The Loch Sunart to the Sound of Jura Marine Conservation Order 2016

Articles 2 and 3

SCHEDULE 1 THE PROTECTED AREA

For the purposes of articles 2 and 3 the protected area described in this Schedule is enclosed by the boundary lines which are described below, in each case by reference to the co-ordinates of the points joined by a line and a topographical description of the line—

Boundary Line	Set of co-ordinates of points which the boundary line joins	Topographic description of boundary line
1	A to B	Mean low water spring tide
2	B to C	Geodesic line
3	C to D	Mean low water spring tide
4	D to E	Geodesic line
5	E to F	Mean low water spring tide
6	F to G	Geodesic line
7	G to H	Mean low water spring tide
8	H to I	Geodesic line
9	I to J	Mean low water spring tide
10	J to K	Geodesic line
11	K to L	Mean low water spring tide
12	L to M	Geodesic line
13	M to N	Mean low water spring tide
14	N to O	Geodesic line
15	O to P	Mean low water spring tide
16	P to Q	Geodesic line
17	Q to R	Mean low water spring tide
18	R to S	Geodesic line
19	S to T	Mean low water spring tide
20	T to U	Geodesic line
21	U to V	Mean low water spring tide
22	V to W	Geodesic line
23	W to X	Mean low water spring tide
24	X to Y	Geodesic line
25	Y to Z	Geodesic line
26	Z to AA	Geodesic line
27	AA to AB	Geodesic line
28	AB to AC	Geodesic line
29	AC to AD	Mean low water spring tide
30	AD to AE	Geodesic line
31	AE to AF	Mean low water spring tide
32	AF to AG	Geodesic line
33	AG to AH	Mean low water spring tide
34	AH to AI	Geodesic line
35	AI to AJ	Mean low water spring tide
36	AJ to AK	Geodesic line
37	AK to AL	Mean low water spring tide
38	AL to AM	Geodesic line
39	AM to AN	Mean low water spring tide
40	AN to A	Geodesic line

Where—

“A” is 56°42.650′N, 006°13.564′W;

“B” is 56°40.798′N, 006°01.803′W;

“C” is 56°39.030′N, 006°00.165′W;

“D” is 56°32.058′N, 005°46.534′W;

“E” is 56°32.009′N, 005°46.330′W;

“F” is 56°31.499′N, 005°35.962′W;

“G” is 56°29.976′N, 005°34.161′W;

“H” is 56°31.970′N, 005°27.809′W;

“I” is 56°31.223′N, 005°26.208′W;

“J” is 56°28.815′N, 005°28.524′W;

“K” is 56°26.245′N, 005°28.945′W;

“L” is 56°25.380′N, 005°29.072′W;

“M” is 56°25.317′N, 005°29.280′W;

“N” is 56°24.890′N, 005°29.798′W;

“O” is 56°24.554′N, 005°29.303′W;

“P” is 56°21.244′N, 005°32.148′W;

“Q” is 56°21.046′N, 005°32.302′W;

“R” is 56°07.806′N, 005°36.320′W;

“S” is 56°06.777′N, 005°34.108′W;

“T” is 56°06.591′N, 005°34.018′W;

“U” is 56°05.556′N, 005°34.961′W;

“V” is 55°59.132′N, 005°41.294′W;

“W” is 56°00.818′N, 005°46.929′W;

“X” is 56°06.815′N, 005°47.699′W;

“Y” is 56°09.635′N, 005°47.702′W;

“Z” is 56°10.258′N, 005°51.915′W;

“AA” is 56°12.583′N, 005°55.945′W;

“AB” is 56°16.220′N, 005°49.392′W;

“AC” is 56°18.749′N, 005°49.789′W;

“AD” is 56°22.736′N, 005°41.379′W;

“AE” is 56°23.009′N, 005°40.806′W;

“AF” is 56°25.025′N, 005°39.148′W;

“AG” is 56°25.467′N, 005°39.069′W;

“AH” is 56°36.604′N, 006°01.898′W;

“AI” is 56°36.651′N, 006°01.797′W;

“AJ” is 56°36.678′N, 006°01.765′W;

“AK” is 56°36.743′N, 006°01.712′W;

“AL” is 56°37.500′N, 006°02.676′W;

“AM” is 56°38.071′N, 006°03.598′W; and

“AN” is 56°38.572′N, 006°11.715′W.

Articles 2 and 4(4)(b)

SCHEDULE 2 AREAS WHERE MECHANICAL DREDGING AND, PROVIDED CERTAIN SPECIFIED EQUIPMENT IS NOT USED, DEMERSAL TRAWLING (EXCEPT BEAM TRAWLING) IS ALLOWED

For the purposes of articles 2 and 4(4)(b) the parts of the protected area described in this Schedule are enclosed by the boundary lines which are described below, in each case by reference to the co-ordinates of the points joined by a line and a topographical description of the line—

PART 1

Boundary Line	Set of co-ordinates of points which the boundary line joins	Topographic description of boundary line
1	AO to AP	Mean low water spring tide
2	AP to AQ	Geodesic line
3	AQ to AR	Mean low water spring tide
4	AR to AS	Geodesic line
5	AS to AT	Mean low water spring tide
6	AT to AU	Geodesic line
7	AU to AV	Mean low water spring tide
8	AV to AW	Geodesic line
9	AW to AX	Mean low water spring tide
10	AX to AY	Geodesic line
11	AY to AZ	Mean low water spring tide
12	AZ to AO	Geodesic line

Where—

“AO” is 56°42.650′N, 006°13.564′W;

“AP” is 56°40.798′N, 006°01.803′W;

“AQ” is 56°39.030′N, 006°00.165′W;

“AR” is 56°32.664′N, 005°52.001′W;

“AS” is 56°31.276′N, 005°51.997′W;

“AT” is 56°36.604′N, 006°01.898′W;

“AU” is 56°36.651′N, 006°01.797′W;

“AV” is 56°36.678′N, 006°01.765′W;

“AW” is 56°36.743′N, 006°01.712′W;

“AX” is 56°37.500′N, 006°02.676′W;

“AY” is 56°38.071′N, 006°03.598′W; and

“AZ” is 56°38.572′N, 006°11.715′W.

PART 2

Boundary Line	Set of co-ordinates of points which the boundary line joins	Topographic description of boundary line
1	BA to BB	Mean low water spring tide
2	BB to BC	Geodesic line
3	BC to BD	Mean low water spring tide
4	BD to BE	Geodesic line
5	BE to BF	Mean low water spring tide
6	BF to BG	Geodesic line
7	BG to BH	Mean low water spring tide
8	BH to BI	Geodesic line
9	BI to BJ	Mean low water spring tide
10	BJ to BK	Geodesic line
11	BK to BL	Mean low water spring tide
12	BL to BA	Geodesic line

Where—

“BA” is 56°27.683′N, 005°35.959′W;

“BB” is 56°31.970′N, 005°27.809′W;

“BC” is 56°31.223′N, 005°26.208′W;

“BD” is 56°28.815′N, 005°28.524′W;

“BE” is 56°26.245′N, 005°28.945′W;

“BF” is 56°25.380′N, 005°29.072′W;

“BG” is 56°25.317′N, 005°29.280′W;

“BH” is 56°23.459′N, 005°34.981′W;

“BI” is 56°27.287′N, 005°36.539′W;

“BJ” is 56°27.629′N, 005°36.047′W;

“BK” is 56°27.639′N, 005°36.028′W; and

“BL” is 56°27.671′N, 005°35.978′W.

PART 3

Boundary Line	Set of co-ordinates of points which the boundary line joins	Topographic description of boundary line
1	BM to BN	Mean low water spring tide
2	BN to BO	Geodesic line
3	BO to BP	Mean low water spring tide
4	BP to BM	Geodesic line

Where—

“BM” is 56°11.276′N, 005°37.940′W;

“BN” is 56°11.583′N, 005°37.773′W;

“BO” is 56°10.893′N, 005°34.954′W; and

“BP” is 56°08.322′N, 005°36.546′W.

PART 4

Boundary Line	Set of co-ordinates of points which the boundary line joins	Topographic description of boundary line
1	BQ to BR	Mean low water spring tide
2	BR to BS	Geodesic line
3	BS to BT	Mean low water spring tide
4	BT to BU	Geodesic line
5	BU to BV	Geodesic line
6	BV to BQ	Geodesic line

Where—

“BQ” is 56°07.799′N, 005°36.400′W;

“BR” is 56°07.806′N, 005°36.320′W;

“BS” is 56°06.777′N, 005°34.108′W;

“BT” is 56°06.591′N, 005°34.018′W;

“BU” is 56°06.104′N, 005°34.461′W; and

“BV” is 56°06.263′N, 005°37.932′W.

PART 5

Boundary Line	Set of co-ordinates of points which the boundary line joins	Topographic description of boundary line
1	BW to BX	Geodesic line
2	BX to BY	Geodesic line
3	BY to BZ	Mean low water spring tide
4	BZ to BW	Geodesic line

Where—

“BW” is 55°59.543′N, 005°42.667′W;

“BX” is 56°04.239′N, 005°37.446′W;

“BY” is 56°04.208′N, 005°36.504′W; and

“BZ” is 55°59.132′N, 005°41.294′W.

PART 6

Boundary Line	Set of co-ordinates of points which the boundary line joins	Topographic description of boundary line
1	CA to CB	Geodesic line
2	CB to CC	Geodesic line
3	CC to CD	Geodesic line
4	CD to CA	Mean low water spring tide

Where—

“CA” is 56°04.606′N, 005°43.483′W;

“CB” is 56°04.545′N, 005°43.164′W;

“CC” is 56°00.531′N, 005°45.972′W; and

“CD” is 56°00.818′N, 005°46.929′W.

PART 7

Boundary Line	Set of co-ordinates of points which the boundary line joins	Topographic description of boundary line
1	CE to CF	Geodesic line
2	CF to CG	Geodesic line
3	CG to CH	Geodesic line
4	CH to CE	Geodesic line

Where—

“CE” is 56°09.856′N, 005°49.197′W;

“CF” is 56°13.284′N, 005°45.400′W;

“CG” is 56°11.986′N, 005°43.459′W; and

“CH” is 56°09.635′N, 005°47.702′W.

PART 8

Boundary Line	Set of co-ordinates of points which the boundary line joins	Topographic description of boundary line
1	CI to CJ	Geodesic line
2	CJ to CK	Geodesic line
3	CK to CL	Geodesic line
4	CL to CM	Geodesic line
5	CM to CI	Mean low water spring tide

Where—

“CI” is 56°21.778′N, 005°42.284′W;

“CJ” is 56°21.469′N, 005°41.857′W;

“CK” is 56°18.750′N, 005°47.500′W;

“CL” is 56°18.378′N, 005°49.731′W; and

“CM” is 56°18.749′N, 005°49.789′W.

PART 9

Boundary Line	Set of co-ordinates of points which the boundary line joins	Topographic description of boundary line
1	CN to CO	Geodesic line
2	CO to CN	Mean low water spring tide

Where—

“CN” is 56°28.681′N, 005°42.561′W; and

“CO” is 56°28.273′N, 005°41.771′W.

Article 2

SCHEDULE 3 THE FIRTH OF LORN SPECIAL AREA OF CONSERVATION

For the purposes of article 2 the part of the protected area described in this Schedule is enclosed by the boundary lines which are described below, in each case by reference to the co-ordinates of the points joined by a line and a topographical description of the line—

Boundary Line	Set of co-ordinates of points which the boundary line joins	Topographic description of boundary line
1	CP to CQ	Geodesic line
2	CQ to CR	Geodesic line
3	CR to CS	Geodesic line
4	CS to CT	Geodesic line
5	CT to CU	Geodesic line
6	CU to CV	Mean high water spring tide
7	CV to CW	Geodesic line
8	CW to CX	Mean high water spring tide
9	CX to CY	Geodesic line
10	CY to CZ	Mean high water spring tide
11	CZ to DA	Geodesic line
12	DA to DB	Mean high water spring tide
13	DB to DC	Geodesic line
14	DC to DD	Mean high water spring tide
15	DD to DE	Geodesic line
16	DE to DF	Geodesic line
17	DF to DG	Geodesic line
18	DG to DH	Geodesic line
19	DH to DI	Geodesic line
20	DI to CP	Geodesic line

Where—

“CP” is 56°12.583′N, 005°55.945′W;

“CQ” is 56°16.220′N, 005°49.392′W;

“CR” is 56°16.878′N, 005°48.205′W;

“CS” is 56°16.071′N, 005°46.993′W;

“CT” is 56°20.348′N, 005°39.148′W;

“CU” is 56°20.334′N, 005°34.040′W;

“CV” is 56°18.828′N, 005°34.871′W;

“CW” is 56°18.876′N, 005°35.167′W;

“CX” is 56°15.910′N, 005°37.369′W;

“CY” is 56°15.750′N, 005°37.831′W;

“CZ” is 56°11.300′N, 005°38.016′W;

“DA” is 56°08.315′N, 005°36.524′W;

“DB” is 56°07.800′N, 005°36.374′W;

“DC” is 56°07.654′N, 005°41.262′W;

“DD” is 56°06.815′N, 005°47.699′W;

“DE” is 56°09.635′N, 005°47.702′W;

“DF” is 56°11.986′N, 005°43.459′W;

“DG” is 56°13.284′N, 005°45.400′W;

“DH” is 56°13.606′N, 005°45.882′W; and

“DI” is 56°10.258′N, 005°51.915′W.