The applicability of FIR fine-structure lines as Star Formation Rate tracers over wide ranges of metallicities and galaxy types
arXiv:1402.4075 · doi:10.1051/0004-6361/201322489
Abstract
We analyze the applicability of far-infrared fine-structure lines [CII] 158 micron, [OI] 63 micron and [OIII] 88 micron to reliably trace the star formation rate (SFR) in a sample of low-metallicity dwarf galaxies from the Herschel Dwarf Galaxy Survey and compare with a broad sample of galaxies of various types and metallicities in the literature. We study the trends and scatter in the relation between the SFR (as traced by GALEX FUV and MIPS 24 micron) and far-infrared line emission, on spatially resolved and global galaxy scales, in dwarf galaxies. We assemble far-infrared line measurements from the literature and infer whether the far-infrared lines can probe the SFR (as traced by the total-infrared luminosity) in a variety of galaxy populations. In metal-poor dwarfs, the [OI] and [OIII] lines show the strongest correlation with the SFR with an uncertainty on the SFR estimates better than a factor of 2, while the link between [CII] emission and the SFR is more dispersed (uncertainty factor of 2.6). The increased scatter in the SFR-L([CII]) relation towards low metal abundances, warm dust temperatures, large filling factors of diffuse, highly ionized gas suggests that other cooling lines start to dominate depending on the density and ionization state of the gas. For the literature sample, we evaluate the correlations for a number of different galaxy populations. The [CII] and [OI] lines are considered to be reliable SFR tracers in starburst galaxies, recovering the star formation activity within an uncertainty of factor 2. [Abridged]
35 pages, 13 figures, accepted for publication in A&A on May 7th 2014
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- Disentangling emission from star-forming regions in the Magellanic Clouds: Linking [OIII]88 micron and 24 micron
- CONCERTO at APEX -- On-sky performance in continuum
- TODDLERS: A New UV to Millimeter Emission Library for Star-Forming Regions. II. Star Formation Rate Indicators Using Auriga Zoom Simulations
- A [CII]-158-micron Survey of DLA galaxies at z~4: Observations of Dense and Metal-Enriched Neutral Gas within the Circumgalactic Medium of Star-Forming Galaxies
- Spatially resolved H emission in B14-65666: compact starbursts, ionizing efficiency and gas kinematics in an advanced merger at the Epoch of Reionization
- A tentative 1000 km s offset between the [CII] 158 m and Ly line emission in a star-forming galaxy at
- Leveraging cross-correlations and linear covariance-based filtering for line-intensity map reconstructions at linear scales
- Amaryllis: a digital twin of the earliest galaxies in the Universe
- The origin and evolution of the [CII] deficit in HII regions and star-forming molecular clouds
- The ALPINE-CRISTAL-JWST survey: spatially resolved star formation relations at
- Full disc [CII] mapping of nearby star-forming galaxies: SOFIA FIFI/LS observations of NGC 3627, NGC 4321, and NGC 6946
- Physical conditions in the gas phases of the giant HII region LMC-N11: II. Origin of [CII] and fraction of CO-dark gas
- [CII] luminosity models and large-scale image cubes based on COSMOS 2020 and ALPINE-ALMA [CII] data back to the epoch of reionisation
- High [OI] emission lines: ColdSIM simulations and ALMA observations
- SIGAME v3: Gas Fragmentation in Post-processing of Cosmological Simulations for More Accurate Infrared Line Emission Modeling
- The dust-star interplay in late-type galaxies at z < 0.5: forecasts for the JWST
- A theoretical investigation of far-infrared fine structure lines at and of the origin of the [OIII]88/[CII]158 enhancement
- Far-infrared lines hidden in archival deep multi-wavelength surveys: Limits on [CII]-158m at
- Tight correlation of star formation with [Ci] and CO lines across cosmic time
- Gas-Poor Hosts and Gas-Rich Companions of 3.5 Radio Active Galactic Nuclei: ALMA Insights into Jet Triggering and Feedback
- Constraining the [CII] luminosity function from the power spectrum of line-intensity maps at redshift 3.6
- Recovering the properties of the interstellar medium through integrated spectroscopy: application to the z~0 ECO volume-limited star-forming galaxy sample
- Measuring the ISM Content of Nearby, Luminous, Type 1 and Type 2 QSOs through CO and [C II]
- Early galaxy evolution: The complex interstellar medium distribution of the z~7 galaxy A1689-zD1
- An Atlas of Star-Forming Galaxy Equivalent Widths
- The Close AGN Reference Survey (CARS): SOFIA detects spatially-resolved [CII] emission in the luminous AGN HE0433-1028
- LMC+: Large-scale mapping of [CII] and [OIII] in the LMC molecular ridge, I. Dataset and line ratio analyses
- Comparison of Cross-Correlation Methods for Line Intensity Mapping
- Unveiling the evolution of the CO excitation ladder through cross-correlation of CONCERTO-like experiments and galaxy redshift surveys
- Hiding behind a curtain of dust: Gas and dust properties of an ultra-luminous strongly-lensed z = 3.75 galaxy behind the Milky Way disk
- The Galaxy Evolution Probe
- The Impact of Powerful Jets on the Far-infrared Emission of an Extreme Radio Quasar at z~6
- The ALMA View of High-Redshift Galaxy Formation
- Uncovering the absorbed atomic Universe with the [OI]63um line
- Bright beacons? ALMA non-detection of a supposedly bright [OI] 63-um line in a redshift-6 dusty galaxy
- Evaluating star formation rates at z = 5