BOG Line; Station M; check-in with BEDs and BIN; running SAR script; Hotspot testing.

Problems with TinyToo cell modem, so we are using original Tiny CCU, thus we have real-time data over fetch. Fetch went out mid-way thru the deployment and we switched to the LR beta data portal. We will swap in a new CTD and Eco-Puck for the NEXT deployment. Data were re-downloaded post-mission from new LR Data Portal using python script 'loadWGdata_wgTiny.py'

Two instances where S dropped gradually to ~30-32 psu near M1; comparison with M1 suggests wgTiny S is bad during these periods, and data has been removed. O2 sensor was reporting ~-60 umol/kg over the first few days of the deployment, then recovered to normal; bad data have been removed. pCO2 air pressures dropped to <50 kPa for a few samples mid-deployment, then corrected itself; bad data have been removed. The pCO2 standard read ~471 ppm for most of deployment, then apparently the tank depleted (~409 ppm, atmospheric); unfortunately the actual standard concentration was not known, so no standard correction is being applied. Atmopheric pressures > 1040 hPa are suspect, but difficult to pinpoint a time of failure, so data are left in. Both Eco-Puck channels became fouled on multiple occasions, and were cleaned; lots of data have been removed.

CTD sample interval was not consistent; for the final .nc file I did not burst-average prior to aligning to common 10-min time stamp.

--

veh = 'wgTiny'
dep = '20160315'
# calibration/config
CCUname = 'Tiny'
CCUnum = '794595959' #Tiny = '794595959'; TinyToo = '1531399927'
CTDserNum = '0118'
O2serNum = '0212'
O2calDate = '5/21/2014'
O2cal = [2.9681e-4, -787.66, 1.56, -2.7123e-3, 2.0315e-4, -3.8309e-6, 0.036]
EPserNum = 'N/A'
EPcalDate = 'N/A'
EPcal = [[0.0000108, 47], [0.000003949, 46], [0.0121, 49]] #EcoPuck factory cal
pHconfig = ['N/A', 'N/A', 'N/A'] #cap adapter, electrode, housing
pHcalDate = '4/20/2015'
pHbatch = '136'
pHcal = [-0.397897, 293.12]
CO2id = 'WG1'
CO2calDate = '5/5/2014'
CO2stnd = N/A
CO2cal = [-30.27890, 0.43639, 1.09200, -0.00243]
CO2cal_v2 = [-5.4872e-05, +3.0826e-02, -1.7203e+00, -9.9368e-08, +6.2298e-05, 
             -5.8365e-02, +5.2634e-06, -2.0836e-03, +1.7030e+00, -6.1803e-05, 
             +1.0173e+00, -1.1505e+01]
CO2cal_v2_coef = ['ABCDEFGHIJKL']

tBeg = datetime.datetime(2016, 3, 17, 17, 0, 0, 0, timezone('UTC'))
tEnd = datetime.datetime(2016, 5, 23, 20, 3, 0, 0, timezone('UTC'))