-

2007

-

2007

,

: ,

2005-2007. , . , . , . , , , . , . , . , . , . . , . . , , . , , . , , , , , , . 2007,

1.

1 2 3 4 5 5 6 7 8 8 8 9 10 11 11 11 12 14 15 16 17 18 18 20 22

& - : 2.

3.

i

: Rayleigh test 4.

23 26 26 26 29 29 30 31 32 33 35 37 39 41

1: 0 cm 2: 5 cm 3: 10 cm

44 48 51 57 58 59 63 64 68 69

5.

6.

ii

7.

72 73 74 76

iii

1.

1.

1

1.

. , , . , - (Barnes 1980). : 1) , 2) , 3) , 4) , 5) , 6) 7) , / , . , , ( 2 m), , , . , (Kjerfve 1989). (Kjerfve 1989). , - , , , , ,

2

1.

(Day & Ynez-Arancibia 1982). Kjerfve (1986), , , . , . , , . . / , . . . 100 km ( km). , .

( 99%) , , , (McHugh 1967). (Day et al. 1989), . , , : 1) r- , . , / 2) - , . , , .

3

1.

/ , , , (Ynez-Arancibia et al. 1994). : 1) , 2) , , , 3) , . . . (Pauly & Ynez-Arancibia 1994). , , (Costa et al. 2002). (Katselis et al. 2003). (Kapetsky 1984). (Katselis et al. 2003).

6500 km2 (Pearce & Crivelli 1994), (Kapetsky 1984, Ardizonne et al. 1988, A 2001). , , , (Kapetsky & Lasserre 1984, Ardizonne et al. 1988, A 2001). , , ,

4

1.

.

, ( ), ( ) (Von Brandt 1984). , . (Katselis et al. 2003). (Ardizonne et al. 1988), (McDowall 1988). PLINE LANCIEN (23-79 ..). , , , , , , , , (Chaveut 1988) (Peja et al. 1996).

72 550 km2 (Kotsonias 1984). , (43,3%) (28,9%). 72% , 8% ( 2001). 89,5% ( 2001).

5

1.

147 km2, 50% . , 220 km2, ( , , ). . , , . , , . , . :A : 21 05' - 21 35 : 38 15' - 38 30'

27 km 15 km. 12 km, . , 6 ( 1) :1 2 3 4 5 6 (km2) 2,5 18 80 4,5 14 28

0,30 1,60 m, , 30 m ( et al. 1994). ( et al. 1995).

6

1.

, (Katselis et al. 2003).

1. 6 ( 1-6 ).

Ramsar, 24/1/1974 (... 350, 1 , .. 191). , , , NATURA 2000 (Sites of Community Importance - SCI) 92/43/. - , (.1650/1986, ... 477//31.5.2006).

7

1.

56 , 6 , 29 , 15 , , , 5 1 (Anguilla anguilla) ( et al. 2000).

, 16 , . , . , , . 19 , , ( 2004).

. 700 200 . , , , 10% ( et al. 1994, Katselis et al. 2003). , ( , , , , , ), .

8

1.

500 , , , , . ( et al. 1994). , , . , , , . 500 m (. 435/67). . 4,6 / km2 (Katselis et al. 2003), . (Kapetsky 1984).

, , , ( et al. 1994). , 1500-2000 tn 1960, 13001500 tn 1983 (otsonias 1984, et al. 1994), 1000-1500 tn, 45% ( et al. 2005). . 46% , 28% , 11% , 9% 6% ( et al. 1994).

9

1.

8 92,1% 1988-1998 (Katselis et al. 2003).

. , ( 2001). , , . , . [. , , . vivarium , vivus , ]. 14 , 8 6 . , . . 1826 ( & 1994). . , (Katselis et al. 2003). , . , ( et al. 1994).

10

1.

, 24, 29.5 cm ( et al. 1993). , , . ( 1996).

& - - , 25 km2. , 60, & (Hotos & Avramidou 1997).

: 19 km2. :A : 21 25 - 21 28 : 38 18 - 38 22

. , 6 km, () 1800 m 80 m. (), 1970 .

11

1.

. 3500 m 3500 m, ( 2001). 0,8 m, 1,5 m. , . (Hotos & Avramidou 1997). ( 2.600 m, 40 m 1,5 m) 1988. . 1999, , . , ( 2001).

( 2001). 1984 , . , . . ("" ""), , "(3 " "4 " "7 ). , .12

1.

"", 2007, , 30.000 . , . . 16 . , , , . . : 1. 2. 9 8 . : 70% 30% - -

: - ( )

40%

13

1.

( 2001).

, 1994-1998, 22,2 tn (Katselis et al. 2003). Mugilidae Sparidae ( Sparus aurata) (Katselis et al. 2003). 2005, 17,6 tn, (: . ).

14

2.

2.

15

2.

, . , 70% ( 2001). , , 1) , 2) , . , , . , , . , , : , , . , , . , - - .

2. .

16

3.

3.

17

3.

17/08/2005 10/02/2006, 7 . , , . , 3 , , . , 3 . , ( 3).

3. 2 . : (: Google arth), :

. , 13 mm, . 30-40 cm,

18

3.

2,5 m (1 m , 0,5 m 1 m ). 50 m. () 8 m. . 20 m. V 120 . , , . 7 (.. ). ( 4). . (), () . , .

4. 1,2,3: , 4&5: , : , : : , :

. U, 2 m 1,5 m. , .19

3.

, , 3 cm 7 cm . ( ) , , , . , , , , . ( ) , , . , . , ( , ).

, , . , , . , . , . . , . , . , . .20

3.

, . , : 1. 2. 3. 4. , , , . : 5. 6. . [ 1-4 , 5-6 ].

21

3.

2 4 , , . .

5. .

B-E (: , C: , D: & E: ). F & G .

22

3.

. . (Open University 1989). (Tsimplis 1994). T Hmax 4 : 1. .

(h)

Hmax cm 7.8 5.0 1.6 0.6

M2 12.42 92 S2 1 1 - 12.00 103 23.93 10 25.82 349

M2 t : 2 M 2 = M 2 ,max cos (t t 0 + ) 2 2 2 (t t 0 + ) = M 2 ,max cos 2 2 [1] : M 2 = 7, 8 cos 0, 1610 ( t + 1, 606 ) (M2 cm, t h)

[1]

[2].

S2, 1, 1 : S2 = 5, 0 cos 0, 1666 ( t + 1,798 ) (S2 cm, t h) [3] K 1 = 1, 6 cos[0, 0835 (t + 0, 174)] (K1 cm, t h) O1 = 0, 6 cos[0, 0774 (t + 6, 091)] (O1 cm, t h)

[4] [5]

[2], [3], [4] [5] ht t.23

3.

ht = 7, 8 cos 0, 1610 ( t + 1, 606 ) + 5, 0 cos 0, 1666 ( t + 1,798 ) +1, 6 cos 0, 0835 ( t + 0, 174 ) + 0, 6 cos 0, 0774 ( t + 6, 091 ) , 6/10 - 21/11/1998. , . (smoothing analysis), variability 48 h. (N: 3820, E: 2125) (N: 3814, E: 2144) t0 = 3 , 5h . 1/10/2002. , , , GMT, GMT. 1 hmaxj j f = TM 2 2 . f = 0, 08 h-1. , - 0 ( ). j ( ) t i. : h t = h max j cos i . [7] = Ti : 2 2 = 12,42 h, [7] 2

24

3.

i =

ht 6.21 cos1 ( h) h max j i

[8]

i 8 0 ( ) 6.21 ( ). i > 6.21 h 6.21 .

25

3.

, - , , . , , , 2 .

a , X [9] cos a = r

sin a =

r

[10]

[11] n n [9] [10] Y tan a = [12]. X [12] a rad , Ti ( ) (Zar 1999).

:

X=

cos ai =1

n

i

,Y=

sin ai =1

n

i

r = X 2 + Y 2

r, . 0 1. r=0, , r=1 . r

26

3.

, 1- r . 1 r = 1 , r=0 ( 6), , 1 r = 0 r=1 ( 7).

6. . r, .

7. . r, .

r=0 , ( 8).

8. . r, .

27

3.

(angular variance) : s 2 = 2 (1 r ) ( rad 2 ) [13]

0 2, . [12] : 6, 21 2 (1 r ) ( h2) s2 = [14].

(angular deviation) :

s = 2 (1 r ) ( rad)

[15]

[15] : 6, 21 2 (1 r ) ( h) s= [16].

[16] : s ( h) [17] sT = n (Zar 1999).

d . r 0, 92 r > ,1 /2 n2 2 n(2 R 2 n ,1 2 4n ,1 d = arc cos R

( rad)

[18]

2 2 n(2 R 2 n ,1 2 4n ,1 6, 21 d= arc cos R

( h)

[19],

R = nr . 2 ,1 =0,05, =1 ( 95%) 3,841 (Zar 1999).

28

3.

, . r 0 ( ). , ( 8). . 2 ai , r [11] , : X cos 2 a = [20] sin a = [21] r r Y [22] [22] [20] [21] tan 2 a = X 2a ( rad). 2a =a. 2 s [15], ( rad) 2 [16]. r 0, (Zar 1999).

: Rayleigh test , a , , r. ( ), H0 : z Rayleigh. R2 [23]. z= = nr 2 n

29

3.

z > z ,n H0 , , z < z ,n , (Zar 1999).

, , . Watson-Williams, 0: T1 = T2 = .... = Tk .

F : k (N k ) R j R j =1 F= [21]. k ( k 1) N R j j =1 k , R R N = j =1 n j .n

F F(1), k 1, N k =0.05 (Zar 1999).

30

4.

4.

31

4.

9. .

9 , ( 5 cm). 3 : 1. 0 cm 2. 5 cm 3. 10 cm 2. 3 .

hmaxj

0-4 (cm)

5-9 (cm) 10 (cm) % % % 100,00-81,82 100,00-84,35 100,00-88,07 100,00-93,24 72,73-35,23 76,52-38,26 81,65-42,20 86,49-48,65 29,55 27,83 33,94 40,54

32

4.

100,00-87,94 100,00-91,07

82,98-51,77 86,52-44,94

43,97 39,33

2 , 80% ( ) hmaxj 5 cm, 80% 40% , hmaxj ( 9 cm). , hmaxj 10 cm 30% .

1: 0 cm 0 cm

, , . ( 10, 1). . , , ( 10, 2).

10. (0) hmaxj 0 cm.

33

4.

0 cm

, ( 11, 1). , . , ( 11, 2). . , ( 11, 3). , , , ( 11, 4).

11. (0) hmaxj 0 cm.

34

4.

2: 5 cm 5 cm

. , , , ( 12, 1). . 2 , , . ( 12, 2).

12. (0) hmaxj 5 cm.

35

4.

5 cm

. , , ( 13, 1). , ( 13, 2). , . , ( 13, 3). , ( 13, 4).

13. (0) hmaxj 5 cm.

36

4.

3: 10 cm 10 cm

, , ( 14, 1). ( 14, 2).

14. (0) hmaxj 10 cm.

37

4.

E 10 cm

. , , ( 15, 1). ( 15, 2). , ( 15, 3). . , ( 15, 4).

15. (0) hmaxj 10 cm.

38

4.

3: ( T ), (r), (n), ( sT ) 95% (d) 3 .

0 cm

5 cm

10 cm d () 0.46 0.70 0.82 -

T () 7.38 0.95 10.70 2.39 11.77 5.40

r 0.5589

n 141

sT() 0.16 0.21 0.20 0.29 0.25 0.30

d () 0.38 0.58 0.59 -

T ()7.56 1.16 10.77 5.24 8.99 5.81

r 0.5144 0.4345 0.3492 0.0731* 0.0118* 0.1678*

n 117 77 91 66 90 64

sT() 0.18 0.24 0.24 0.33 0.29 0.32

T ()7.90 2.21 11.49 5.38 4.65 4.82

r 0.5382

n 62

sT() 0.24 0.31 0.40 0.50 0.38 0.38

d () 0.61 0.75 1.49 1.64 1.18

0.4807 89 0.4193 118 0.0447* 90 0.1028* 111 0,1261* 74

0.5829 35 0.3522 32 0.1709* 26 0.3058 0.4352 37 30

(*) r, T . , . 4: Rayleigh test H0

z 44.046 20.562 20.745 0.180 1.173 1.176

0 cm

5 cm H0 z

10 cm z

z0.05,n2.990 2.987 2.990 2.987 2.989 2.986

z0.05,n2.990 2.986 2.987 2.984 2.987 2.984

H0

z0.05,n2.983 2.975 2.972 2.967 2.975 2.971

H0 39

30.957 14.536 11.095 0.353 0.012 1.802

17.958 11.892 3.970 0.759 3.461 5.682

4. 5: ( T ), (r), (n), ( sT ) 3 . .

0 cm

T () 5.34/12.16 2.71/8.92 5.95/11.55

r

n

sT ()0.14 0.13 0.15

0.1297 90 0.0828 111 0.1054 74

5 cm r n sT () T () 4.25/10.46 0.1292 66 0.16 3.10/9.31 0.1574 90 0.14 5.86/12.07 0.1341 64 0.16

10 cm

T ()3.59/9.80 -

r

n

sT ()0.25 -

0.1497 26 -

3 4 11, 13 15 , 0 5 cm, 10 cm .

40

4.

(0). , 3 : 1. : 0 cm 1 2 3 4 5 6

T sT (h)7.38 0.16 10.70 0.20 0.95 0.21 2.71 0.13* 8.92 0.13* 5.34 0.14* 12.16 0.14* 5.95 0.15* 11.55 0.15*

2. : 5 cm

T sT (h)

7.56 0.18 1 2 10.77 0.24 3 1.16 0.24 3.10 0.14* 4 12.07 0.14* 4.25 0.16* 5 10.46 0.16* 5.86 0.16* 6 12.07 0.16*

3. : 10 cm 1 2 3 4 5 6

T sT (h)

7,90 0.24 11.49 0.40 2.21 0.31 3.59 0.25* 9.80 0.25* 4.65 0.38 4.82 0.38

sT ( ) .41

4.

, 3 , . , . 3 , , 3,5 , . . . . 3 . 3 . , . , , . , 0 5 cm , . . 10 cm, . , , , . 3 . , ,

42

4.

, , . , , ( r sT ) ( r sT ). 3 . . , 0 5 cm, . ( ) ( r). , sT , , ( ) . . , , . , ( r) 3 . , sT .

43

4.

6: ( T ), (r), (n), ( sT ) 95% (d) 3 .

0 cm

5 cm d () () 0.43 1.05 0.34 1.0 0.29 0.68 0.44 1.47 0.33 0.77 0.46 1.16 0.77 -

10 cm

T ()7.61 7.29 7.41 7.95 7.45 6.51 7.32

r 0.7365 0.4368 0.6498 0.4089 0.7363 0.6200 0.8465

n 11 39 32 24 19 14 2

sT

T ()7.75 7.37 7.64 8.68 7.45 6.67 7.32

r 0.7085 0.3393 0.6087 0.3921 0.7363 0.6088 0.8465

n 9 31 23 20 19 13 2

sT() 0.50 0.41 0.36 0.49 0.33 0.48 0.77

d () 1.26 1.60 0.90 1.76 0.77 1.25 -

T ()7.36 8.61 8.24 9.49 7.02 6.16 8.43

r

n

sT() 0.60 0.54 0.49 0.51 0.46 0.53 0.00

d () 1.64 1.80 1.22 1.32 1.14 1.37 -

0.6735 7 0.4437 15 0.6946 10 0.6311 11 0.7552 9 0.6737 9 1.0000 1

7: ( T ), (r), (n), ( sT ) 95% (d) 3 .

0 cm

5 cm

10 cm

T ()1.37 1.33 1.24 0.53 11.72 1.01

r 0.0000 0.4958 0.5373 0.5312 0.4156 0.6208 0.6239

n 0 24 20 15 19 9 2

sT() 0.00 0.41 0.43 0.49 0.49 0.57 1.21

d () 1.14 1.14 1.39 1.68 1.55 -

T ()1.84 1.67 1.23 1.03 11.72 1.01

r 0.0000 0.4070 0.5077 0.4674 0.4255 0.6208 0.6239

n 0 19 17 13 17 9 2

sT() 0.00 0.49 0.48 0.57 0.51 0.57 1.21

d () 1.73 1.36 1.85 1.75 1.55 -

T ()2.69 2.95 2.13 2.19 11.49 2.79

r

n

sT() 0.00 0.51 0.50 0.72 0.64 0.60 0.00

d () 1.28 1.27 2.22 1.81 1.67 44

0.0000 0 0.6721 10 0.7437 8 0.6725 5 0.6824 6 0.7732 5 1.000 1

4.

8: ( T ), (r), (n), ( sT ) 95% (d) 3 .

0 cm

5 cm

10 cm

T ()10.62 11.00 12.25 9.52 8.99 8.91 -

r 0.5529 0.3780 0.5325 0.4134 0.9478 0.8869 0.0000

n 17 48 27 12 3 11 0

sT() 0.45 0.32 0.37 0.62 0.37 0.28 -

d () 1.21 1.07 0.97 2.58 1.71 0.78 -

T ()10.82 11.14 0.55 8.55 8.71 8.84 -

r 0.5716 0.3072 0.5976 0.4400 0.9493 0.8810 0.0000

n 14 37 19 9 2 10 0

sT() 0.49 0.38 0.41 0.70 0.45 0.30 -

d () 1.31 1.63 1.02 0.83 -

T ()10.99 10.35 1.72 0.26 9.31 -

r

n

sT() 0.72 0.62 0.35 0.18 0.74 -

d () 1.19 2.69 -

0.4019 9 0.3072 13 0.9231 5 0.9913 2 0 0.7869 3 0.0000 0

9: ( T ), (r), (n), ( sT ) 95% (d) 3

0 cm

5 cm

10 cm

T ()9.38 0.89 5.02 4.07 11.22 8.72 -

r

n

sT() 0.91 0.39 0.52 0.54 0.66 0.64 -

d () 1.43 2.43 2.03 -

T ()8.38 1.00 5.04 4.28 10.45 8.36 -

r

n

sT() 0.32 0.45 0.58 0.37 0.15 0.59 -

d () 1.11 2.64 1.59 -

T ()8.38 0.47 4.34 4.29 8.98 -

r

n

sT() 0.32 0.73 0.55 0.46 1.08 -

d () 1.68 1.84 -

0.4736 5 0.2158 40 0.2175 23 0.6240 10 0.8320 3 0.5300 9 0.0000 0

0.9736 2 0.1879 32 0.3223 16 0.8964 6 0.9939 2 0.6443 8 0.0000 0

0.9736 2 0.0478 14 0.8478 4 0.9191 3 0 0.5542 3 0.0000 0

45

4.

10: ( T ), (r), (n), ( sT ) 95% (d) 3 .

0 cm

5 cm

10 cm

T ()12.09 11.53 1.78 9.62 12.36 8.05 6.82

r 0.9255 0.1200 0.3811 0.1767 0.1288 0.4502 0.6827

n 6 34 26 16 11 13 5

sT() 0.31 0.45 0.43 0.63 0.79 0.57 0.70

d () 1.04 1.53 1.97 2.14

T ()11.68 11.52 2.59 8.38 1.48 7.98 6.82

r 0.9714 0.1200 0.4149 0.1289 0.1088 0.6005 0.6827

n 4 27 20 13 10 11 5

sT() 0.24 0.50 0.48 0.72 0.83 0.53 0.70

d () 1.26 1.62 1.42 2.15

T ()11.87 5.09 3.56 4.91 4.24 6.84 5.08

r

n

sT() 0.22 0.76 0.47 0.55 0.94 0.67 0.00

d () 1.57 1.28 1.68 1.95 -

0.9810 7 0.1200 15 0.8293 10 0.8466 11 0.4330 9 0.6560 6 1.0000 1

11: ( T ), (r), (n), ( sT ) 95% (d) 3 .

0 cm

5 cm

10 cm d () -

T ()7.90 2.16 5.61 4.73 10.72 7.30 7.12

r

n

sT() 0.76 0.57 0.58 0.60 0.92 0.92 -

d () -

T ()7.90 2.67 5.30 5.39 8.80 8.12 7.12

r

n

sT() 0.76 0.60 0.62 0.64 0.97 0.89 0.99

T ()7.90 3.52 4.25 4.91 4.39 6.48 3.49

r 0.7770 0.4290 0.8648 0.3495 0.6465 0.9908 0.4924

n 3 7 5 9 2 2 2

sT() 0.76 0.80 0.46 0.75 1.18 0.19 1.41

d () 1.35 2.70 -

0.7770 3 0.3006 17 0.2293 18 0.2129 17 0.1323 8 0.3488 6 0.3768 5

0.7770 3 0.3200 15 0.3087 14 0.2030 15 0.1549 7 0.4922 5 0.3768 5

46

4.

12: Watson-Williams 3 .

P-value 0.8235 0.5700 0.0067 0.0000 0.0002 0.0476

0 cm F Df, (n) 0.4784 7, (141) 0.8035 7, (89) 3.1631 7, (118) 5.8282 7, (90) 4.9345 7, (114) 2.26308 6, (74)

0 NS NS S S S S

5 cm P-value F Df, (n) 0 0.6330 0.7217 7, (117) NS 0.5145 0.8796 7, (77) NS 0,0010 4.1793 7, (91) S 0,0003 5.0692 7, (66) S 0,0001 5.5577 7, (90) S 0,0834 1.9810 7, (64) NS

P-value 0.0469 0.0798 0.1521 0.3407 0.0443 0.3476

10 cm F Df, (n) 2.3042 7, (62) 2.1414 7, (35) 1.744 7, (32) 1.2169 7, (26) 2.4977 7, (37) 1.1873 7, (30)

0 S NS NS NS NS NS

47

4.

3 , . 3 , , . . , , . . 0 5cm 10 cm ( 12). , 10 cm, : -- , -- , , . 16. , 3 . 0 5 cm, , ( 12). , , . . 10 cm, , 2 , . 17.

48

4.

16. (0) ( 2* sT ).

49

4.

17. (0) ( 2* sT ). 50

4.

. , 3 . , ( ) . , 0 5 cm ( 12). , , , , . 10 cm . 18. . 0 5 cm, 2 ( 12). , , , . 19.

51

4.

18. (0) ( 2* sT ). 52

4.

19. (0) ( 2* sT ). 53

4.

0 5 cm, 10 cm. , 2 ( 12). , 0 5 cm, , . , . , , , . T 20. 0 5 cm 0 cm. 10 cm ( 12). , 0 5 cm , , , . 10 cm, , - , . 21.

54

4.

20. (0) ( 2* sT ). 55

4.

21. (0) ( 2* sT ). 56

5.

5.

57

5.

3 . , . , , . , , . , , . , . , , . , . . , , , . , . , () () , . , .

58

5.

, , , , . , .

, , , , . , , . . , . . . , , . , , . . , . 3 , . 3.5 . , 59

5.

3 . , , . , , , . , , 10 cm, , . , . , , : - , - . , 2 (0 5 cm), , (10 cm) . 0 5 cm, , . , , , . : 1) ,

60

5.

( , 2) , , ( ) , , . . . , . , . . , , . , , . , , ( ) . 10 cm, . . , , , . . , 3

61

5.

. , . . , , , . , , , . , , .

62

5.

, . , . 3 , , , , . , , . , . . , . , . , , 10 cm , . 3 , . , .. .

63

5.

. . , . , . Mugil cephalus (Katselis et al. 2003). , , 140 euro/kg (Katselis et al. 2005). , . , . , , . , . (Katselis et al. 2003). . , , Sparus aurata. , . . , . , , .

64

5.

, . . , . , Gobius sp., , . , . 0 5 cm. , . . , , ( ). . . , , . 10 cm, , . , 1 6 . . , .

65

5.

. 2 . 0 5 cm . , , (n=3) . , Mugil cephalus, . , , , . . . , 0 5 cm 10 cm . , . ( ) Mugil cephalus, , . , , , , . , ,66

5.

, . , , , . , .

67

6.

6.

68

6.

, . : 1. . , , . . 2. . , , . , , . 3. . , , , . , ( ), , .

69

6.

4. . , . ( 22). , , , , , . . , Sparidae (.. ), , .

22. .

70

6.

, , . ( ), ( ) . ( ) . , , ( 23).

23. 2 .

5. , , , . , , , .

71

6.

. 1. . , . . 2. . , . 3. . , , . , . , , . , , .

72

7.

7.

73

7.

Ardizzone, G.D., Cataudella, S. & Rossi, R. (1988). Management of coastal lagoon fisheries and aquaculture in Italy. FAO Fisheries Technical Paper 293, 103. Barnes R.S.K. (1980). Coastal lagoons (Cambridge studies in modern biology). Cambridge University Press, 106 p Chaveut C. (1988). Manuel sur l amnagement des pches dans les lagunes ctires: la bordigue mediteranenne. FAO Fisheries Technical Paper 290, 77p. Costa M.J., Cabral H.N., Drake P., Economou A.N., FernandezDelgrado C., Gordo L., Marchaund L. & Thiel. R. (2002). Recruitment and production of commercial species in estuaries. In: Elliot M., Hemingway K.L. (Eds.), Fishes in estuaries. Blackwell Science Ltd, Oxford, 54-123 pp. Day Jr, J.W. & Yez-Arancibia A. (1982). Coastal lagoons and estuaries: cosystem pproach. Cienta Interam 22, 22-26 pp. Day Jr, J.W., Hall C., Kemp M.D. & Yez-Arancibia A. (1989). Necton, the free swimming consumers. In: Estuarine Ecology. Wiley-Interscience, John Wiley & Sons, New York, 377-437 pp. Hotos G. & Avramidou D. (1997). A one year monitoring study of lisova lagoon (Messolonghi, W. Greece). GeoJournal 41.1: 15-23. Gonzalez L. & Gerlotto F. (1998). Observation of fish migration between the sea and a mediterranean lagoon (Etang de lOr, France) using a multibeam sonar and split beam echo sounder. Fisheries Research, 35, 15-22 pp. Kapetsky J.M. (1984). Coastal lagoon fisheries around the world: some perspectives on fishery yields, and other comparative fishery characteristics. In: Kapetsky, J.M., Lasserre, G. (Eds.) Management of coastal lagoon fisheries, Amenagement des peches dans les lagunes cotieres. Studies and Reviews CFCM/Etud. Rev.CGPM 61(1), FAO, Rome, p 98-116. Kapetsky J.M. & Lasserre G. (1984). Management of coastal lagoon fisheries, Amenagement des peches dans les lagunes cotieres. Studies and Reviews CFCM/Etud. Rev.CGPM 61. Katselis, G., Koutsikopoulos, C., Dimitriou, E. & Rogdakis, Y. (2003). Spatial and temporal trends in the composition of the fish barriers fisheries production of the Messolonghi Etoliko lagoon (western Greek coast). Scientia Marina 67 (4), 501-511. Katselis G., Koutsikopoulos C., Rogdakis I., Dimitriou E., Lachanas A. & Vidalis K. (2005). A model to estimate the annual production of roes (avgotaracho) of flat head mullet (Mugil

74

7.

cephalus) based on the spawning migration of species. Fisheries Research 75,138-148. Kotsonias G. (1984). The Messolonghi Etoliko lagoon of Greece. Socio-Economic and ecological interactions of cooperative and independent fishermen. In: Kapetsky, J.M., Lasserre, G. (Eds.) Management of coastal lagoon fisheries, Amenagement des peches dans les lagunes cotieres. Studies and Reviews CFCM/Etud. Rev.CGPM 61(2), FAO, Rome, p 521-528. Kjerfve B. (1986). Comparative oceanography of coastal lagoons. In: Estuarine variability (Wolfe D. ed.) Academic Press, Inc., New York, 63-82 pp. Kjerfve B. & Magill K.E. (1989). Geographic and hydrodynamic characteristics of shallow coastal lagoons. Marine Geology 88 187199. McDowall R. (1988). Diadromy in Fishes. Migrations between freshwater and marine environments. University Press, Cambridge, 299 p. McHugh J.L. (1967). Estuarine nekton. In: Estuaries (Lauff G.H. ed.) Special Publication 83. American Association for the Advancement of Science. Washington DC, 581-619pp. Open University (1989). Waves, tides and shallow water processes. Prepared by an Open University course team. Oxford, Pergamon Press, 187 p. Pauly D. & Yez-Arancibia A. (1994). Fisheries in coastal lagoons. In: Coastal Lagoon Processes 363-376 pp. Pearce F. & Crivelli A.J. (1994). Characteristics of Mediterranean Wetlands. Med Wet Publications, Tour du Valat, Arles, France. Peja N., Vaso A., Miho A., Rakaj N. & Crivelli A.J. (1996). Characteristics of Albanian lagoons and their fisheries. Fishery Research 27: 115-125. Tsimplis, M.N. (1994). Tidal oscillations in the Aegean and Ionian seas. Estuarine, Coastal and Shelf Science 39: 201-208. Von Brandt A. (1984). Fish catching methods of the world. Avon Litho Ltd, Great Britany, 415 p. Yez-Arancibia A., Domnguez A.L.L & Pauly D. (1994). Coastal lagoons as fish habitats. In: Coastal Lagoon Processes (Kjerfve B. ed). Elsevier Oceanography Series 60. Elsevier Science Publishers, Amsterdam 363-376 pp. Zar, J.H. (1999). Biostatistical analysis. 4th ed. Prentice-Hall, Newark, NJ, 663 p + App.

75

7.

., ., . &. . (1995). . 4 . 27-41. (2001). & . / & . . . ., ., . & . (1994). . 155: 82-91. ., ., . & . (2005). Lisa saliens () . 12 , , 2005. . (1996). (Aphanius fasciatus Nardo, 1827) . . 198 . ., . & . (2000). . 6 2: 239-244. . (2004). . (18 2 ). , 193 . ., ., . & (1993). - . . . ..., , & ACE-2242/87/10-1, , , . . & . (1994). . . , 1994.

76