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Table 1
General science applications for different S/N optimization techniques within IFS.
| S/N technique | General science applications within IFS |
|
|
|
| S/N optimization (based on the emission lines) | Emission lines in poorly resolved high-z SFGs, objects with weak nebular emission, |
| intensity and kinematics of emission line ionized gas | |
| S/N optimization (based on the continuum) | Absorption feature properties, SSP fitting, age-metallicity indices |
| S/N optimization (removing systemic velocity field) | Average local kinematic properties of objects with evidence of shocks and turbulence |
| Voronoi tessellation | Stellar kinematics, stellar absorption line strengths, dynamical modelling, |
| velocity fields of objects with a rich structure in their innermost (brightest) regions | |
| S/N threshold cut | Average properties of bright/faint regions |
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