Jökull - 01.12.1992, Side 43

TABLE 1. Paleomagnetic results from Langidalur valley. - Niðurstöður segulstefnumœlinga.
TL BOLSTADARHLID
No. N n Dec Inc Lon Lat Alf J100 Pol
TL i 3 0 299 61 245 49 4 2.80 N
TL 2 3 0 300 60 244 49 3 3.50 N
TL 3 3 0 8 78 58 87 7 0.50 N
TL 4 3 0 321 69 235 67 7 2.50 N
TL 5 3 0 334 78 272 80 2 3.00 N
TL 6 3 0 32 75 72 75 8 4.50 N
TL 7 3 0 353 84 334 77 9 15.90 N
TL 8 3 0 355 76 209 87 10 4.80 N
TL 9 3 0 320 62 225 59 12 3.00 N
TL 10 3 0 345 69 197 75 7 1.90 N
TL 11 3 0 310 -12 211 10 8 1.30 E
TL 12 3 0 319 32 210 35 8 1.40 NT
TL 13 3 0 296 37 235 30 11 1.60 NT
TL 14 3 0 328 67 221 67 8 3.50 N
TL 15 3 0 22 75 82 79 5 7.30 N
tl 16 3 0 24 58 121 60 9 3.10 N
TL 17 3 0 2 65 155 71 3 2.60 N
TL 18 3 0 319 58 222 55 27 (11.00) N*
TL 19 3 0 16 60 131 64 1 8.60 N
TL' '20 3 0 14 55 138 59 5 2.70 N
TL 21 3 0 355 -54 165 -10 26 0.30 E*
TL 22 3 0 8 -65 154 -23 13 0.70 RT
TL 23 3 0 204 -47 306 -50 7 1.90 R
tl 24 3 0 214 -47 294 -47 9 1.10 R
tl 25 3 0 174 -75 25 -86 13 0.70 R
tl 26 3 0 177 -71 348 -79 7 3.50 R
TL 27 4 0 197 -69 300 -74 6 0.70 R
tl 28 3 0 194 -52 319 -56 4 1.70 R
tl 29 3 0 207 -73 269 -75 5 6.30 R
tl 30 3 0 180 -77 349 -89 8 13.10 R
TL 31 3 0 164 -73 37 -80 3 26.70 R
TL 32 3 0 173 -61 354 -66 8 10.50 R
TL 34 3 0 195 -68 305 -73 3 5.50 R
TL 35 3 0 207 -64 291 -65 8 3.90 R
TL 36 3 0 208 -74 260 -76 4 2.20 R
tl 37 3 0 160 -66 22 -70 9 9.40 R
TL 38 3 0 193 -76 268 -84 8 2.40 R
TL 39 3 0 196 -73 287 -79 1 6.60 R
TL 40 3 0 176 -76 18 -87 9 14.20 R
TL 41 3 0 169 -77 63 -85 1 6.90 R
TL 42 3 0 166 -61 5 -65 5 3.20 R
TL 43 4 0 197 -68 301 -73 8 1.10 R
TL 44 4 0 209 -69 278 -70 15 9.80 R
tl 46 3 0 105 -60 77 -43 10 3.00 R
TL 47 3 0 103 -51 73 -34 8 4.10 RT
KL AESUSTADAFJALL
KL 10 4 0 190 -81 182 -82 2 7.50 R
kl 11 3 0 180 -81 160 -83 3 13.61 R
KL 12 3 0 203 -72 276 -77 6 19.48 R
KL 13 3 0 210 -70 273 -72 2 7.20 R
KL 14 3 0 186 -73 316 -82 9 4.93 R
KL 15 3 0 106 -62 78 -45 6 3.03 R
kl 16. 3 0 105 -43 68 -29 46 3.02 RT*
kl 17 3 KM 0 111 -63 75 AESUSTADAFJALL -48 8 2.20 R
KM 1 4 0 197 -68 300 -73 4 3.12 R
KM 2 3 0 33 54 112 53 9 1.61 N
KM 3 4 SCATTERED RESULTS >60 0.42 ( ?)
KM 4 4 0 114 -67 77 -53 9 1.67 R
KM 5 3 0 247 -75 224 -62 7 1.01 R
KM 6 3 0 166 -71 21 -78 3 7.56 R
KM 7 3 0 197 -70 297 -75 4 1.72 R
KM 8 4 TM 0 202 -72 279 -77 GUNNSTEINSSTADAFJALL 4 0.79 R
tm 1 3 0 266 63 275 38 54 1.60 NT*
TM 2 3 0 184 -54 333 -59 8 3.90 R
TM 3 3 0 193 -52 320 -56 4 0.50 R
tm TM 4 5 3 3 0 193 TWO R, -66 313 , ONE RT -71 24 >60 0.40 4.80 R* (R?)
TM 6 3 0 207 -47 303 -49 6 1.10 R
KN GAUTSDALUR
No. N n Dec Inc Lon Lat Alf J100 Pol
KN 1 5 2 225 -75 240 -70 3 4. 30 R
KN 2 3 0 191 -66 315 -72 11 9. 65 R
KN 3 6 1 172 -72 9 -81 14 3. 91 R
KN 4 3 0 262 -69 228 -49 13 4. 51 R
KN 5 3 0 254 -75 221 -59 6 3. 84 R
KN 6 3 0 192 -75 274 -84 3 0. 99 R
KN 7 4 0 220 -63 275 -60 5 0. 83 R
KN 8 3 0 236 -71 245 -61 7 3. 78 R
KN 9 5 1 202 -62 301 -64 18 1. 10 R
KN 10 4 0 145 -79 97 -76 5 9. 18 R
KN 11 3 0 181 -65 337 -72 6 2. 62 R
KN 12 4 0 162 -21 2 -34 4 1. 79 RT
KN 13 4 0 246 -68 241 -55 5 2. 57 R
KN 14 3 0 267 -61 232 -38 19 3. 36 RT
KN 15 3 0 289 -64 213 -34 18 0. 15 RT
KN 16 4 0 238 -66 252 -55 15 1. 62 R
KN 17 3 0 216 -61 282 -59 5 4. 17 R
KN 18 4 0 189 -60 323 -64 8 1. 70 R
KN 19 3 0 227 -49 278 -44 4 1. 39 R
KN 20 3 0 171 -73 14 -81 4 2. 26 R
KN 21 3 0 288 -69 210 -39 10 2. 84 RT
KN 22 4 0 150 -69 43 -70 10 0. 87 R
KN 23 3 0 125 -64 63 -55 25 0. 79 R*
KN 24 4 0 239 -83 195 -69 4 0. 91 R
TN HOLTASTADAF JALL
TN 0 4 0 203 -81 199 -79 6 5. 22 R
TN 0A 4 1 131 -63 57 -57 9 2. 13 R
TN 0B 4 UNSTABLE:LIGHTNING? >60 (0. 83) (rt?;
TN 1 4 THREE R. ONE NT >60 0. 42 (R?)
TN 2 4 0 156 -37 11 -42 16 1. 42 R
TN 3 4 0 169 -29 354 -39 4 3. 09 RT
TN 4 4 0 145 -49 28 -49 10 3. 16 R
TN 5 4 0 204 -78 232 -80 4 3. 23 R
TN 6 4 0 213 -88 168 -70 2 3. 61 R
TN 7 4 0 225 -83 194 -73 3 4. 12 R
TN 8 4 0 238 -85 184 -69 3 4. 56 R
TN 9 4 0 195 -81 194 -82 6 1. 71 R
TN 10 4 0 192 -72 298 -80 7 5. 46 R
TN 11 4 0 205 -74 262 -78 6 5. 70 R
TNllA 4 0 143 -84 133 -74 4 7. 56 R
TN 12 4 0 223 -78 225 -73 5 10. 85 R
TN 13 4 0 182 -65 335 -71 5 7. 84 R
TN 14 3 0 190 -80 197 -84 3 8. 93 R
TN 15 4 0 176 -76 32 -88 4 7. 19 R
TN 16 4 0 152 -77 80 -78 5 4. 10 R
TN 17 4 0 209 -73 263 -75 5 1. 53 R
TN 18 4 0 194 -65 311 -70 4 2. 34 R
TN 19 3 0 212 -70 271 -70 5 1. .92 R
TN 20 3 0 227 -73 247 -67 7 4. .91 R
TN 21 3 0 178 -82 157 -81 4 13. .27 R
TN 22 3 0 122 -71 78 -61 7 0. .93 R
TN 23 3 0 242 75 304 45 5 2. ,99 N
TN 24 4 0 296 81 294 67 4 1. .71 N
TN 25 4 0 352 78 269 86 3 4. .92 N
TN 26 3 0 12 77 63 85 3 17. .86 N
TN 27 3 0 4 83 345 80 3 1. .85 N
TN 28 3 0 146 -51 28 -50 10 1. .41 R
TN 29 3 0 115 -23 52 -21 8 1. .05 RT
TN 30 3 0 127 -43 46 -38 10 0, .48 RT
TN 31 7 2 217 -38 293 -39 9 0, .43 RT
TN 32 3 0 350 76 233 86 6 2. ,30 N
TN 34 3 0 357 78 305 88 6 7. .85 N
TN 35 3 0 347 82 319 80 4 8. .58 N
TN 36 3 0 6 78 55 88 6 8, .27 N
TN 37 4 1 11 66 137 72 11 9, .96 N
TN 38 3 0 8 70 136 78 5 3 .96 N
TN 39 3 0 18 76 82 82 10 3, .29 N
TN 40 3 0 23 69 108 72 3 6, .62 N
TN 41 4 0 0 65 161 72 6 2 .89 N
TN 42 3 0 1 53 159 58 8 4 .93 N
JÖKULL, No. 42, 1992 41