crew member.
Deploy temperature sensors (heat-flow probes) in drill hole manually, while wearing surface EVA suit.
Deploy route markers (3 meter stakes, flags/beacons) at intervals, manually using post-pounder and/or sledge while wearing surface EVA suit, to indicate route.
Retrieve non-rigid airship/ballonet, gondola, mast, portable hydrogen tank from storage, manually with two other crew members, while wearing surface EVA suit.
Deploy mooring mast with one other crew member, manually using hand tools and wearing surface EVA suit, to prepare for non-rigid airship/ballonet inflation.

Attach fitting to portable hydrogen tank/ballonet, fill ballonet with hydrogen, and attach gondola, manually with two other crew members, while wearing surface EVA suit.
Load supplies and equipment into ballonet gondola, manually with two other crew members, in preparation for aerial research/reconnaissance mission.
Operate magnetometer, manually while wearing surface EVA suit, to record magnetic data.
Operate gravitometer, manually while wearing surface EVA suit, to record gravitational data.
Operate seismic testing munitions/equipment, manually while wearing surface EVA suit, record seismic data.
Identify locations, visually in the field (i.e., rock) while wearing surface EVA suit, to deploy seismometers for seismological research.
Retrieve geological tools and equipment from surface rover/trailer, manually while wearing surface EVA suit, to prepare for geological research Record field notes, verbally while wearing surface EVA suit, to preserve observations for later transcription.
Extract regolith core from drill and package core sample in plastic wrap, manually while wearing surface EVA suit, for later analysis.
Examine regolith core sample, visually while wearing surface EVA suit, to verify sample and conduct preliminary assessment.
Examine regolith core sample, using aseptic device/procedures while wearing surface EVA suit, to identify if sample contains biologic or toxic elements.
Extract sedimentary core from drill and package core sample in plastic wrap, manually while wearing surface EVA suit, for later analysis.
Examine sedimentary core sample, visually while wearing surface EVA suit, to verify sample and conduct preliminary assessment.
Examine sedimentary core sample, using aseptic device/procedures while wearing surface EVA suit, to identify if sample contains biologic or toxic elements.
Walk on planetary surface while carrying hand tools and wearing surface EVA suit to conduct geological research.
Climb crater wall while carrying hand tools and wearing surface EVA suit to conduct geological research.
Descend crater wall while carrying hand tools and wearing surface EVA suit to conduct geological research.
Descend gully while carrying hand tools and wearing surface EVA suit to conduct geological research.
Climb gully while carrying hand tools and wearing surface EVA suit to conduct geological research.
Scan immediate vicinity of planetary surface, visually through clear visor, to identify potential sites for geological research and collection (e.g., contrasting color).
Scan distant planetary surface, visually through clear visor, to identify potential sites for geological research and collection (e.g., contrasting color).
Scan surrounding planetary surface, visually through clear visor, to identify potential sites for geological research and collection (e.g., contrasting color).
Collect geological samples, manually using rock pick (i.e., geologist's hammer) and sample bags, while wearing surface EVA suit.
Collect geological samples, manually using Apollo-type rake (1m handle) and sample bags, while wearing surface EVA suit.
Collect geological samples, manually using Apollo-type scoop (1m handle) and sample bags, while wearing surface EVA suit.
Collect geological samples, manually using hand auger, while wearing surface EVA suit.
Label collection bags with location coordinates, manually with Sharpie-type marker while wearing surface EVA suit, to record origins of geological samples.
Insert rock/dust/regolith samples in labeled bag, while wearing surface EVA suit, for later analysis/storage/transport to Earth.
Insert labeled bags into curation collection bag, manually while wearing surface EVA suit, for transport to sample storage module.
Carry sample curation bag into sample storage module, manually while wearing surface EVA suit to preserve integrity of samples contained.
Record contents of curation bag in sample log, manually using dedicated keyboard while wearing surface EVA suit, to update inventory of samples collected Dissect rock samples, manually while wearing surface EVA suit and using hand-held power cutting tool, to reveal smooth surface features/stratigraphy.
Operate camera to record still and video images of planetary surface/surroundings, while wearing surface EVA suit.
Operate camera to record still and video images of geological specimens/phenomena while wearing surface EVA suit.
Change lenses on camera while wearing surface EVA suit in the field.
Insert geologic samples in glove box, manually while wearing surface EVA suit, to prepare for aseptic analysis.
Inspect geologic samples, visually using hand-held magnifying tool/microscope while wearing surface EVA suit in the field, to conduct preliminary analysis.
Package geological samples, manually using aseptic equipment while wearing surface EVA suit, to prepare samples for safe return to Earth.