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9
100
(100.04~100.06)
100 8
9
i
9
............................................................................................................. i
........................................................................................................... iii
........................................................................................................... iv
...........................................................................................................1
1.1 ..................................................................................................1
1.2 ..........................................................................................2
1.3 ..........................................................................................2
...................................................................................3
..........................................7
3.1 ..................................................................................7
2.2 ............................................................................10
3.3 ................................................................18
............................................................33
4.1 ............................................................33
4.2 ....................................................................................33
.................................................................................................35
5.1 ................................................................................................35
5.2 DNA ...............................................................................................36
.................................................................39
9
ii
6.1 ................................................................39
6.2 ............................................................................40
6.3 ................................................................................41
6.4 ................................................................................42
9
iii
2-1 ...............................................3
2-2 .......................................................4
2-3 ...................................................4
2-4 .......................................6
3.2-1 .....................................................................17
3.2-2 - ...............................................................18
3.2-3 - ...............................................................18
3.3-1 .........................................................................23
3.3-2 .....................................................................31
3.3-3 .....................................................................32
5.1-1 .............................................................................36
5.2-1 DNA ...............................................................................38
6.4-1 .....................................................................44
9
iv
3.1-1 - .............................................................................8
3.1-2 - .............................................................................8
3.2-1 - .......................................................................11
3.2-2 - .......................................................................11
3.2-3 - ...............................................................................12
3.2-4 - ...............................................................................12
3.2-5 .....................................................................................13
3.2-6 .....................................................................................13
3.2-7 .....................................................................................14
3.2-8 .................................................................................14
3.2-9 .....................................................................................15
3.2-10 .....................................................................................15
3.2-11 .....................................................................................16
3.2-12 .....................................................................................16
3.3-1 .............................................................................19
3.3-2 .............................................................................19
3.3-3 .............................................................................20
3.3-4 .........................................................................20
3.3-5 .............................................................................21
3.3-6 .............................................................................21
3.3-7 .............................................................................22
3.3-8 .............................................................................22
3.3-9 .............................................................................25
3.3-10 .............................................................................................26
3.3-11 .............................................................................................27
3.3-12 .........................................................................................28
3.3-13 .............................................................................................28
3.3-14 .............................................................................................29
3.3-15 .....................................................................................30
4.2-1 .....................................................................................34
5.1-1 .....................................................................................35
5.1-2 .............................................................................36
5.2-1 DNA ..........................................................38
6.1-1 .....................................................................................39
9
v
6.1-2 .........................................................................................40
6.2-1 .....................................41
6.3-1 .....................................................................42
6.4-1 .........................................................43
9
1
1.1
9
85
9
9 88
-
9
9
(Phasianus colchicus)
- -
99
9 20 198 9
9
2
1.2
100 4 1 106
100 4 1 6 30 100
100 4 6
1.3
9
3
(1)
2-1
2-1
http://archive.zo.ntu.edu.tw/bird/r_bird_index.asp?bird_id=B0151
The pheasant: ecology, management and conservation. 1988 Hill D. & Robertson P.
Phylogeography of the ring-necked pheasant (Phasianus colchicus)
in China.
2009 Qu J.Y., Liu N.F., Bao
X.K. & Wang X.L.
Effects of changing agriculture on ring-necked pheasant brood
movements in Illinois.
1984 Warner R
Birds of East Asia 2009 Mark Brazil
2010
(2)
( 2-2)
9
4
2-2
The pheasant: ecology, management and conservation. 1988 Hill D. & Robertson P
Feeding habits of juvenile ring-necked pheasants on Pelee Island,
Ontario.
1955 Loughrey A. & Stinson
R
1989
- 1990
2009
2002
2004
2004
2001
( )
2-3
2-3
Rethinking the causes of deforestation: lessons from economic
models. 1999
Angelsen A. & Kaimowitz
D
A review of the status of forest elephants 1995 Barnes R.F.W. Blom A. &
Alers M.P.T.
Are mammal and bird populations declining in the proximity of
roads and other infrastructure? Systematic Review No. 68.
Collaboration for Environmental Evidence.
2009
Benítez-López, A.,
Alkemade R. & Pita A.
Verweij
The impacts of roads and other infrastructure on mammal and 2010 Benítez-López, A.,
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5
bird populations: Ameta-analysis. Alkemade R. & Pita A.
Verweij
Roadside vegetation: a habitat for mammals in Naringal,
southwestern Victoria. 1988 Bennett A.F.
Roads, roadsides and wildlife conservation: a review. In:
Saunders, D.A., Hobbs, R.J. (Eds.), Nature Conservation 2:
The Role of Corridors.
1991 Bennett A.F.
Influence of roads on the endangered Stephens’ kangaroo rat
(Dipodomys stephensi): are dirt and gravel roads different. 2004 Brock R.E. & Kelt D.A.
Loss of insectivorous birds along a gradient of human impact in
Amazonia. 1996 Canaday C.
From roadkill to road ecology: A review of the ecological
effects of roads. 2007 Coffin A. W.
Sunken roads as habitats for forest plant species in a dynamic
agricultural landscape: effects of age and isolation. 2005
Deckers B., Becker P.D.,
Honnay O., Hermy M. &
Muys B.
Effects of roads on movements by understory birds in
mixed-species flocks in central Amazonian Brazil. 2001
Develey P.F. & Stouffer
P.C.
Effects of Roads on Animal Abundance: an Empirical Review
and Synthesis. 2009 Fahrig L. & Rytwinski T.
Response time of wetland biodiversity to road construction on
adjacent lands. 2000 Findlay T. & Bourdages J.
The ecological road-effect zone of a Massachusetts (U.S.A)
suburban highway. 2000
Forman R. T. T. &
Deblinger R. D
Land Mosaics: The Ecology of Landscapes and Regions. 1995 Forman R.T.T.
Roads and their major ecological effects. 1998 Forman R.T.T. & Alexander
L.E.
Road Ecology: Science and Solutions. 2003
Forman R.T.T., Sperling D.,
Bissonette J.A., Clevenger
A.P., Cutshall C.D., Dale
V.H., Fahrig L., France R.,
Goldman C.R., Heanue K.,
Jones J.A., Swanson F.J.,
Turrentine T. & Winter T.C.
Roads as conduits for exotic plant invasions in a semiarid
landscape. 2003 Gelbard J.L. & Belnap J.
(4)
( 2-4)
9
6
(Minnesota Department of
Natural Resources, 2005)
2-4
Response time of wetland biodiversity to road construction on
adjacent lands. 2000 Findlay T. & Bourdages J.
Impacts of disturbance from construction work on the densities
and feeding behavior of waterbirds using the intertidal mudflats
of Cardiff Bay, UK.
2002 Burton, N. H. K., M. M.
Rehfisch, & N. A. Clark.
Buffer-zone distances to protect foraging and loafing
waterbirds from disturbance by personal watercraft and
outboard-powered boats.
2002 Rodgers Jr., J. A., & S. T.
Schwikert.
Review of ecological effects of roads on terrestrial and aquatic
communities. 2000
Trombulak S. C., & Frissell
C. A.
Guidelines for ecological compensation associated with
highways. 1999
Cuperus, R., K. J. Canters,
J. A. U. d. Haes, & D. S.
Friedman.
Disturbance distances for water birds and the management of
human recreation with special reference to the Coorong Region
of South Australia.
2000 Paton, D. C., M. Ziembicki,
P. Owen, & C. Heddle.
Height of the road embankment affects probability of traffic
collision by birds. 2000 Pons, P.
Long range plan for the ring-necked pheasant in Minnesota 2005 Minnesota Department of
Natural Resources
2003
2008
Road Ecology: Science and Solutions. 2003
Forman R.T.T., Sperling D.,
Bissonette J.A., Clevenger
A.P., Cutshall C.D., Dale
V.H., Fahrig L., France R.,
Goldman C.R., Heanue K.,
Jones J.A., Swanson F.J.,
Turrentine T. & Winter T.C.
2007
9
7
3.1
( )
(1)
100 4 7 5
7
- -
-
-
(2)
-
-
4 1 4 7
-
( 3.1-1) -
( 3.1-2)
9
8
3.1-1 -
3.1-2 -
9
9
(a)
(b) ( )
(c)
(a)
3
( )
400
10
(b)
1
1
(c)
1
9
10
(d)
2
30
(e)
3
10
(f)
1
(g)
1
2.2
(1)
(a)
- -
(3.2-1) (3.2-2) - -
1
9
11
3.2-1 -
3.2-2 -
(b)
9
12
4 1
4 7 4 17 4 19 5 7 5 13 5 26
5 27 6 3 6 10 6 28 6 30
6 -
3.2-3 - 3.2-4
3.2-3 -
3.2-4 -
(2)
(a)
- -
-
8 ( 3.2-5) 4 ( 3.2-6)
2 ( 3.2-7) 2 ( 3.2-8)
9
13
3 ( 2.2-9) 19
3.2-1
3.2-5
3.2-6
9
14
3.2-7
3.2-8
9
15
3.2-9
- 3 ( 3.2-10) 2
( 3.2-11) 1 ( 3.2-12)
9 3.2-1
GPS
3.2-10
9
16
3.2-11
3.2-12
9
17
3.2-1
(b)
5 7 5 13 5 26
5 27 6 3 6 10 6 28 6 30
4
- ( 4
- A-1
- A-2
- A-3
- A-4
- A-5
- A-6
- A-7
- A-8
- B-1
- B-2
- B-3
- B-4
- B-5
- C-1
- C-2
- D-1
- D-2
- E-1
- E-2
- E-3
- E-4
- F-1
- F-2
- F-3
- G-1
- G-2
- H-1
9
18
3 ) ( 1 )
- ( 3.2-2 3.2-3)
3.2-2 -
4 3 0 7
1 0 0 1
0 0 0 0
0 0 0 0
0 0 0 0
3.2-3 -
0 0 0 0
0 0 0 0
0 0 0 0
3.3
(play back) MP3
(1)
- 23 8 (
3.3-1) 5 ( 2.3-2) 5 ( 3.3-3) 2 ( 3.3-4)
3 ( 3.3-5) - 7 4
( 3.3-6) 2 ( 3.3-7) 1 ( 3.3-8)
3.3-1
9
19
3.3-1
3.3-2
9
20
3.3-3
3.3-4
9
21
3.3-5
3.3-6
9
22
3.3-7
3.3-8
9
23
3.3-1
(2)
4 1 4 7 5 7 5 13 5 26 5
- a-1
- a-2
- a-3
- a-4
- a-5
- a-6
- a-7
- a-8
- b-1
- b-2
- b-3
- b-4
- b-5
- c-1
- c-2
- c-3
- c-4
- c-5
- d-1
- d-2
- e-1
- e-2
- e-3
- f-1
- f-2
- f-3 2
- f-4
- g-1
- g-2
- h-1
9
24
27 6 3 6 10 4
2.3-9
5 7 5 13 6 26 6 30
1
3.3-2 3.3-3
9
25
100 6 28
3.3-9
a-1 a-2
a-3 a-4
a-5 a-6
a-7 a-8
9
26
100 6 28
3.3-10
b-1 b-2
b-3 b-4
b-5
9
27
100 6 28
3.3-11
c-1 c-2
c-3 c-4
c-5
9
28
100 6 28
3.3-12
100 6 28
3.3-13
d-1 d-2
e-1 e-2
e-3
9
29
100 6 29
3.3-14
(3)
50 (
3.3-15)
3
(4)
5 7 5 13 6 27 6 30
- -
f-1 f-2
f-3 f-4
9
30
50 (100 5 11 )
3.3-15
9
31
3.3-2
9
32
3.3-3
9
33
4.1
(night-lighting)
4 13
5 28
4.2
( 4.2-1) 6 3
9
34
( ) ( ) ( ) ( )(100 6 3 )
4.2-1
9
35
5.1
1.
2.
3.
4. DNA
5.
5 7 5 13
5.1-1 5.1-2 5.1-1
DNA
100 5 9
5.1-1
9
36
5.1-2
5.1-1
(mm)
1.04
1.85
7.48
2.60
2.70
2.05
2.00
5.2 DNA
(1) DNA
DNA (1)
(2)
9
37
DNA 5.2-1
(a) lysis buffer 500 l
100 l 10% SDS
(b) 50 75 l 10mg/ml ProteinaseK
57 2—18
1—2
(c) 13000 rpm 10
(d) 500 l chloroform
(e) 13000 rpm 15 4
(f) 4—5
(g) 0.7—0.8 isopropanol DNA
(h) 13000 rpm 15 4
(i)
(j) 1ml 75%
(k) 8—10
(l) DNA ( )
(m) 50—100 l
(n) 20
14 4 (Gel
electrophoresis) DNA
9
38
5.2-1 DNA
Tris-base 50mM
Na-EDTA 100mM
NaCl 100mM
10% SDS sol 50mg/500ml
Proteinase K 100mg/10ml
(2)
5 7 5 13
5.2-1
DNA
5.2-1 DNA
9
39
6.1
(1)
( 6.1-1 100 5 12 )
6.1-1
(2)
4 1 4 7 4 17 4 19 5 7 5 13
5 26 5 27
9
40
4 17 4 19
( 6.1-2) 5 7 5 13
100
100 5 12
6.1-2
6.2
5 7 5 13 6 3 6 10
3
5 (5 1 5 10 )
9
41
GPS
6.2-1 5 7 5 13 6 3 6 10
30
6.2-1
6.3
5 7 5 13
GPS
12
( 6.3-1)
9
42
100 6 9
6.3-1
6.4
(1)
4 4 4 7
6.4-1
1. 2. 3. 4. 5. 6.
7. 8. 9. 10. 11. 12. 13.
( 6.4-1)
9
43
( ) ( ) ( ) ( )
6.4-1
(2)
1. 2. 3. 4. 5.
(a)
(b)
(c)
(d)
(e)
6.4-1
9
44
6.4-1