Sample ID --- 60-80BS
     Activity ID --- D-1-85-AR
     Platform --- Discoverer
     Sampling equipment --- Boxcore
     Time --- 19852761038000
     Description of location --- On edge of gravel shoal (see 3.5 record)
     Latitude --- 70.62000
     Longitude ---  -165.86333
     Water depth --- 44 m
     Penetration depth --- 41 m
     Additional comments --- Gravel lag at surface; camera and TV at this station; 35
          mm slides.

     Description of the surface ---
          Surface thickness --- 0-3
          Sediment texture --- Muddy fine sandy pebbly gravel.
          Sedimentary surface features --- Gravel with barnacles.
          Most abundant living fauna --- Sponge, barnacles, Cyclocardia, Eunephthya  
               rubiform, Carbasea carbasec, Costazia ventricosa, Boreotrophon.
          Bivalve shells were oriented concave --- down?
          Red granite --- No.
          Additional comments --- Gravels and cobble clasts, D100 = 3 cm; quartzite,
               dolomite, chert?, mudstone, subangular to rounded, poor (___?)
  
     Description of depositional interval from 4 cm to 24 cm ---
          Sediment texture --- Organic rich clayey mud, scattered small round pebbles,
               much of the coarse material is brought down in burrow.
          Sedimentary structures --- Massive.
          Bedding features --- None.
          Percent of bioturbation --- 100%
          Paleontologic observation --- Active burrowing, burrows, reinforced burrows.

     Description of depositional interval from 24 cm to 41 cm ---
          Sediment texture --- Gravely sandy mud.
          Sedimentary structures --- The unit is somewhat graded with coarser sand and
               large gravel at the bottom.
          Bedding features --- Overall 3 bed gravel, mud, gravel.
          Percent of bioturbation --- 100%
          Paleontologic observation --- Barnacles, Astartes, Macoma, many shell
               fragments  LIVE!  Sea anemone tube!
          Additional comments --- Live sea anemone tube!  Similar to the top unit.  Core
               described by M. Colgan.  Core recorded by J. Miley.