Merge pull request #40 from MOchiara/patch-4

Update chla_post_recovery.md

sections/chla_mission_execution.md

@@ -6,13 +6,19 @@ This section covers the activities of those deploying and recovering the gliders
 ## Deployment
 ...
 
+
 ## In-situ reference samples
+...
 
-## Piloting
+(deployment_small_boat)=
+## In situ intercomparison during deployment/recovery from a small boat
+... 
+
+(deployment_ship_CTD)=
+## Calibration during deployment/recovery from a ship with a CTD rosette equipped with a calibrated oxygen sensor 
 ...
 
-### Gather data to help correct for sensor response time
+## Piloting
 ...
 
 ### Gather data to correct for sensor drift
-...

sections/chla_post_recovery.md

@@ -4,13 +4,21 @@
 At first users should report that their mission is over to support(at)oceanops.org
 
 ## Biofouling assessment
-...
+Pictures should be taken for biofuiling assessment. 
+Do we have good photos of biofouling? 
+
 
 ## Storage and cleaning
-...
+After recovery and once all caibrations are done, clean the sensor and remove any biofouling. The following protocol is recommended by SeaBird for the Wetlabs EcoPUCK:
+
+1. Remove the protective copper plate, if present.
+2. To clean the optics head use soap and water with a non abrasive pad.
+3. If necessary, a wooden scraper can be used to push the material from the optics area.
+4. Rinse very well with clean water and dry carefully.
+5. Do not use any strong solvent (ie. acetone or MEK) which could ruin the epoxy head of the sensor
 
 ## Lab calibration
-...
+When the glider is recovered, tape and check for dark count stability or use the seabird calibration stick?
 
 ## Field calibration
-...
+If you recover the glider from a small boat or a research vessel follow protocols described in {numref}`deployment_small_boat` and {numref}`deployment_ship_CTD`, respectively.