From: Glydewell, Jimmie [SMTP:GlydewellJ@NAVONT3.NAVO.NAVY.MIL] Sent: Tuesday, July 07, 1998 6:48 AM To: 'Robert Palomares' Subject: RE: Upcoming NAVO Cruise on R/V New Horizon Hi Rob: I am attaching a cruise plan. It is in postscript format, which I have been told you can handle. The plot shows where we would like to take CTD Casts, including 6 near shore 24 hr casts, cores, and grab samples. As you can see by the plot, there are 121 CTD Stations, 17 cores, 39 Grab Samples, 49 deep XBTs (Deep Blues), and 16 shallow XBTs (T10s). We will need water samples from 4 depths - preferably along the constant salinity curve. We will have two U. of Washington participants with us that are interested in water samples from several depths - I should be getting their plan shortly and will forward. I'm the only NAVO person coming. However, as I mentioned we will have two volunteers from U.W.. They are sponsored by Dr. Vera Trainer with NOAA. They are doing a study on algae that appears to be killing sea lions. As soon as Vera gives me the names, I'll forward the info. What kind of shifts do you folks like to work? I would prefer 10 or 12 hr shifts as opposed to split shifts. My background is mapping and charting as opposed to physical oceanography so I will value any good advice you folks want to pass on. Tell Tammy I said, "howdy". Gary Athey sends his regards to Steve. Cheers, Jim G. 1 37 30.0N 122 12.0W REDWOOD CITY 210 23 0Z 2 37 49.0N 122 24.0W TURNING POINT 211 1 8Z 3 37 49.0N 123 .0W TURNING POINT 211 359Z 4 38 50.0N 123 48.0W TURNING POINT 211 11 9Z 5 40 20.0N 124 30.0W TURNING POINT 211 2043Z 6 42 55.0N 124 36.0W TURNING POINT 212 1213Z 7 45 45.0N 124 3.1W CTD ST 1,24HR, 213 523Z 8 45 45.0N 124 .0W CTD ST 2, 214 636Z 9 45 45.0N 124 1.0W CTD ST 3,GRAB 214 710Z 10 45 45.0N 124 8.1W CTD ST 4, 214 840Z 11 45 45.0N 124 13.8W CTD ST 5, 214 934Z 12 45 45.0N 124 28.1W CTD ST 6, 214 11 4Z 13 45 45.0N 124 42.4W CTD ST 7, 214 13 4Z 14 45 45.0N 124 56.6W CTD ST 8,CORE 214 15 4Z 15 45 45.0N 125 10.9W CTD ST 9,CORE 214 19 4Z 16 45 45.0N 125 25.2W CTD ST 10, 214 23 4Z 17 46 15.0N 125 32.7W CTD ST 11, 215 3 7Z 18 46 15.0N 125 18.3W CTD ST 12,CORE 215 5 7Z 19 46 15.0N 125 3.9W CTD ST 13,CORE 215 9 7Z 20 46 15.0N 124 49.5W CTD ST 14, 215 13 7Z 21 46 15.0N 124 35.1W CTD ST 15,CORE 215 15 7Z 22 46 15.0N 124 20.7W CTD ST 16, 215 19 7Z 23 46 15.0N 124 10.6W CTD ST 17, 215 2019Z 24 46 15.0N 124 7.7W CTD ST 18, 215 21 1Z 25 46 15.0N 124 6.2W CTD ST 19,GRAB 215 2137Z 26 46 15.0N 124 14.0W CTD ST 20,24HR. 215 2310Z 27 46 45.0N 124 19.6W CTD ST 21,24HR, 217 312Z 28 46 45.0N 124 11.1W CTD ST 22, 218 447Z 29 46 45.0N 124 12.3W CTD ST 23, 218 522Z 30 46 45.0N 124 15.2W CTD ST 24, 218 6 4Z 31 46 45.0N 124 25.4W CTD ST 25, 218 716Z 32 46 45.0N 124 39.9W CTD ST 26, 218 846Z 33 46 45.0N 124 54.5W CTD ST 27, 218 1016Z 34 46 45.0N 125 9.0W CTD ST 28,CORE 218 1216Z 35 46 45.0N 125 23.6W CTD ST 29,CORE 218 1616Z 36 46 45.0N 125 38.2W CTD ST 30,CORE 218 2016Z 37 46 53.4N 125 26.0W CTD ST 29A 219 027Z 38 46 54.5N 125 11.7W CTD ST 28A 219 226Z 39 46 55.6N 124 57.4W CTD ST 27A 219 425Z 40 46 56.7N 124 43.1W CTD ST 26A,GRAB 219 624Z 41 46 57.8N 124 28.8W CTD ST 25A,GRAB 219 823Z 42 46 58.2N 124 23.0W CTD ST 24A,GRAB 219 947Z 43 46 58.5N 124 18.7W CTD ST 23A,GRAB 219 11 5Z 44 46 58.7N 124 15.9W CTD ST 22A,GRAB 219 1217Z 45 46 58.9N 124 13.0W CTD ST 21A,GRAB 219 1329Z 46 47 13.1N 124 15.2W CTD ST 21B,GRAB 219 1554Z 47 47 12.7N 124 18.0W CTD ST 22B,GRAB 219 17 6Z 48 47 12.0N 124 22.3W CTD ST 23B,GRAB 219 1824Z 49 47 11.4N 124 26.5W CTD ST 24B,GRAB 219 1942Z 50 47 10.5N 124 32.1W CTD ST 25B,GRAB 219 21 6Z 51 47 8.4N 124 46.3W CTD ST 26B,GRAB 219 23 5Z 52 47 6.2N 125 .4W CTD ST 27B 220 1 4Z 53 47 4.0N 125 14.5W CTD ST 28B 220 3 3Z 54 47 1.8N 125 28.5W CTD ST 29B 220 5 2Z 55 47 6.8N 125 44.8W CTD ST 31,CORE 220 715Z 56 47 10.1N 125 31.0W CTD ST 32,CORE 220 1115Z 57 47 13.5N 125 17.2W CTD ST 33,CORE 220 1515Z 58 47 16.8N 125 3.3W CTD ST 34, 220 1915Z 59 47 20.0N 124 49.4W CTD ST 35,CORE 220 2115Z 60 47 21.7N 124 42.5W CTD ST 36, 221 045Z 61 47 24.6N 124 29.9W CTD ST 37, 221 2 9Z 62 47 25.2N 124 27.2W CTD ST 38, 221 251Z 63 47 25.5N 124 25.8W CTD ST 39, 221 327Z 64 47 23.3N 124 35.5W CTD ST 40, 221 439Z 65 47 36.2N 124 24.9W CTD ST 36A,GRAB 221 7 8Z 66 47 35.6N 124 27.7W CTD ST 37A,GRAB 221 820Z 67 47 34.6N 124 31.9W CTD ST 38A,GRAB 221 938Z 68 47 33.6N 124 36.0W CTD ST 39A,GRAB 221 1056Z 69 47 32.3N 124 41.6W CTD ST 40A,GRAB 221 1220Z 70 47 29.1N 124 55.6W CTD ST 35A 221 1420Z 71 47 25.8N 125 9.5W CTD ST 34A 221 1620Z 72 47 22.5N 125 23.4W CTD ST 33A 221 1820Z 73 47 19.2N 125 37.3W CTD ST 32A 221 2020Z 74 47 28.3N 125 43.6W CTD ST 32B 221 2220Z 75 47 31.6N 125 29.6W CTD ST 33B 222 020Z 76 47 34.9N 125 15.7W CTD ST 34B 222 220Z 77 47 38.2N 125 1.7W CTD ST 35B,GRAB 222 420Z 78 47 41.4N 124 47.7W CTD ST 40B,GRAB 222 620Z 79 47 42.7N 124 42.1W CTD ST 36B,GRAB 222 744Z 80 47 43.7N 124 37.9W CTD ST 37B,GRAB 222 9 2Z 81 47 44.7N 124 33.7W CTD ST 38B,GRAB 222 1020Z 82 47 45.3N 124 30.9W CTD ST 39B,GRAB 222 1132Z 83 47 52.3N 124 46.1W CTD ST 41,24HR, 222 1346Z 84 47 53.4N 124 41.2W CTD ST 42, 223 15 7Z 85 47 52.7N 124 44.0W CTD ST 43, 223 1549Z 86 47 51.8N 124 48.2W CTD ST 44, 223 1637Z 87 47 50.5N 124 53.9W CTD ST 45, 223 1731Z 88 47 47.2N 125 7.9W CTD ST 46,CORE 223 19 1Z 89 47 44.0N 125 21.9W CTD ST 47, 223 23 1Z 90 47 40.7N 125 35.9W CTD ST 48,CORE 224 1 1Z 91 47 37.4N 125 49.8W CTD ST 49,CORE 224 5 1Z 92 47 34.0N 126 3.8W CTD ST 50, 224 9 1Z 93 47 46.8N 125 51.8W CTD ST 49A 224 1132Z 94 47 50.1N 125 37.8W CTD ST 48A 224 1332Z 95 47 53.4N 125 23.8W CTD ST 47A 224 1532Z 96 47 56.7N 125 9.7W CTD ST 46A,GRAB 224 1732Z 97 47 59.9N 124 55.6W CTD ST 45A,GRAB 224 1932Z 98 48 1.1N 124 50.6W CTD ST 44A,GRAB 224 2054Z 99 48 1.9N 124 46.8W CTD ST 43A,GRAB 224 2210Z 100 48 2.5N 124 44.2W CTD ST 41A,GRAB 224 2321Z 101 48 2.8N 124 42.9W CTD ST 42A,GRAB 225 026Z 102 48 8.0N 124 45.0W TURNING POINT 225 158Z 103 48 12.5N 124 43.4W CTD ST 41B,GRAB 225 226Z 104 48 12.0N 124 46.0W CTD ST 42B,GRAB 225 337Z 105 48 11.4N 124 48.5W CTD ST 43B,GRAB 225 448Z 106 48 10.5N 124 52.3W CTD ST 44B,GRAB 225 6 4Z 107 48 9.4N 124 57.4W CTD ST 45B,GRAB 225 726Z 108 48 6.1N 125 11.5W CTD ST 46B 225 926Z 109 48 2.8N 125 25.6W CTD ST 47B 225 1126Z 110 47 59.5N 125 39.7W CTD ST 48B 225 1326Z 111 47 56.2N 125 53.7W CTD ST 49B 225 1526Z 112 48 2.3N 126 9.7W CTD ST 51, 225 1740Z 113 48 5.6N 125 55.7W CTD ST 52,CORE 225 1940Z 114 48 9.0N 125 41.6W CTD ST 53,CORE 225 2340Z 115 48 12.3N 125 27.5W CTD ST 54, 226 340Z 116 48 15.5N 125 13.4W CTD ST 55, 226 540Z 117 48 18.8N 124 59.2W CTD ST 56, 226 710Z 118 48 20.1N 124 53.5W CTD ST 57,GRAB 226 8 4Z 119 48 21.0N 124 49.3W CTD ST 58, 226 922Z 120 48 21.7N 124 46.4W CTD ST 59, 226 10 4Z 121 48 22.0N 124 45.0W CTD ST 60,GRAB 226 1040Z 122 48 21.8N 124 45.7W CTD ST 61,24HR,GRAB 226 1143Z 123 48 9.6N 124 45.0W TURNING POINT 227 1357Z 124 42 55.0N 124 36.0W TURNING POINT 228 2125Z 125 40 20.0N 124 30.0W TURNING POINT 229 1255Z 126 38 50.0N 123 48.0W TURNING POINT 229 2229Z 127 37 49.0N 123 .0W TURNING POINT 230 539Z 128 37 49.0N 122 24.0W TURNING POINT 230 830Z 129 37 30.0N 122 12.0W REDWOOD CITY 230 1038Z
CRUISE PLAN - R/V NEW HORIZON CRUISE DATES: 29 Jul-18 Aug 1998 CRUISE DATES: in Sanctuary: August 6-13 1998 CRUISE NUMBER:NAVO 9807 TITLE: Northwest Coast Physical Oceanography CONTRACT/GRANT NUMBER: PRINCIPAL INVESTIGATOR(S): NAVOCEANO Chief Scientist Jim Glydewell PURPOSE: To collect data in the littoral zone in order to understand diurnal and seasonal changes in temperature, salinity, water clarity and currents. ITINERARY: (Include station positions and route waypoints. Please send/fax/ or bring a PAGE SIZE CRUISE TRACK for submission to UNOLS) Please See Attached Map And Plot WILL RADIOACTIVE METHODS BE USED? No radioactive methods will be used. SAMPLING PLAN: As shown on the plot, there are 121 CTD Stations, 17 cores, 39 Grab Samples, 49 deep XBTs (Deep Blues), and 16 shallow XBTs (T10s). We will need water samples from 4 depths - preferably along the constant salinity curve. Gravity Cores: 17 cores Van Veen grabs-39 Grab Samples 24 hour CTD time-series: these are done at the shallowest possible near-shore station on each line which results in three good vertically-averaged bins in the ADCP data. CTDs: at least one CTD cast is performed at each station location; ancillary observations such as cloud coverage, wind speed/direction, wave and swell observations, precipitation, etc. should be noted on the log sheet for each cast. XBTs: an XBT is to be launched at the mid-point between each CTD station; both deep (760m) and shallow (200m) XBTs will be used. ADCP: continuously-operating Transmissometer: transmissometer data are to be acquired with every CTD cast Bottle samples: 4 bottle samples are to be taken with each cast except at 24-hr stations where 2 per cast will suffice. EQUIPMENT REQUIRED: (Should be included on Common-Use Equipment form): Gravity Corer: NAVOCEANO's protocols for UNOLS surveys states the following. "The barrel of the coring apparatus will be at least 3 meters (10 feet) in length, housing a 5.9 cm (2.32 in) inside diameter polycarbonate liner." These specifications have not been rigidly held to on previous UNOLS surveys. (Let the chief scientist know what is available.) At least 18 core liners will be needed. Refrigeration: 18 cores are scheduled for the cruise. The cores will be cut into sections no longer than 5 ft and stored vertically. Cores will be stored at 40 degrees - they are to be frozen. ADCP: 150 kHz ADCP XBT: XBT launcher and acquisition system will be needed. "Deep" and "shallow" XBTs will be provided by NAVOCEANO. Transmissometer: transmissometer data will be required for every cast. Bottle samples: An on-board autosal will be used to measure precision salinity of the water samples SCIENTIFIC PERSONNEL TO BE ONBOARD Jim Glydewell NAVO Chief Scientist Steve Rusk UCSD/SIO/ODF Technician Rob Palomares UCSD/SIO/ODF Technician Tammy Koonce UCSD/SIO/STS Res Tech Shad Baiz UCSD/SIO/STS Res Tech Tom Worth UW/NOAA Volunteer Kathleen Schacht UW/NOAA Volunteer Frederico Cerdeira UCSD/SIO Volunteer Dane Wintermantle UCSD/SIO Volunteer USER SUPPLIED EQUIPMENT: Vans/Containers: NONE Number: Size: Estimated Weight: Location: OTHER BULKY HEAVY ITEMS: NONE Location: Estimated Weight: BILLING INFORMATION: Name: Woody Sutherland Address: UCSD/SIO/SOMTS City, State & Zip: La Jolla, CA 92093 Account Number (or number to reference): N/A DO YOU WANT CELLULAR/INMARSAT PHONE ACCESS? (Chief scientist will be responsible for all charges - dedicated science phone): YES