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Data from Denmark Strait mooring array 2014/15 as used and described in 
Moritz et al. 2019 (submitted to JGR Oceans) in Matlab-format.
Raw data available via Institut für Meereskunde, Universität Hamburg, Hamburg, Germany
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array_2014_15_meta.mat:   
    moor_name:          Mooring name
    moor_lat:           Latitude of mooring position [°N]
    moor_lon:           Longitude of mooring position [°E]
    moor_dist:          distance between moorings relative to DS1 [km]
    moor_bottom_depth:  bottom depth at mooring position [m]

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array_2014_15_velocity_mat:
    DSxx.uq:            hourly u-component velocity (Dimension: Time,Depth) [m/s]  
                        oriented across mean flow direction, i.e. 
                        positive u is directed southeastward
                        negative u is directed northwestward
                     
    DSxx.vq:            hourly v-component velocity (Dimension: Time,Depth) [m/s]
                        oriented parallel to mean flow direction, i.e. 
                        positive v is directed upstream (northeastward)
                        negative v is directed downstream (southwestward)
    
    DSxx.z:             depth above bottom [m]   
    
    DSxx.mtime:         numerical time vector (Matlab datenum format)
    
    Please note: DS22 is a point measurement at 472 m.
  
                        
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array_2014_15_temperature.mat:
    temperature:        hourly near-bottom temperature [°C]
    time:               numerical time vector (Matlab datenum format)

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array_2014_15_u_v_100mab_mat:
    u_100:              hourly u-component velocity at 100 m above bottom [m/s] 
                        oriented across mean flow direction, i.e. 
                        positive u is directed southeastward
                        negative u is directed northwestward
                        
    v_100:              hourly v-component velocity at 100 m above bottom [m/s]
                        oriented parallel to mean flow direction, i.e. 
                        positive v is directed upstream (northeastward)
                        negative v is directed downstream (southwestward)
                        
    u_100_r:            hourly u-component velocity at 100 m above bottom [m/s]
                        oriented in East-West direction, i.e. 
                        positive u is directed eastward
                        negative u is directed westward
                        
    v_100_r:            hourly v-component velocity at 100 m above bottom [m/s]
                        oriented in North-South direction, i.e. 
                        positive v is directed northward
                        negative v is directed southward                     
   
    time:               numerical time vector (Matlab datenum format)                     
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