Region XI
Region XII
o
i-i
X
X
X
X
2
>
X
X
>
)
r-l
in
X
X
X
X
X
X
261
-------
Ephemerella spiculosa Berner and Allen
Parameters References
Notes
sc
fX
1
•H
^ 4-1
AJ C
3 (1)
Z
I
C
nJ w
00 U
M -H
o
CM
O
t
CD
M 0)
OJ U
CX 3
e <-»
QJ
H
1
T3
•H tS
JD 4J
V4 -H
,3
4_»
C
0)
S-i
1-1
3
U
>H 4J
n) nl
w w
00
c
•H
ID
In
—t C
U -H
j: 3
CO -1
00 ^>
QJ -H
O Q
Acidohiontic
Acidophilous
Neutral
Alkaliphilous
Alkalibiontic
Indifferent
Eutrophic
Mesotrophic
Oligotrophic
Dystrophic
Saprophilic
Facultative
Saproxenous
Saprophobic
Euoxyphilous
Mesoxyphilous
Oligoxyphilous
Euthermal
Mesothermal
01 igo thermal
Stenotherraal
Metathermal
Eurythermal
Eulichtophilous
Mesolichtophilous
Polylichtophilous
Oligolichtophilous
Limnobiontic
Limnophilous
Indifferent
Rheophilous
Rheobiontic
Lake
Pond
River
Stream
Other
Epibenthic
Embenthic
Epipelic
Episabulic
Epilithic
Epixylous
Epiphytic
Winter
Spring
Summer
Autumn
Predator
Herbivore
Omnivore
Scavenger
Region I
Region II
Region ITT
Region TV
Region V
Region VI
Region vrr
Region VII [
Region IX
Region X
Region XI
Region XII
o
r-4
X
X
X
X
X
X
tH
m
X
X
X
X
262
-------
Ephemerella spinlfera Needham
I'ar.-imeLors
Kefero.nccs
Not
x
a.
Nutri-
ent
c
o) m
00 O
^J -H
o
(N
O
Tempera-
ture
rurbid-
ity
Current
General
Habitat
Specific
Habitat
Emer-
gence
00
c
•H
T3
at
0)
bj
L Geographical
Distribution
Acidobiontac
Acidophilous
Neutral
Alkaliphilous
Alkalibiontic
Indifferent
Eutrophic
Mesotrophic
Oligotrophic
Dystrophic
Saprophilic
Facultative
Saproxenous
Saprophobic
Euoxyphilous
Mesoxyphilous
Oligoxyphilous
Euthermal
Meso thermal
Oligothermal
Stenothermal
Metathermal
Eurythermal
Eulichtophilous
Mesolichtophilous
Polylichtophilous
Oligolichtophilous
Limnobiontic
Limnophilous
Indifferent
Rheophilous
Rheobiontic
Lake
Pond
River
Stream
Other
Epibenthic
Embenthic
Epipelic
Episabulic
Epilithic
Epixylous
Epiphytic
Winter
Spring
Summer
Autumn
Predator
Herbivore
Omnivore
Scavenger
Region I
Region II
Region III
Region IV
Region V
Region VI
Region VI'I
Region VIII
Region IX
Region X
Region XI
_Region XII
o\
X
X
X
X
X
X
X
X
Y
00
X
X
X
H
1-1
X
X
X
Y
X
n
1-1
X
X
X
X
X
X
X
X
X
X
00
00
rH
X
X
X
X
X
X
X
X
__
—
263
-------
Ephemerella subvaria McDunnough
1'arametcrs ' References
Notes
1 33
CL
|
•H
i-t 4-i
u c
3 a)
z
i
c
CO (0
00 U
M *H
O
CM
o
1
td
M 0)
0) 1*
O. 3
i"
H
E
3 >.
.O 4J
H -H
3
t-t
4J
C
01
U
M
3
o
— 1 4J
« n)
U 4J
0) -H
C J=
a) m
o a:
u
•H *J
iw to
•>-t U
O -H
0) XI
cx to
<0 X
1 0)
^ U
Q> (-
I «
U &0
t>0
c
•^
TT
01
IK
^ S
to o
0 •H
£ 3
(fl -H
60 -IJ
01 -H
Acidohiontic
Acidophilous
Neutral
Alkaliphilous
Alkalibiontic
Indifferent
Eutrophic
Meso trophic
Oligotrophic
Dystrophic
Saprophilic
Facultative
Saproxenous
Saprophobic
Euoxyphilous
Mesoxyphilous
Oligoxyphilous
Euthermal
Mesothermal
Oligothermal
Stenothermal
Metathermal
Eurythermal
Eulichtophilous
Mesolichtophilous
Polylichtophilous
Oligolichtophilous
Limnobiontic
Limnophilous
Indifferent
Rheophilous
Rheobiontic
Lake
Pond
River
Stream
Other
Epibenthic
Erabenthic
Epjipelic
Episabulic
Epilithic
Epixylous
Epiphytic
Winter
Spring
Summer
Autumn*
Predator
Herbivore
Omnivore
Scavenger
Region I
Region II
Region III
Region IV
Region V
Region VI
Region VII
Region VII I
Region IX
Region X
Region XI
Region XII
CO
m
X
X
X
ON
m
X
X
X
-------
Ephemerella temporalis McDunnough
]';iraractcrs
References
Notes
ad
a
,
•H
H *J
u a
3 0
K
1
a) M
00 U
M -H
o
r*l
O
t
o!
M
f-l
1
•o
•H >>
.0 U
K 'r1
3
t-<
4J
c
0)
^
^
3
U
rH U
n) nj
^ 4J
0> •!-!
C J3
01 to
0 ffi
u
•H 4-1
*i-t nj
•H 4J
U -H
GJ ^3
a. t^j
+« 33
1 01
b u
o
M
e
-H
T)
a;
«)
^
H C!
nj o
O -H
•H u
J= S
Q..Q
n} -r-t
>J iw
00 4J
o w
01 -^
U Q
Ac j (lob ion L Ic
Ac Idoplillous
Neutral
AJ kal i pliilons
Alkaiibiontic
Indifferent
Eutrophic
Mesotrophic
Oligotrophlc
Dystrophic
Saprophilic
Facultative
Saproxenous
Saprophobic
Euoxyphilous
Mesoxyphilous
Oligoxyphilous
Euthermal
Mesothertnal
01 igo thermal
Stenothermal
Metathermal
Eurythermal
Eulichtophilous
Mesolichtophilous
Polylichtophilous
Oligolichtophilous
Limnobiontic
Limnophilous
Indifferent
Rheophilous
Rheobiontic
Lake
Pond
River
Stream
Other
Epibenthic
Embenthic
Epipelic
Episabulic
Epilithic
Epixylous
Epiphytic
Winter
Spring
Summer
Autumn
Predator
Herbivore
Omnivore
Scavenger
Region I
Region II
Region lit
Region IV
Region V
Region VI
Region VII
Region VIJ1
Region IX
Region X
Region XI
Region XII
rH
•H
Y
Y
i
T
A
T
^
^
o>
o
iH
X
x
X
X
I
m
C4
(H
^
X
x
X
x
X
X
X
X
X
1
CO
CO
tH
Y
X
o\
-*
X
X
X
Y
X
X
1
A
265
-------
Parameters
Ephemeral!a teresa Traver
References
Notes
X
|*V
1
•H
t-J 4J
u C
3 Q)
2
I
C
0) CO
00 0
t-i -H
o
CN
O
1
nj
SJ QJ
d> n
CX 3
E 4J
01
H
i
T3
•H Js
,Q +J
J-t *H
3
fH
JJ
C
01
M
M
3
U
rH 4-1
A nj
O £
o
•H 4J
U-i fl)
-H 4J
O -H
1) -H
Acidobiontic
Acidophilous
Neutral
Alkaliphilous
Alkalibiontic
Indifferent
Eutrophic
Mesotrophic
Oligotrophic
Dystrophic
Saprophllic
Facultative
-Saproxenous
Saprophobic
Euoxyphilous
Mesoxyphilous
Oligoxyphilous
Euthermal
Mesothermal
Oligothermal
Stenothermal
Metathermal
Eurythermal
Eulichtophilous
Mesolichtophilous
Polylichtophilous
Oligolichtophilous
Limnobiontic
Limnophilous
Indifferent
Rheophilous
Rheobiontic
Lake
Pond
River
Stream
Other
Epibenthic
Embenthic
Epipelic
Episabulic
Epilithic
Epixylous
Epiphytic
Winter
Spring
Summer
Autumn
Predator
Herbivore
Omnivove
Scavenger
Region I
Rcr.ion IT
Ron ion 1 1 1
Rc'tioii'lv"
Region V
Region VI
Region VI r
Keg i-on V 1 T 1
Region JX
Region X
Re£ion XI
Region XI r
o
i-H
X
X
X
X
X
-
1
A
X
1-1
rH
X
X
X
X
X
X
X
-
X
m
-1
X
X
X
X
X
-
X
00
X
...
1C
-
-
-
—
—
-
—
_.
266
-------
Ephemerella tibialis McDunnough
Parameters
References
Notes
33
a
i
•H
1-1 U
4J C
3
-------
Ephemerella trilineata Berner
i'arametcrs
References
Notes
Qj
|
-H
Vj JJ
-u C
3 OJ
Z
I
d
nj w
CO CJ
IJ -H
o
CN
o
1
a
Jj CD
4J
J-l -«-4
3
H
U
C
CU
w
M
3
O
~H 4-J
OJ n]
U 4J
(U -H
C J3
o> nj
o a
u
•rH 4J
'^ to
•H 4-t
L) -H
O .3
in X
1 o
U 0
OJ c
B
-------
Ephemerella tuberculata Morgan
I'nramolers KeCcrcnccs
Notes
X
a
I
•H
n u
u C
3 0)
2;
I
to v>
oo u
U -H
O
CM
O
1
CD
U *
& u
l-l -rl
3
f-i
u
e
tu
Lt
Ij
3
U
H 4J
id to
^1 4J
Hi -i-f
C A
a) H
)H U
X
y
X
X
X
o\
>f\
*H
X
X
CO
H
H
X
X
"
'
~
"
—
—
269
-------
Ephemere'lla velmae Allen and Edmunds
Parameters References
Notes
3C
d*
I
•H
J-i 4J
w C
3
-------
Ephemerella verruca Allen and Edmunds
Parameters
References
Notes
«
p.
1
•H
M tJ
4J C
3 0)
2
1
£
a in
00 U
U Tl
o
CM
o
1
« .
U O
11 IJ
o. 3
F5 4J
H
1
T3
•H >,
.0 4J
H 1H
3
M
JJ
C
01
^
VJ
3
U
H -W
M «
U 4-1
(U -H
C ,0
ai a
o a
o
•H 4J
n-i ca
•H 4J
U -H
0) £1
a to
+0 ffi
1 aj
u u
ai C
B 01
W 00
t>0
C
-H
•a
11
01
Pu
H C
M O
O -H
•H 4J
,a 3
Q,,a
Ifl -H
^ M
80 JJ
(1) >H
u a
A<" ! dob [cnt: I (•
Acidophilous
Neutral
Alkali£liilows
Alkalibiontic
Indifferent
Eutrophic
Mesotrophic
Oligotrophic
Dystrophic
Saprophilic
Facultative
Saproxenous
Saprophobic
Euoxyphilous
Mesoxyphilous
Oligoxyphilous
Euthermal
Mesothermal
Oligothermal
Steno thermal
Metathermal
Eurythertnal
Eulichtophilous
Mesolichtophilous
Polylichtophilous
Oligolichtophilous
Limnobiontic
Limnophilous
Indifferent
Rheophilous
Rheobiontic
Lake
Pond
.River
Stream
Other
Epibenthic
Embenthic
Epipelic
Episabulic
Epilithic
Epixylous
Epiphytic
Winter
Spring
Summer
Autumn
Predator
Herbivore
Omnivore
Scavenger
Region I
Roivion IT
Region 1 1 1
Region IV
Region V
Region VI
Hog ion VM
Ri'VfoirVl iT
Region IX
Region X
Region XI
Region XiT
04
iH
...
x
1
H
...
X
-
X
-
X
-
-
-
-
-
...
-
-
-
-
-
-
-
-
-
-
-
...
'•-
-
-
...
-
-
-
--
-
-
••
-
-
...
-
•
-•
-
--
-
•
....
•
271
-------
1'arnmetcrs
Ephemerella walkerl Eaton
References
Notes
D2
O.
|
•H
M 4J
u C
3 d)
'&
i
c
nj to
bO U
M -H
O
CN
o
1
«J
S-t 0)
0) M
Cu 3
H
1
T3
•H >*
-Q u
}-4 -H
p
F-i
u
C
OJ
M
)-t
3
u
rH U
o) nJ
i-4 4J
a> -H
C JD
-------
Ephemerella wayah Traver
Parameters
References
Notes
si
P.
i
•H
VI U
u a
3 ,
A H «
•H 4J
0 'H
0> ^3
a «
•fO ffi
1 0)
|J O
01 c
B oi
ta u>
DO
c
•H
•a
01
01
tn
d S
U -H
J= 3
fX^O
« -H
dOu
01 -H
U Q
Acldobiontic
Acidophllous
Neutral
Alkaliphilous
Alkalibiontic
Indifferent
Eutrophic
Mesotrophic
Oligo trophic
Dystrophic
Saprophilic
Facultative
Saproxenous
Saprophobic
Euoxyphilous
Mesoxyphilous
Oligoxyphilous
Euthermal
Mesothermal
Oligothermal
Stenothermal
Metathermal
Eurythermal
Eulichtophilous
Mesolichtophilous
Polylichtophilous
Oligolichtophilous
Limnobiontic
Limnophilous
Indifferent
Rheophilous
Rheobiontic
Lake
Pond
River
Stream
Other
Epibenthic
Embenthic
Epipelic
Episabulic
Epilithic
Epixylous
Epiphytic
Winter
Spring
Summer
Autumn
Predator
Herbivore
Omnivore
Scavenger
Region I
Region II
Region III
Region IV
Region V
Region VI
Region VII
Region VIII
Region IX
Region X
Region XI
Region XII
cr
x
X
oo
H
H
X
X
X
X
X
X
273
-------
Ephoron album (Say)
Parameters
References
Notes
35
O.
1
•r4
M 4-1
JJ C
3 ,
-D u
V4 -H
3
t-»
4J
C
-------
Ephoron leukon Williamson
Parameters
References
Notes
•a
i
-H
M U
U C
3 0)
>&
1
nl n
00 U
M -H
O
(M
O
1
0)
H 0)
01 M
a 3
lu
H
1
3*
,0 4J
M iH
£
ii
c
a) a
0 SB
o
•H *J
m B
•H 4J
a -H
01 J3
a. n
in X
1
-------
Habrophlebia vibrans Needham
Parameters
References
Notes
a:
a
Nutri-
ent
i
c
ffl W
00 O
M -rt
O
™
0
Tempera-
ture
Turbid-
ity
Current
General
Habitat
Specific
Habitat
Emer-
gence
Feeding
(Geographical
Distribution
Ac'idobiontic
Acidophilous
Neutral
Alkaliphilous
Alkalibiontic
Indifferent
Eutrophic
Mesotrophic
Oligotrophic
Dystrophic
Saprophilic
Facultative
Saproxenous
Saprophobic
Euoxyphilous
Mesoxyphilous
Oligoxyphilous
Euthermal
Mesothermal
Oligothermal
Steno thermal
Metathermal
Eurythermal
Eulichtophilous
Mesolichtophilous
Polylichtophilous
Oligolichtophilous
Limnobiontic
Limnophilous
Indifferent
Rheophilous
Rheobiontic
Lake
Pond
River
Stream
Other
Epibenthic
Embenthic
Epipelic
Episabulic
Epilithic
Epixylous
Epiphytic
Winter
Spring
Summer
Au t umn
Predator
Herbivore
Omnivore
Scavenger
Region I
Region II
Region III
Region IV
Region V
Region VI
Region VII
Region VIII
Region IX
Region X
Region XI
Region XII
GO
-3-
X
en
on
rH
X
00
v£>
M
X
X
X
fl
en
X
X
X
rH
O\
rH
X
X
X
JC
X
2
X
X
X
X
X
X
X
—
276
-------
Habrophleblodes anericana (Banks)
1'araraeters
References
Notes
33
O.
1
•H
H 4J
4J C
a ,
J3 4J
H 'H
3
M
4J
C
ta oo
bO
c
•rl
•o
m
X
X
X
x
CO
IN
•H
X
X
X
X
X
X
X
X
•a-
VO
H
X
X
X
X
X
x
r-t
ON
iH
X
X
X
X
X
X
X
X
• ' -
277
-------
Habrophlebiodes brunneipennls Berner
I'nrami'tcrs
References
Notes
X
D*
1
•H
^4 U
4J C
3 0)
Z
1
c
CO (A
c>0 U
W -H
O
,
XI U
Wl *H
5
4J
a
91
h
kl
3
c_>
rH iJ
n nj
M JJ
01 -H
C J3
OJ ft]
O 3=
u
•H 4->
iu nl
•H U
o *^
a> x>
«^S
I
tM
rH C
O -H
£ 3
R! -H
00 *-i
a .r-i
o o
Ac Jdobiontir.
Acidophilous
Neutral
Alkaliphilous
Alkalibiontic
Indifferent
Eutrophic
Kesotrophic
Oligotrophic
Dystrophic
Saprophilic
Facultative
Saproxenous
Saprophobic
Euoxyphilous
Mesoxyphilous
Oligoxyphilous
Euthermal
Mesothermal
Oligothermal
Stenothermal
Metntliermal
Eurvthermal
Eulichtophilous
Mesolichtophilous
Polylichtophilous
Oligplichtqpjiilous
Limnobiontic
Limnophilous
Indifferent
Rheophilous
Rheobiontic
Lake
Pond
River
Stream
Other
Epibenthic
Erabenthic
Epipelic
Episabulic
Epilithic
Epixylous
Epiphytic
Winter
Spring
Summer
Autumn
Predator
Herbivore
Omnivore
Scavenger
Region I
Region T.I
Region TTI
Reg ion LV
Region V
Region VI
Region VII
Region VIII
Region IX
Region X
Region XJ
Region XII
S
X
X
X
X
§
X
X
i
H
ON
rH
X
X
X
X
X
X
X
X
X
(48) spring
278
-------
Hagenulus rangelae Peters
Parameters References
Notes
P3
P.
1
•H
U U
U R
3 a
•z
I
§ 01
00 O
M Tl
o
cs
o
)
tU
H 0)
oj ^
0. 3
1"
H
1
T>
•H >,
O u
U -rl
3
E~l
4J
C
91
h
1-1
H u
« 01
u u
0) 'H
C x:
v q
U EC
O
•H u
44 C3
•H 4J
O -H
(1) ,£>
a CD
•»0 IE
1 0
C
•H
t)
111
0)
fa
H C
(5 O
O -H
•H AJ
J3 3
O<^
10 -H
^1 ^t
bO 4J
0 to
01 'H
O O
Acidohiont ic
Acidophilous
Neutral
Alkaliphilous
Alkalibiontic
Indifferent
Eutrophic
Mesotropb Lc
Oligotrophic
Dystrophic
Saprophiliq
Facultative
Saproxenous
Saprophobic
Euoxyphilous
Mesoxyphilous
Oligoxyphilous
Euthermal
Mesothermal
01 igo thermal
Stenothermal
Metathermal
Eurythermal
Eulichtophilous
Mesolichtophilous
Polylichtophilous
aiigplichtophilous
Limnobiontic
Limnophilous
Indifferent
Rheophilous
Rheobiontic
Lake
Pond
River
Stream
Other
Epibenthic
Embenthic
Epipelic
Episabulic
Epilithic
Epixylous
Epiphytic
Winter
Spring
Summer
Autumn
Predator
Herbivore
Omnivore
Scavenger
Region I
Region II
Region III
Region IV
Region V
Region VI
Region VII
Region VIII '
Region IX
Region X
Region XI
Region XII
o
^
H
X
( 1 Qfl^ P-iitaT-t*!-* P n f* r\
279
-------
Heptagenia aphrodite McDunnough
Parameters
References
Notes
ffi
cu
1
•^
M AJ
*-> C
3 a)
2:
i
c
(TJ CO
00 U
VJ -H
O
C*l
o
1
(U
W 01
0)
H
1
•o
•H >^
-Q U
J-J -H
p
M
4J
C
OJ
u
M
3
U
M 4-J
CD OJ
!-< 4-1
QJ -rl
C J3
OJ (fl
O S
o
•H U
iw a)
•H JJ
U -H
a) 43
a. a;
•»o I
1 QJ
M U
CJ C
S ai
W 00
&a
c
• F^
(1J
tb
rH C
O 'H
J= 3
nj -H
00 -u
01 -H
U Q
Ac id oh lonL tc.
Acidophilous
Neutral
Alkaliphilous
Alkalibiontic
Indifferent
Eutrophic
Mesotrophic
Oligotrophic
Dystrophic
Saprophilic
Facultative
Saproxenous
Saprophobic
Euoxyphilous
Mesoxyphilous
Oligoxyphilous
Euthermal
Mesothermal
01 igo thermal
Steno thermal
Metathermal
Eurythermal
Eulichtophilous
Mesolichtophilous
Polylichtophilous
Oligolichtophilous
Limnobiontic
Limnophilous
Indifferent
Rheophilous
Rheobiontic
Lake
Pond
River
Stream
Other
Epibenthic
Embenthic
Epipelic
Episabulic
Epilithic
Epixylous
Epiphytic
Winter
Spring
Summer
Au t umn
Predator
Herbivore
Omnivore
Scavenger
Region I
Region II
Region III
Region TV
Region V
Region VI
Region VII
Region VIII
Region IX
Region X
Region XI
Region XII
00
r-l
r-t
x
X
en
fO
r-{
X
;
280
-------
Heptagenia criddlei McDunnough
I'.-irmiH'lers References
Notes
pa
P.
i
-rl
H 4J
4J C
3 01
S3
1
co yi
to o
H -H
o
CNJ
o
1
id
n ^
.Q 4J
i-i -H
3
H
jj
C
CJ
n
V4
3
O
H 4J
« n)
t-l 4J
0) >H
C JO
01 ID
o re
CJ
•H u
<« CD
•H 4-1
O -H
0) Xt
a nj
tn X
1 HI
M U
CJ C
B m
W 00
60
C
•H
•o
CJ
CJ
to
i-i c;
cd o
U -H
J= 3
D.^3
rt v)
>-J V4
00 U
01 Tl
O Q
AciclohionC ic
Acidophilous
Neutral
Alk^iliphilous
Alkalibiontic
Indifferent
Eutrophic
Mesotrophic
Oligotrophic
Dystrophic
Saprophilic
Facultative
Saproxenous
Saprophobic
Euoxyphilous
Mesoxyphilous
Oligoxyphilous
Euthermal
Mesothermal
Oligothermal
Stenothermal
Metathermal
Eurvthermal
Eulichtophilous
Mesolichtophilous
Polylichtophilous
Oligolichtophilous
Limnobiontic
Limnophilous
Indifferent
Rheophilous
Rheobiontic
Lake
Pond
River
Stream
Other
Epibenthic
Erabenthic
Epipelic
Episabulic
Epilithic
Epixylous
Epiphytic
Winter
Spring
Summer
Autumn
Predator
Herbivore
Omnivore
Scavenger
Region I
Region II
Region III
Region IV
Region V
Region VI
Region VII
Region VIII
Region IX
Region X
Region XI
Region XII
rH
rH
X
i
X
i
i
X
X
X
X
X
X
CO
rH
X
X
X
X
2
X
X
X
X
X
281
-------
Heptagenia diabasia Burks
Parameters
References
Notes
32
C^
|
•r-t
J-l 4J
iJ C
3 ,
J3 AJ
iJ -H
5
4_l
(3
(U
M
M
3
O
^H U
03 CO
M 4J
(1) -H
C J3
0) cr)
CJ S3
U
•H W
'H 4~*
U *H
QJ JD
O. nj
^ 5G
I 01
M 0
o c
a cu
00
•H
QJ
U-
<-H C
U -r-f
-C 3
fl -H
GO U
^ -T-l
Acidobiontic
Acidophilous
Neutral
Alkaliphilous
Alkalibiontic
Indifferent
Eutrophic
Mesotrophic
Oligotrophic
Dystrophic
Saprophilic
Facultative
Saproxenous
Saprophobic
Euoxyphllous
Mesoxyphilous
Oligoxyphllous
Euthermal
Mesothermal
01 igo thermal
Stenothermal
Metathermal
Eurythermal
Eulichtophilous
Mesolichtophilous
Polylichtophilous
Oligollchtophilous
Limnobiontic
Limnophilous
Indifferent
Rheophilous
Rheobiontic
Lake
Pond
River
Stream
Other
Epibenthic
Embenthic
Epipelic
Episabulic
Epilithic
Epixylous
Epiphytic
Winter
Spring
Summer
Au t umn
Predator
Herbivore
Omnivore
Scavenger
Region 1
Region TJ
Region III
Region IV
Region V
Region VI
Region VII
Region VIII
Region IX
Region X
Region XI
Region XII
m
m
X
i
X
X
X
en
CO
rH
X
X
282
-------
Heptagenia elegantula (Eaton)
Parameters
References
Notes
03
D.
1
•H
U U
U C
1"
[
0) 10
oo o
U T4
O
CS
O
Tempera-
ture
rurbid-
ity
Current
General
Habitat
•Specific
Habitat
Emer-
gence
Feeding
Geographical
Distribution
Acidobiontic
Acidophilous
Neutral
Alkaliphilous
Alkalibiontic
Indifferent
Eutrophic
Mesotrophic
Oligotrophic
Dystrophic
Saprophilic
Facultative
Saproxenous
Saprophobic
Euoxyphilous
Mesoxyphilous
Oligoxyphilous
Eu thermal
Mesothermal
Oligothermal
Stenothermal
Metathermal
Eurythermal
Eulichtophilous
Mesolichtophilous
Polylichtophilous
Oligolichtophilous
Limnobiontic
Limnophilous
Indifferent
Rheophilous
Rheobiontic
Lake
Pond
River
Stream
Other
Epibenthic
Embenthic
Epipelic
Episabulic
Epilithic
Epixylous
Epiphytic
Winter
Spring
Summer
Autumn
Predator
Herbivore
Omnivore
Scavenger
Region I
Region II
Region III
Region IV
Region V
Region VI
Region VII
Region VIII
Region IX
Region X
Region XI
Region XII
*
00
X
X
X
X
X
CO
o^
X
X
X
X
X
o
0
iH
X
X
X
X
X
•n
a
X
X
X
X
X
X
X
X
X
X
CO
-------
Heptagenia flavescens (Walsh)
Parameters
References
Notes
I
O.
Nutri-
ent
I
c
nj U)
do O
VJ -H
O
CM
O
Tempera-
ture
i
-o
•H X
J3 U
l^ -H
3
n
Current
General
Habitat
Specific
Habitat
Emer-
gence
Feeding
Geographical
Distribution
Acidobiontic
Acidophilous
Neutral
Alkaliphilous
Alkalibiontic
Indifferent
Eutrophic
Mesotrophic
Oligotrophic
Dystrophic
Saprophilic
Facultative
Saproxenous
Saprophobic
Euoxyphilous
Mesoxyphilous
Oligoxyphilous
Euthermal
Meso thermal
Oligothermal
Stenothermal
Metathermal
Eurythermal
Eulichtophilous
Mesolichtophilous
Polylichtophilous
Oligolichtophilous
Litnnobiontic
Limnophilous
Indifferent
Rheophilous
Rheobiontic
Lake
Pond
River
Stream
Other
Epibenthic
Embenthic
Epipelic
Episabulic
Epilithic
Epixylous
Epiphytic
Winter
Spring
Summer
Autumn
Predator
Herbivore
Omnivore
Scavenger
Region I
Region II
Region III
Region IV
Region V
Region VI
Region VTI
Region VTJ1
Region IX
Region X
Region XI
Region XII
CS
pi"
i
CS
-3-
X
X
X
00
•a-
X
X
^o
CO
X
X
X
X
CM
m
H
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
-
284
-------
I'arnmetcrs
Heptagenia hebe McDunnough
References
Notes
EG
P.
Nutri-
ent
km
$2
o
w
o
Tempera-
ture
Curbid-
ity
Current
General
Habitat
•Specific
Habitat
Emer-
gence
u>
e
•H
•s
0)
3*
Geographical
Distribution
Acidobiontic
Acidophilous
Neutral
Alkaliphilous
Alkalibiontic
Indifferent
Eutrophic
Mesotrophic
Oligotrophic
Dystrophic
Saprophilic
Facultative
Saproxenous
Saprophpbic
Euoxyphilous
Mesoxyphilous
Oligoxyphilous
Euthermal
Mesothermal
Oligothermai
Stenothermal
Hetathermal
Eurythermal
Eulichtophilous
Mesolichtophilous
Polylichtoj>hilous
Oligolichtophilous
Limnobiontic
Limnophilous
Indifferent
Rheophilous
Rheobiontic
Lake
Pond
River
Stream
Other
Epibenthic
Embenthic
Epipelic
Episabulic
Epilithic
Epixylous
Epiphytic
Winter
Spring
Summer
Autumn
Predator
Herbivore
Omnivore
Scavenger
Region I
Region II
Region III
Region IV
Region V
Region VI
Region VII
Region VIII
Region IX
Region X
Region XI
Region XII
m
M
1-1
X
X
X
X
X
X
X
x
X
X
X
f>
CO
rH
X
X
"•>
vO
H
x
X
o>
m
rH
X
X
X
N
o>
H
-X
i
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
„„•
285
-------
Heptagenia 1uno McDunnough
Parameters
References
Notes
32
O.
Nutri-
ent
i
ft 01
00 CJ
p -H
O
CN
O
Tempera-
ture
lurbid-
ity
Current
General
Habitat
Specific
Habitat
Emer-
gence
Feeding
Geographical
Distribution
Aciclobiontlc
Acidophilous
Neutral
Alkaliphilous
Alkalibiontic
Indifferent
Eutrophic
Mesotrophic
Oligotrophic
Bystrophic
Saprophilic
Facultative
Saproxenous
Saprophobic
Euoxyphilous
Mesoxyphilous
Oligoxyphilous
Euthermal
Mesothermal
Oligothermal
Steno thermal
Metathermal
Eurythermal
Eulichtophilous
Mesolichtophilous
Polylichtophilous
Oligolichtophilous
Limnobiontic
Limnophilous
Indifferent
Rheophilous
Rheobiontic
Lake
Pond
River
Stream
Other
Epibenthic
Embenthic
Epipelic
Episabulic
Epilithic
Epixylous
Epiphytic
Winter
Spring
Summer
Autumn
Predator
Herbivore
Omnivore
Scavenger
Region I
Region II
Region III
Region IV
Region V
Region VI
Region VII
Region VIII
Region IX
Region X
Region XI
Region XII
no
rH
r-l
X
X
X
fl
CO
rH
X
286
-------
Heptagenia lucidipennis (Clemens)
Parameters
References
Notes
at
a
Nutri-
ent
a) 0)
no o
H -H
o
CM
o
Tempera-
ture
I
•o
•H >,
J3 4J
K -H
3
f-i
Current
General
Habitat
Specific
Habitat
Emer-
gence
00
c
•nf
•o
-------
Heptagenia maculipennis Walsh
Parameters References
Notes
a
f\
i
•H
t-l AJ
W C
3 01
Z
|
n) w
60 U
M -H
O
O-J
O
|
CO
lj 01
0) W
a. 3
iu
H
I
T-,
•H >,
JD 4J
H -H
3
M
4J
c
OJ
U
U
3
O
r-H 4-»
CO (O
k4 4J
4> -H
0 ,£>
(U -H
Acidobiontic
Acidophilous
Neutral
Alkaliphilous
Alkalibiontic
Indifferent
Eutrophic
Mesotrophic
Oligotrophic
Dystrophic
Saprophilic
Facultative
Saproxenous
Saprophobic
Euoxyphilous
Mesoxyphilous
Oligoxyphilous
Euthermal
Mesothermal
Oligothermal
Stenothermal
Metathermal
Eurythennal
Eulichtophilous
Mesolichtophilous
Polylichtophilous
Oligolichtophilous
Limnobiontic
Limnophilous
Indifferent
Rheophilous
Rheobiontic
Lake
Pond
River
Stream
Other
Epibenthic
Embenthic
Epipelic
Episabulic
Epilithic
Epixylous
Epiphytic
Winter
Spring
Summer
Autumn
Predator
Herbivore
Omnivore
Scavenger
Region I
Region II
Region III
Region IV
Region V
Region VI
Region VII
Region VIII
Region IX
Region X
Region XI
Region XII
o
\D
X
X
2
-
288
-------
Heptagenla marginalis Banks
Parameters
References
Notes
«
O.
1
•H
fc 4J
>-> (2
3 0 U
tJ 'H
O
Cvl
O
1
a
W <1>
01 >J
a 3
e -u
01
H
i
•o
•H >,
J3 tJ
|J T(
5
JJ
C
111
14
M
tH U
n) nl
tl 4J
a) -i-l
c A
CJ a
U Bd
o
-H 4J
IU «
•H 4-1
O 'H
(U X)
a ra
«0 !£
1
-------
Heptagenia patoka Burks
Parameters References
Notes
X
Cl"
1
•H
H 4->
4J C
3 us
D. OJ
*0 X
1 (U
M U
-------
Heptagenia pulla (Clemens)
Parameters
References
Notes
as
o.
i
•H
M l-l
4J C
3 111
53
1
e
<0 CO
00 o
M -H
O
CM
O
1
id
H 0)
>
41 4J
K -H
3
•U
e
01
M
n
3
O
iH 4J
19 in
tj 4-1
91 -rl
C .0
111 10
O 33
O
-rl 4-1
IW «
•H 4J
O M
(U J3
^s
1 01
H 0
01 a
,6 0)
W 00
00
B
•H
•8
X
X
X
X
X
CM
Oi
H
X
X
X
X
X
X
X
X
X
X
X
X
X
291
-------
'.•inimi'tcr.s
Heptagenia simplicioides McDunnough
References
Notes
:c
O"
i
•H
V-< 4J
u £
3 Q)
z:
i
c
fO 01
bO U
U -H
O
CM
o
I
nj
W) 0)
,
JD 4J
^J -H
3
f^H
U
C
H i-1
ro m
tJ 4J
QJ -H
C ,Q
-------
Heptagenia solitaria McDunnough
Parameters
References
Notes
•a
i
•rl
H U
U C
3 d)
ss
i
a to
00 O
K 'H
o
>
.n u
U -H
a
f-f
4J
c
s
u
u
3
t_J
H -U
« en
fj U
01 -rl
a ja
(U CO
0 W
CJ
•H U
IH 10
•H U
O -H
-------
Heptagenia thetis Traver
Parameters References
Notes
a
a.
i
-H
l-t U
u C
3 01
z
1
(4 01
00 O
M iH
O
C-J
o
Tempera-
ture
lurbid-
ity
Current
General
Habitat
Specific
Habitat
Emer-
gence
Feeding
Geographical
Distribution
Acidobiontic
Acidophilous
Neutral
Alkaliphilous
Alkalibiontic
Indifferent
Eutrophic
Mesotrophic
Oligotrophic
Dystrophic
Saprophilic
Facultative
Saproxenous
Saprophobic
Euoxyphilous
Mesoxyphilous
Oligoxyphilous
Euthermal
Mesothermal
01 igo thermal
Stenothermal
Metathermal
Eurythermal
Eulichtophilous
Mesolichtophilous
Polylichtophilous
Oligplichtophilous
Limnobiontic
Limnophilous
Indifferent
Rheophilous
Rheobiontic
Lake
Pond
River
Stream
Other
Epibenthic
Embenthic
Epipelic
Episabulic
Epilithic
Epixylous
Epiphytic
Winter
Spring
Summer
Autumn
Predator
Herbivore
Omnivore
Scavenger
Region I
Region II
Region III
Region IV
Region V
Region VI
Region VII
Region VIII
Region IX
Region X
Region XI
Region XII
00
pH
H
X
X
X
X
X
X
294
-------
Heterocloeon curiosum (McDuimough)
Parameters
References
Notes
33
p.
1
•rl
i-t 4J
u c
3 01
&
1
cfl w
60 O
H -H
o
CN
o
1
M .
VJ
QJ ct]
0 W
o
•H 4J
UJ ffl
•H 4J
U 'H
(U £
OH CO
c/> a
1 01
H U
0
o
•H
•o
cu
01
(n
•H C
CO O
O 'H
•H 4J
J= 3
B,wO
B -H
>J tJ
00 i-l
O W
0) >H
O Q
Aciclobiontic
Acidophilous
Neutral
Alkaliphilous
Alkalibiontic
Indifferent
Eutrophic
Mesotrophic
Oligotrophic
Dystrophic
Saprophilic
Facultative
Saproxenous
Saprophobic
Euoxyphilous
Mesoxyphilous
Oligoxyphilous
Euthermal
Meso thermal
01 igo thermal
Stenothermal
Metathermal
Eurythermal
Eulichtophilous
Mesolichtophilous
Polylichtophilous
Oligolichtophilous
Limnobiontic
Limnophilous
Indifferent
Rheophilous
Rheobiontic
Lake
Pond
River
Stream
Other
Epibenthic
Embenthic
Epipelic
Episabulic
Epilithic
Epixylous
Epiphytic
Winter
Spring
Summer
Autumn
Predator
Herbivore
Omni vo re
Scavenger
Region I
Region I.I
Region IT I
Region IV
Region V
Region VI
Region VIT
Region VI. 1 1
Region IX
Region X
Region XI
JRegion XII
§
X
X
X
m
m
H
X
X
295
-------
Hexagenia atrocaudata McDunnough
Parameters
References
Notes
30
a.
Nutri-
ent
I
c
(U 01
00 U
tj -H
o
CNI
O
Tempera-
ture
rurbid-
ity
Current
General
Habitat
Specific
Habitat
Emer-
gence
Feeding
Geographical
Distribution
Acidobiontic
Acidophilous
Neutral
Alkaliphilous
Alkalibiontic
Indifferent
Eutrophic
Mesotrophic
Oligotrophic
Dystrophic
Saprophilic
Facultative
Saproxenous
Saprophobic
Euoxyphilous
Mesoxyphilous
Oligoxyphilous
Euthermal
Mesothermal
01 igo thermal
Steno thermal
Metathermal
Eurythermal
Eulichtophilous
Mesolichtophilous
Polylichtophilous
Oligolichtophilous
Limnobiontic
Limnophilous
Indifferent
Rheophilous
Rheobiontic
Lake
Pond
River
Stream
Other
Epibenthic
Embenthic
Epipelic
Episabulic
Epilithic
Epixylous
Epiphytic
Winter
Spring
Summer
Autumn
Predator
Herbivore
Omnivore
Scavenger
Region I
Region II
Region III
Region IV
Region V
Region VI
Region VII
Region VIII
Region IX
Region X
Region XI
Region XII
Oi
X
X
X
m
CO
rH
X
rH
rH
X
X
X
X
X
X
X
X
X
CM
r-H
X
X
X
X
X
X
3.
X
X
X
X
X
X
io
X
X
X
X
X
X
X
X
X
X
296
-------
Hexagenla bilineata (Say)
Parameters
References
Notes
SB
ft
Nutri-
ent
I
a
Ctf CO
t>0 O
Vi i-l
o
CN
O
Tempera-
ture
Curbid-
ity
Current
General
Habitat
Specific
Habitat
Emer-
gence
00
c
•H
T3
01
01
[ij
Geographical
Distribution
Acidobiontic
Acidophilous
Neutral
Alkaliphilous
Alkalibiontic
Indifferent
Eutrophic
Mesotrophic
.Oligotrophic
Dystrophic
Saprophilic
Facultative
Saproxenous
Saprophobic
Euoxyphilous
Mesoxyphilous
Oligoxyphilous
Eutherrnal
Mesothermal
01 igo thermal
Steno thermal
Metathermal
Eurythermal
Eulichtophilous
Mesolichtophilous
Polylichtophilous
Oligolichtophilous
Limnobiontic
Limnophilous
Indifferent
Rheophilous
Rheobiontic
Lake
Pond
River
Stream
Other
Epibenthic
Embenthic
Epipelic
Episabulic
Epilithic
Epixylous
Epiphytic
Winter
Spring
Summer
Autumn
Predator
Herbivore
Omnivore
Scavenger
Region I
Region II
Region III
Region IV
Region V
Region VI
Region VII
Region VIII
Region IX
Region X
Region XI
Region XII
t*>
ts
X
X
X
X
X
X
-a-
X
X
X
00
•a-
X
X
X
X
o
vO
X
X
X
X
X
»
X
X
X
£
X
X
X
X
X
X
X
X
X
X
X
o
H
<-t
X
X
X
X
X
X
X
X
i-H
rH
1-1
X
X
X
X
X
m
r-l
rH
X
X
X
X
X
X
00
.»
rH
X
X
X
X
X
X
iH
m
rH
X
X
X
X
X
X
X
X
X
04
3
X
X
X
X
X
X
X
X
X
rH
a\
H
X
X
X
X
X
X
X
X
X
X
X
X
X
297
-------
Hexagenia limbata (Serville)
1'arametcrs
References
Notes
S
p.
(
•rH
P W
w C
3 (U
Z
I
c
qj y)
00 U
k-i *r-t
O
C^J
O
1
n)
Ui
M i-(
5
4J
C
0)
M
M
3
O
rH 4->
TO
r-l
X
X
X
CO
CO
X
X
o>
-»
X
X
X
X
X
r-l
iri
X
X
X
X
X
X
X
X
X
X
X
X
X
X
m
in
X
X
X
1^.
t—
X
X
X
X
X
X
X
X
X
X
X
X
CM
00
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
^
cs
X
X
X
X
X
X
X
c
1^
X
X
X
X
CO
CM
H
X
X
X
X
X
X
X
X
X
X
00
CM
H
X
X
X
X
X
m
K>
f—
X
X
X
X
X
vo
vO
f"
X
X
X
X
X
X
X
X
X
Ol
m
H
X
X
X
X
X
X
vO
vTi
H
X
X
X
X
X
X
X
r-l
3
(65) pH 7.2-8.2
X
X
nnfi^ n ftn-ni-
X
X
X
X
X
X
X
X
X
X
298
-------
Hexagenia munda Eaton
Parameters
References
Notes
a
o.
Nutri-
ent
I
cti en
00 U
U -rl
O
C*l
O
Tempera-
ture
lurbid-
ity
Current
General
Habitat
Specific
Habitat
Emer-
gence
00
B
•H
T)
HI
(Z4
Geographical
Distribution
Acidohiontic
Acidophilous
Neutral
Alkaliphilous
Alkalibiontic
Indifferent
Eutrophic
Meso trophic
Oligotrophic
Dystrophic
Saprophilic
Facultative
Saproxenous
Saprophobic
Euoxyphilous
Mesoxyphilous
01 igoxyphilous
Euthermal
Meso thermal
01 igo thermal
Stenothermal
Metathermal
Eurythermal
Eulichtophilous
Mesolichtophilous
Polylichtophilous
Oligolichtophilous
Limnobiontic
Limnophilous
Indifferent
Rheophilous
Rheobiontic
Lake
Pond
River
Stream
Other
Epibenthic
Embenthic
Epipelic
Episabulic
Epilithic
Epixylous
Epiphytic
Winter
Spring
Summer
Autumn
Predator
Herbivore
Omnivore
Scavenger
Region I
Region II
Region III
Region IV
Region V
Region VI
Region VII
Region VIII
Region IX
Region X
Region XI
Jtegion XII
cr
PI
H
X
X
X
8j
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
H
PI
X
l-l
in
H
X
X
X
X
X
X
X
X
X
X
X
X
a>
•H
X
X
X
X
X
X
X
X
X
PI
CM
H
X
X
X
X
X
X
X
X
X
X
X
X
CT
-*
H
X
X
X
r>
•»
X
X
X
00
•*
X
X
X
X
X
X
CO
r-,
H
X
X
X
X
X
X
CO
H
r-l
X
X
X
1-4
3
X
X
X
X
X
X
X
X
X
X
X
X
X
X
(48) spring
299
-------
Hexagenia' rigida McDunnough
Parameters
References
Notes
x
a.
I
•r-t
M iJ
" C
I"
\
C
cd w
DO O
H •!-!
0
CM
o
Tempera-
ture
3 SK
.n w
14 -H
3
F~4
Current
General
Habitat
Specific
Habitat
Emer-
gence
Feeding
Geographical
Distribution
Acidobiontic
Acidophilous
Neutral
Alkaliphilous
Alkalibiontic
Indifferent
Eutrophic
Mesotrophic
Oligotrophic
Dystrophic
Saprophilic
Facultative
Saproxenous
Saprophobic
Euoxyphilous
Mesoxyphilous
Oligoxyphilous
Euthermal
Hesothermal
Oligothertnal
Stenothermal
Metathermal
Eurythertnal
Eulichtophilous
Mesolichtophilous
Polylichtophilous
Oligolichtophilous
Limnobiontic
Limnophilous
Indifferent
Rheophilous
Rheobiontic
Lake
Pond
River
Stream
Other
Epibenthic
Embenthic
Epipelic
Episabulic
Epilithic
Epixylous
Epiphytic
Winter
Spring
Summer
Autumn
Predator
Herbivore
Omnivore
Scavenger
Region I
Region II
Region ITI
Region IV
Region V
Region VI
Region VII
Region VIII
Region IX
Region X
Region XI
Region XII
m
<-j
r-t
X
X
X
X
X
X
X
X
fl
PI
r-l
X
X
X
X
t-H
m
t-H
X
X
X
X
X
X
X
X
X
m
tO
iH
X
X
vO
v£>
H
X
X
X
X
X
CM
CO
i-H
X
X
X
X
X
X
X
X
X
X
X
X
v£
o\
r-l
X
X
X
X
X
X
X
300
-------
Homoeoneuria ammophila (Spieth)
Parameters
References
Notes
D3
a.
Nutri-
ent
i
n) (0
so o
K -H
o
CM
O
Tempera-
ture
rurbid-
ity
Current
General
Habitat
Specific
Habitat
Emer-
gence
w>
c
•H
T)
0)
0)
fa
Geographical
Distribution
Acidobiontic
Acidophilous
Neutral
Alkaliphilous
Alkalibiontic
Indifferent
Eutrophic
Mesotrophic
Oligotrophic
Dystrophic.
Saprophilic
Facultative
Saproxenous
Saprophobic
Euoxyphilous
Mesoxyphilous
Oligoxyphilous
Euthermal
Mesothermal
Oligothermal
Stenothermal
Metathermal
Eurythermal
Eulichtophilous
Mesolichtophilous
Polylichtophilous
Oligolichtophilous
Limnobiontic
Limnophilous
Indifferent
Rheophilous
Rheobiontic
Lake
Pond
River
Stream
Other
Epibenthic
Embenthic
Epipelic
Episabulic
Epilithic
Epixylous
Epiphytic
Winter
Spring
Summer
Autumn
Predator
Herbivore
Omnivore
Scavenger
Region I
Region II
Region III
Region IV
Region V
Region VI
Region VII
Region VIII
Region IX
Region X
Region XI
Region XII
vO
o\
X
y
o
CO
H
X
X
Y
301
-------
Homoeoneuria dolani Edmunds, Berner and Traver
Parameters
References
Notes
32
(-1,
(
•H
M 4-1
•u c
3 0*
2
1
n) w
60 U
VJ -H
o
CM
o
]
CV
L-: 0)
0 W
O. D
£• -i-J
H
I
TJ
-H >,
-O 4-1
i-i -H
3
f-H
u
c
dJ
i-i
i-i
3
U
^ u
cd cd
i-4 U
OJ -r-l
C 43
QJ nj
o rc
u
-r-t 4J
•-^ 4J
a -H
a, j^
CO X
v^ u
a c
£ o
00
o
u-
__J c
u -^
jr r
— -H
rj: w
o —
Aciciobiontic
Acidophilous
Neutral
Alkaliphilous
Alkalibiontic
Indifferent
Eutrophic
Mesotrophic
Oligotrophic
Dystrophic
Saprophilic
Facultative
Saproxenous
Saprophobic
Euoxyphilous
Mesoxyphilous
Oligoxyphilous
Euthermal
Mesothermal
Oligothermal
Stenothermal
Metathermal
Eurythermal
Eulichtophilous
Mesolichtophilous
Polylichtophilous
Oligolichtophilous
Limnobiontic
Limnophilous
Indifferent
Rheophilous
Rheobiontic
Lake
Pond
River
Stream
Other
Epibenthic
Embenthic
Epipelic
Episabulic
Epilithic
Epixylous
Epiphytic
Winter
Spring
Summer
Autumn
Predator
Herbivore
Oranivore
Scavenger
Region I
Region II
Region III
Region IV
Region V
Region VI
KL c;;.'n VII
Region VIII
Re c ion IX
Region X
Region .'. ;
K^i.-n XII
vO
CT*
X
X
X
X
iH
CT*
rH
X
X
X
,x.
X
X
X
X
X
(
1
;
1
,
302
-------
Ironodes lepidus Traver
Parameters
References
Notes
EC
O.
Nutri-
ent
I
a
nj m
CO U
H Tl
o
CJ
o
Tempera-
ture
Curbid-
ity
Current
General
Habitat
Specific
Habitat
Emer-
gence
oo
c
•H
•a
a)
-------
Ironodes nit
(Eaton)
Parameters
References
Notes
ac
Cu
i
•H
\~t 4J
AJ d
3 i
JD 4J
J-J -rH
3
M
4-J
C
0)
i-i
^
3
(D
•-H 4J
CO nj
J-( U
0) -H
C J2
0) CO
O 33
•H u
u-( nj
•H 4-1
O *H
a* J3
a. nj
^1 E
K U
£ QJ
&0
•H
T3
0)
tu
r~( C
U -H
_C 3
fO -H
DO *•>
a; -H
Acidobiontic
Acidophilous
Neutral
Alkaliphilous
Alkalibiontic
Indifferent
Eutrophic
Mesotrophic
Oligotrophic
Dystrophic
Saprophilic
Facultative
Saproxenous
Saprophobic
Euoxyphilous
Mesoxyphilous
Oligoxyphilous
Euthermal
Mesothermal
Oligothermal
Stenothermal
Metathermal
Eurythermal
Eulichtophilous
Mesolichtophilous
Polylichtophilous
Oligolichtophilous
Limnobiontic
Limnophilous
Indifferent
Rheophilous
Rheobiontic
Lake
Pond
River
Stream
Other
Epibenthic
Embenthic
Epipelic
Episabulic
Epilithic
Epixylous
Epiphytic
Winter
Spring
Summer
Autumn
Predator
Herbivore
Omnivore
Scavenger
Region I
Rn; ion IT
Rep ion r 1 1
Kcr, i on 1 V
Ivcgion V
Region VI
Keg ion VIT
Her. ion VI J 1
Region IX
Region X
Region XI
Region XI [
o»
CO
t-H
X
X
X
X
X
X
X
X
en
r-t
X
-------
Isonychla bicolor (Walker)
I'ar.'iineLcrs
References
Notes
M
P.
Nutri-
ent
I
ft W
00 O
M 'H
O
CN
O
Tempera-
ture
Eurbid-
ity
Current
General
Habitat
"Specific
Habitat
Emer-
gence
00
C
•H
•o
111
0)
tn
L Geographical
Distribution
Acidobiontic
Aciclophilous
Neutral
Alkaliphilous
Alkalibiontic
Indifferent
Eutrophic
Mesotrophic
Oligotrophic
Dystrophic
Saprophi'lic
Facultative
Saproxenous
Saprophobic
Euoxyphilous
Mesoxyphilous
Oligoxyphilous
Eu thermal
Mesothermal
Oligothermal
Stenothermal
Metathermal
Eurythermal
Eulichtophilous
Mesolichtophilous
Polylichtophilous
Oligolichtophilous
Limnobiontic
Limnophilous
Indifferent
Rheophilous
Rheobiontic
Lake
Pond
River
Stream
Other
Epibenthic
Embenthic
Epipelic
Episabulic
Epilithic
Epixylous
Epiphytic
Winter
Spring
Summer
Autumn
Predator
Herbivore
Omnivore
Scavenger
Region I
Region II
Region III
Region IV
Region V
Region VI
Region VII
Region VIII
Region IX
Region X
Region XI
Region XII_
CO
tM
X
X
X
X
X
X
X
en
fO
tH
X
o
to
X
X
•»
*£!
X
X
X
X
X
X
X
X
X
X
X
X
X
X
in
X
X
X
X
X
X
X
o\
in
H
X
X
X
X
X
-
305
-------
Isonychla Christina Trayer
Parameters References
Notes
3C
CX
|
•r-(
Kl 4J
*-» C
3 a?
z
j
c
Ct 0)
00 U
t-t -H
o
Cs|
o
1
ffl
l~i QJ
OJ l-i
a 3
8U
H
1
T3
•H X
a u
^4 •!-<
5
U
c
a>
j-i
)-i
3
O
r-l iJ
rt) (fl
^ AJ
QJ .H
C JD
BC
1 (U
H U
QJ c
a
-------
Isonychia fattigi Traver
I'iiiMroi'Loi-K
Not OK
33
0.
1
•rl
U U
4J C
3 01
&
1
C
(fl »
DO U
K -H
O
01 U
0. 3
g"
H
1
3*
J3 4J
tl 1-1
3
M
4-1
C
O
U
M
3
U
rH 4J
a M
VJ U
(U iH
C J3
oi a
O BC.
o
•H U
MH «
•H U
O 'rl
41 ^
a ffl
+o as
1 O
H U
(U c
6
-------
I'nrnracCcrK
Isonychia notata Traver
References
Notes
X
Pi
1
•H
M *-»
AJ C
3 (U
X
1
C
qj 0)
00 CJ
>-( 'H
o
CN|
O
1
nj
k-i (iJ
,
JD JJ
J-4 -H
3
f-H
4J
C
O -H
G> 43
a, nj
fO ffi
)-. U
0) C
a 01
00
•l-f
0)
t^
•H C
O -H
.C 3
n: -H
•1) -^
Ar Idohlonf Ir.
Acidopliilous
Neutral
Alkiiliphilous
Alkalibiontic
Indifferent
Eutrophir.
Mosotropluc
Oligotrophic
Dystrophic
Saprophilic
Facultative
Saproxenous
Saprophobic
Euoxyphilous
Mesoxyphilous
Oligoxyphilous
Euthermal
Mesothermal
Oligothermal
Stenothermal
Metathermal
Eurythermal
Eulichtophilous
Mesolichtophilous
Polylichtophilous
Oligolichtophilous
Limnobiontic
Limnophilous
Indifferent
Rheophilous
Rheobiontic
Lake
Pond
River
Stream
Other
Epibenthic
Embenthic
Epipelic
Episabulic
Epilithic
Epixylous
Epiphytic
Winter
Spring
Summer
Autumn
Predator
Herbivore
Omnivore
Scavenger
Region I
Region 11
Reg Jon JTT
Region IV
Region V
Region VI
Region VII
Region VIII
Region IX
Region X
Region XI
Region XII
CO
iH
H
-
X
X
-
-
-
1
-
-
—
-
-
-
—
—
....
-
-
--
-
-
-•
-
-
-
-
—
-
308
-------
Isonychia pictipes Traver
Parameters References
Notes
a:
o.
Nutri-
ent
§»
00 U
M -H
O
CM
O
Tempera-
ture
Curbid-
ity
Current
General
Habitat
'Specific
Habitat
Emer-
gence
50
a
•H
•o
V
o
b
Geographical
Distribution
Acidobiontic
Acidophilous
Neutral
Alkaliphilous
Alkalibiontic
Indifferent
Eutrophic
Mesotrophic
Oligotrophic
Dystrophic
Saprophilic
Facultative
Saproxenous
Saprophobic
Euoxyphilous
Mesoxyphilous
Oligoxyphilous
Euthermal
Meso thermal
Oligothermal
Stenothermal
Metathermal
Eurythermal
Eulichtophilous
Mesolichtophilous
Polylichtophilous
Oligolichtophilous
Limnobiontic
Limnophilous
Indifferent
Rheophilous
Rheobiontic
Lake
Pond
River
Stream
Other
Epibenthic
Embenthic
Epipelic
Episabulic
Epilithic
Epixylous
Epiphytic
Winter
Spring
Summer
Autumn
Predator
Herbivore
Omnivore
Scavenger
Region I
Region II
Region III
Region IV
Region V
Region VI
Region VII
Region VIII
Region IX
Region X
Region XI
Region XII
00
•*
X
X
H
3N
H
X
X
X
X
X
X
Ji
x
X
309
-------
Isonychia rufa McDunnough
Parameters References
Notes
X
a
Nutri-
ent
i
c
tg v>
00 U
H -H
O
CN
O
Tempera-
ture
lurbid-
ity
Current
General
Habitat
Specific
Habitat
Emer-
gence
Feeding
Geographical
Distribution
Acidobiontic
Acidophilous
Neutral
Alkaliphilous
Alkalibiontic
Indifferent
Eutrophic
Mesotrophic
Oligotrophic
Dystrophic
Saprophilic
Facultative
Saproxenous
Saprophobic
Euoxyphilous
Mesoxyphilous
Oligoxyphilous
Euthermal
Meso thermal
Oligo thermal
Stenothermal
Metathermal
Eurythermal
Eulichtophilous
Mesolichtophilous
Polylichtophilous
Oligolichtophilous
Limnobiontic
Limnophilous
Indifferent
Rheophilous
Rheobiontic
Lake
Pond
River
Stream
Other
Epibenthic
Embenthic
Epipelic
Episabulic
Epilithic
Epixylous
Epiphytic
Winter
Spring
Summer
Autumn
Predator
Herbivore
Omnivore
Scavenger
Region I
Region I.I
Region JTI
Region IV
Region V
Region VI
Region VII
Region VIII
Region IX
Region X
Region XI
Region XII
-------
Isonychia sadleri Traver
Parameters
References
Notes
X
p.
Nutri-
ent
I
cd o>
00 o
H -H
O
CM
O
Tempera-
ture
I
•a
•H >>
J3 JJ
K -H
s
f-l
Current
General
Habitat
Specific
Habitat
Emer-
gence
00
c
•rt
•a
-------
Isonychia sicca (Walsh)
Parameters
References
Notes
EC
a
Nutri-
ent
c
a »
00 0
H -H
o
o
Tempera-
ture
rurbid-
ity
Current
General
Habitat
•Specific
Habitat
Emer-
gence
Feeding
Geographical
Distribution
Acidobiontic
Acidophilous
Neutral
Alkaliphilous
Alkalibiontic
Indifferent
Eutrophic
Mesotrophic
Oligotrophic
Dystrophic
Saprophilic
Facultative
Saproxenous
Saprophobic
Euoxyphilous
Mesoxyphilous
Oligoxyphilous
Euthermal
Mesothermal
Oligothermal
Steno thermal
Metathermal
Eury thermal
Eulichtophilous
Mesolichtophilous
Polylichtophilous
Oligolichtophilous
Limnobiontic
Limnophilous
Indifferent
Rheophilous
Rheobiontic
Lake
Pond
River
Stream
Other
Epibenthic
Embenthic
Epipelic
Episabulic
Epilithic
Epixylous
Epiphytic
Winter
Spring
Summer
Autumn
Predator
Herbivore
Omnivore
Scavenger
Region I
Region II
Region III
Region IV
Region V
Region VI
Region VII
Region VIII
Region IX
Region X
Region XI
Region XII
CM
r-l
X
X
X
X
X
X
X
-a-
X
X
X
X
X
0
o
X
X
X
X
—
312
-------
Isonychia tusculanensis Berner
Parameters References
Notes
a
D>
i
•H
M 4J
JJ C
3 a
z,
i
c
.
a u
H -H
3
M
4J
C
a
M
H
3
0
iH w
ft), CO
^ ^i
0) -H
C £
(U CO
O X
U
•H U
IH «
•H U
-------
Isonychla velma Needham
Parameters
References
Notes
X
o.
1
•H
>-< 4J
jj C
D (U
•£.
I
c
CO U)
00 O
P -H
O
-,
,£> 4J
l-i -H
3
FH
4J
C
QJ
U
M
3
O
.-I iJ
rt) cd
Jj 4J
QJ -H
C J3
OJ 03
O X
U
•H W
u-j rQ
-H u
U -H
OJ X5
Q. ra
^^ X
^ U
nj c
E 0)
LU (JO
00
•H