Herschel first in-flight Announcement of Opportunity (AO1) Programmes
The first in-flight Announcement of Opportunity (AO1) was issued on 25 February 2010, with separate deadlines for guaranteed time (GT1) and open time (OT1) proposals.
Below you can find the list of accepted Guaranteed Time (GT1) and Open Time (OT1) proposals sorted by Science Category. Click on the proposal ID's to access the text of the abstracts. These observations cannot be duplicated by future programmes. If you want to check whether your planned observations are already covered by one or more existing AORs, you can easily do so by using the Herschel Reserved Observations Search Tool to find out.
Guaranteed Time (GT1) Programmes
For the Guaranteed Time (GT1) part of the first (AO1) in-flight AO a total of 33 Programmes were proposed and accepted (with some modifications). The total allocated observing time for these observing programmes contains 1102 AORs and amounts to 554.7 hours.
Solar System (2)
"Herschel In-situ Asteroid & Comet Observation programme"
(PI: Laurence O'Rourke, 20.3 hours allocated)
"A last chance to measure the size of the nucleus of Comet Hale-Bopp directly in the IR "
(PI: Mark Kidger, 10.7 hours allocated)
ISM/Star formation (8)
"Probing CH and CH+ in the diffuse interstellar medium using concerted SPIRE / HIFI observations"
(PI: Alain Abergel, 2.0 hours allocated)
"Completing the OH ladder for HH46"
(PI: Arnold Benz, 3.4 hours allocated)
"SPIRE-FTS observations of Young Stellar Objects revealed by SPIRE and PACS images in star forming regions"
(PI: Annie Zavagno, 8.7 hours allocated)
"Heating and cooling mechanics in massive star formation"
(PI: Carolin Dedes, 3.2 hours allocated)
"SPECHIS: SPIRE Spectral Line Surveys of HIFI-GT-KP Sources"
(PI: Edward Polehampton, 7.0 hours allocated)
"SPIRE spectroscopy of protoplanetary disks"
(PI: Goran Olofsson, 14.9 hours allocated)
"Anatomy of Class 0 Protostellar Envelopes in their far-IR Spectrum"
(PI: Roland Vavrek, 28.0 hours allocated)
"Tracing the evolution of interstellar medium from molecular clouds to stars"
(PI: Michele Pestalozzi, 14.0 hours allocated)
"Structure and Evolution of Disks around Brown Dwarfs and Very Low Mass Stars"
(PI: Paul Harvey, 46.0 hours allocated)
"Mapping the distribution of the crystalline silicate forsterite in the Cat's Eye Nebula (NGC 6543)"
(PI: Ben de Vries, 3.9 hours allocated)
"The rich mineralogy of the post-Asymptotic Giant Branch star MWC922"
(PI: Ben de Vries, 1.0 hours allocated)
"SUCCESS: A SUbmm Catalogue of Circumstellar Envelopes of StarS with Herschel/HIFI"
(PI: David Teyssier, 35.0 hours allocated)
"Forsterite dust in the circumstellar environment of evolved stars"
(PI: Joris Blommaert, 10.6 hours allocated)
"A Molecular Line Survey of IRC+10216"
(PI: Jose Cernicharo, 45.0 hours allocated)
"A sensitive search for light hydrides towards IRC+10216"
(PI: Marcelino Agundez, 15.0 hours allocated)
"Unveiling the evolutionary paths of the most massive stars"
(PI: Pierre Royer, 2.1 hours allocated)
"V838 Mon: aftermath of a stellar merger"
(PI: Katrina Exter, 7.3 hours allocated)
"Tracing Remnant Gas in Planet Forming Debris Disk Systems"
(PI: Vincent Geers, 2.5 hours allocated)
"Herschel Exploitation of Local Galaxy Andromeda"
(PI: Jacopo Fritz, 18.2 hours allocated)
"Peering into the dust: the Far-IR Emission in M31 at GMC-Resolution"
(PI: Oliver Krause, 24.4 hours allocated)
"HERschel Observations of Edge-on Spirals (HEROES)"
(PI: Maarten Baes, 6.0 hours allocated)
"[CII], [OI] and far infrared continuum emission properties of local Lyman Break Analogs"
(PI: Alessandra Contursi, 24.8 hours allocated)
"Bright Seyfert Nuclei: FTS spectroscopy"
(PI: Luigi Spinoglio, 17.8 hours allocated)
"Bright Seyfert Nuclei: PACS spectroscopy"
(PI: Luigi Spinoglio, 14.0 hours allocated)
"Herschel imaging photometry of nearby Seyfert galaxies: testing the coexistence of AGN and starbust activity and the nature of the dusty torus"
(PI: Miguel Sanchez Portal, 15.1 hours allocated)
"The Herschel Legacy of distant radio-loud AGN"
(PI: Peter Barthel, 38.0 hours allocated)
"The star formation history of galaxy clusters"
(PI: Bruno Altieri, 48.4 hours allocated)
"SEDs and energetics of lensed UV-bright high redshift galaxies"
(PI: Dieter Lutz, 41.0 hours allocated)
"A direct probe into the Epoch of Reionisation: Herschel's first look at high z GRB host, the case for GRB 050904"
(PI: JosÃ© MarÃa Castro CerÃ³n, 12.0 hours allocated)
"The Spectrum of IRAS 08339+6517 and its Physical Implications"
(PI: Martin Harwit, 2.4 hours allocated)
"Deep SPIRE FTS follow-up of H-ATLAS lensed sub-mm galaxies"
(PI: Ivan Valtchanov, 12.0 hours allocated)
Open Time (OT1) Programmes
For the Open Time (OT1) part of the first (AO1) in-flight AO a total of 241 (176 priority 1) Programmes were accepted. The total allocated observing time for these observing programmes amounts to 6576.9 (4987.2 priority 1) hours.
Solar system (14)
"HCl, HF and H2O+ in comets: probing solar nebula and coma chemistry"
(PI: Dominique Bockelee-Morvan, 25.1 hours allocated)
"Detecting the Largest Rings in the Solar System--Dust Rings from the Irregular Satellites"
(PI: Daniel Tamayo, 12.8 hours allocated)
"Probing the Enceladus torus with Herschel"
(PI: Emmanuel Lellouch, 27.2 hours allocated)
"Probing the extremes of the outer Solar System: short-term variability of the largest, the densest and the most distant TNOs from PACS photometry"
(PI: Esa Vilenius, 29.2 hours allocated)
"Properties of Jupiter Trojans from far-IR spectroscopy and photometry"
(PI: Esa Vilenius, 44.1 hours allocated)
"An Irregular Dust Cloud around Uranus"
(PI: Grant Kennedy, 16.5 hours allocated)
"Variability in Ice Giant Stratospheres: Implications for Radiative, Chemical and Dynamical Processes"
(PI: Glenn Orton, 17.1 hours allocated)
"Nitrogen, Phosphorus and Sulphur Chemistry in Saturn's Atmosphere: Internal and External Origins for HCN, HCP and CS"
(PI: Leigh N. Fletcher, 8.0 hours allocated)
"Analysis of OPRs and D/Hs of hydrogen sulfide in comets: Understanding their natal origin and constraining their place of formation in the protoplanetary disk."
(PI: Lucas Paganini, 20.0 hours allocated)
"The chlorine cycle on Jupiter and Saturn"
(PI: Nicholas Teanby, 6.4 hours allocated)
"Confirmation of the first detection of HNC on Titan"
(PI: Raphael Moreno, 12.4 hours allocated)
"Probing the atmospheres of Uranus, Neptune and Titan with CH4 lines"
(PI: Raphael Moreno, 26.3 hours allocated)
"Herschel portrait of Pluto: measuring the thermal lighcurve and the emissivity of volatile ices"
(PI: Silvia Protopapa, 31.3 hours allocated)
"The latitudinal and seasonal variations of D/H and O2 on Mars"
(PI: Therese Encrenaz, 26.3 hours allocated)
ISM/Star formation (110)
" Unveiling the kinematics of the MWC49A's ionized disk and outflow with H-recombination line masers. "
(PI: Alejandro Baez Rubio , 7.2 hours allocated)
" Search for a correlation between planets and debris discs around retired A stars "
(PI: Amy Bonsor , 20.3 hours allocated)
" Solving the beta Pictoris carbon puzzle by HIFI observations of CII "
(PI: Alexis Brandeker , 8.4 hours allocated)
" Warm HCN in the planet-formation zone (R<50 AU) of GV Tau"
(PI: Asuncion Fuente , 4.6 hours allocated)
" Herschel observations of solar-type stars with planets, planetesimals and dust "
(PI: Amaya Moro-Martin , 11.6 hours allocated)
" Dust and gas in brown dwarf disks: A multi-wavelength survey with Herschel "
(PI: Alexander Scholz , 13.6 hours allocated)
" Tracing global protoplanetary disk dispersal and evolution in Cep OB2 "
(PI: Aurora Sicilia-Aguilar , 23.0 hours allocated)
" Physical conditions in PDRs "
(PI: Alexander Tielens , 21.1 hours allocated)
" Testing Planetary Dynamics and Evolutionary History in the HR 8799 Planet/Disc System "
(PI: Brenda Matthews , 9.8 hours allocated)
" Probing the physics and dynamics of the hidden warm gas in the youngest protostellar outflows "
(PI: Brunella Nisini , 53.7 hours allocated)
" Disk masses for ~10 Myr old brown dwarf disks "
(PI: Basmah Riaz , 3.0 hours allocated)
" Do stars with rocky terrestrial planets also have Edgeworth-Kuiper Belts? "
(PI: Ben Zuckerman , 4.9 hours allocated)
" A Search for Water Ice in Exo-Kuiper Belts "
(PI: Christine Chen , 20.0 hours allocated)
" Peering into the protostellar shocks: NH3 emission at high-velocities "
(PI: Claudio Codella , 15.8 hours allocated)
" A Clearer View of Dust Evolution in Protoplanetary Disks "
(PI: Catherine Espaillat , 30.0 hours allocated)
" Settling an Icy Issue: Using Dust and Ice in Young Disks to Constrain Theoretical Models "
(PI: Catherine Espaillat , 20.8 hours allocated)
" Physics of gas evaporation at PDR edges "
(PI: Christine Joblin , 9.8 hours allocated)
" Exploring the gaseous component of debris disks of high fractional luminosity : a deep [O I] 63.2 micron survey with Herschel. "
(PI: Csaba Kiss , 17.2 hours allocated)
" Herschel characterization of the new class of dusty first-ascent giant stars "
(PI: Carl Melis , 13.1 hours allocated)
" Investigation of the nitrogen chemistry in diffuse and dense interstellar gas "
(PI: Carina Persson , 18.0 hours allocated)
" The neutral disk of MWC349 "
(PI: Clements Thum , 5.7 hours allocated)
" Deuterated water chemistry towards high-mass star-forming regions. "
(PI: Charlotte Vastel , 15.3 hours allocated)
" Hot Dust within HII Regions "
(PI: Christer Watson , 5.6 hours allocated)
" The Conditions of Isolated Dark Clouds with Signs of On Going H2 Formation "
(PI: Di Li , 1.3 hours allocated)
" Ammonia as a Tracer of the Earliest Stages of Star Formation "
(PI: Dariusz Lis , 26.3 hours allocated)
" Studying diffuse interstellar clouds with observations of hydrides "
(PI: David Neufeld , 34.8 hours allocated)
" An accurate mass measurement for prestellar cores "
(PI: David Nutter , 11.0 hours allocated)
" PACS Photometry of Nearby Warm Debris Disk Systems from the WISE All-Sky Survey "
(PI: Deborah Padgett , 52.8 hours allocated)
" A New Method to Determine the Gas Mass in Protoplanetary Disks "
(PI: Edwin Bergin , 21.1 hours allocated)
" A Systematic Survery of the Water D to H Ratio in Hot Molecular Cores "
(PI: Edwin Bergin , 18.0 hours allocated)
" Low gas to dust ratio in proto-planetary disks: the Carbon content of CQ Tau, MWC 758 and MWC 480 "
(PI: Edwige chapillon , 6.4 hours allocated)
" The Herschel/HIFI insight on the CH+ puzzle "
(PI: Edith Falgarone , 38.7 hours allocated)
" Characterization of the long wavelength features of interstellar Polycyclic Aromatic Hydrocarbons "
(PI: Els Peeters , 9.4 hours allocated)
" Investigating the origin of the far-infrared emission of the microquasar Cygnus X-1 "
(PI: Farid Rahoui , 6.2 hours allocated)
" Debris Disks around Planet-Bearing Stars "
(PI: Geoffrey Bryden , 67.2 hours allocated)
" A Disk Census for New Low-Mass Members of TWA "
(PI: Greg Herczeg , 9.2 hours allocated)
" Using PACS and SPIRE photometry and spectroscopy to characterise the discs of Herbig Be stars: structure, gas content and cold crystalline dust composition. "
(PI: Gwendolyn Meeus , 33.4 hours allocated)
" Water Formation and Destruction Processes in Molecular Clouds "
(PI: G.J. Melnick , 10.0 hours allocated)
" Characterizing the evolved, planet-forming disks orbiting the "old" classical T Tauri systems V4046 Sgr and MP Mus "
(PI: Germano Sacco , 14.4 hours allocated)
" A Herschel Study of Star Formation Feedback on Cloud Scales "
(PI: Hector G. Arce , 51.5 hours allocated)
" A Study of the Small Negative Molecular Ions CN-, CCH-, and OH- in the Interstellar Gas "
(PI: Harshal Gupta , 37.2 hours allocated)
" Planets, Debris Disks, and the Lambda Bootis Stars "
(PI: Holly Maness , 7.1 hours allocated)
" Taming the Invisible Monster: The Disk of Epsilon Aurigae in the Far-Infrared "
(PI: D. W. Hoard , 3.6 hours allocated)
" Understanding the Origin of Transition Disks via Disk Mass Measurements "
(PI: Ilaria Pascucci , 43.8 hours allocated)
" Massive Young Stars in W43: PACS/SPIRE SED Spectral Scans of MM1 to MM4 "
(PI: John Bally , 6.7 hours allocated)
" EPICS: Evolution of Protostellar Ices, Carbonates and Silicates "
(PI: Jean Chiar , 31.9 hours allocated)
" Close Binaries with Infrared Excess: Destroyers of Worlds? "
(PI: Jeremy Drake , 16.4 hours allocated)
" A 3-Dimensional view of the ionized and the warm neutral gas in Orion "
(PI: Javier R. Goicoechea , 27.7 hours allocated)
" FOOSH: FU Orionis Objects Surveyed with Herschel "
(PI: Joel Green , 21.0 hours allocated)
" Low efficiency clouds and the minimum conditions for star formation "
(PI: Jennifer Hatchell , 20.4 hours allocated)
" Very Large Debris Disks from the PLANCK submillimeter All-Sky Survey "
(PI: Jean-Francois Lestrade , 5.6 hours allocated)
" Cooling and chemistry in the most embedded massive protostars in the Magellanic Clouds "
(PI: Joana Oliveira , 34.6 hours allocated)
" How to produce warm dust around warm debris disks? - Testing the outer Planetesimal Belt Scenario "
(PI: Johan Olofsson , 7.3 hours allocated)
" A Herschel Survey of Disks across the Stellar/Substellar Boundary in Taurus "
(PI: Jenny Patience , 35.0 hours allocated)
" Characterizing the life cycle of interstellar matter in the Magellanic Clouds with CII and CI "
(PI: Jorge Pineda , 59.6 hours allocated)
" Protostellar Envelopes Resolved Inside and Out: A Close Look in the Far-IR "
(PI: John Tobin , 3.0 hours allocated)
" Polycyclic aromatic hydrocarbons (PAHs) in protoplanetary disks around late-type T Tau stars in Orion Nebular Cluster "
(PI: Kyoung Hee Kim , 31.3 hours allocated)
" Cool Herschel/Hot Spitzer: The distribution of water in protoplanetary disks "
(PI: Klaus Pontoppidan , 39.0 hours allocated)
" Dusty Disks around Hot White Dwarfs: Debris Disks or Remnant of post-AGB Binary Disks? "
(PI: Kate Su , 7.6 hours allocated)
" Outflows from evolved Class II sources: an Herschel/HIFI insight into the kinematical/physical properties of the atomic and molecular component. "
(PI: Linda Podio , 26.0 hours allocated)
" An in-depth Herschel study of gas, dust, and ices in FU Orionis objects "
(PI: Marc Audard , 31.3 hours allocated)
" Understanding the Protostellar Mass Accretion Process: Herschel 100-500 micron Photometry of Low Luminosity Embedded Protostars "
(PI: Michael Dunham , 6.0 hours allocated)
" Diffuse ISM phases in the inner Galaxy "
(PI: Maryvonne Gerin , 13.0 hours allocated)
" Kinematics and Chemistry in Ultracompact HII regions: the case of Mon R2. "
(PI: Manuel Gonzalez , 3.4 hours allocated)
" Deep HIFI searches for cold water vapor in protoplanetary disks "
(PI: Michiel Hogerheijde , 46.8 hours allocated)
" A Search for Cold Dust Orbiting GD 362, a Highly Polluted White Dwarf With Detected Warm Dust "
(PI: Michael Jura , 1.1 hours allocated)
" Crystal clear: revealing midplane dynamics of protoplanetary disks through the spatial distribution of crystalline dust "
(PI: Melissa McClure , 28.7 hours allocated)
" First steps toward star formation: unveiling the atomic to molecular transition in the diffuse interstellar medium "
(PI: Marc-Antoine Miville-Deschenes , 31.4 hours allocated)
" Probing the mechanical and radiative feedback from young stars in the molecular clump containing HH 1/2 and NGC 1999 "
(PI: Manoj Puravankara , 13.0 hours allocated)
" ASCII: All Sky observations of Galactic CII "
(PI: Mary Putman , 10.0 hours allocated)
" Hot CO in the Massive Star Forming Region DR21 "
(PI: Markus RÃ¼llig , 11.6 hours allocated)
" Confirming a sample of luminous debris disk candidates identified in the Herschel ATLAS "
(PI: Mark Thompson , 1.4 hours allocated)
" Characterizing the structure of an unusually cold high latitude cloud "
(PI: Marcella Veneziani , 6.8 hours allocated)
" HYSOVAR: Circumstellar Disks Variability around Young Stellar Objects in the Orion Nebula Cluster with Herschel/PACS "
(PI: Nicolas Billot , 9.9 hours allocated)
" A Deeper Look at the 3-10 Myr Old Disks in the Orion OB1 Association "
(PI: Nuria Calvet , 39.6 hours allocated)
" Pillars of creation: physical origin and connection to star formation "
(PI: Nicola Schneider , 31.0 hours allocated)
" Herschel spectroscopic study of the extraordinary disk "Gomez's Hamburger" "
(PI: Olivier Berne , 10.0 hours allocated)
" Spatially resolved far-infrared imaging of bright debris disks: studying the disk structure and the stirring mechanism. "
(PI: Peter Abraham , 14.8 hours allocated)
" A deep 70 micrometer study of cold circumstellar disks in rho Oph: down below the brown dwarf limit "
(PI: Peter Abraham , 12.8 hours allocated)
" Follow-up spectroscopy of two selected filaments found in the Herschel Gould Belt Survey: A turbulent shock origin ? "
(PI: Philippe Andre , 58.3 hours allocated)
" Galactic Origins of Star Formation in the W43 Complex (GLOW) "
(PI: Philipp Carlhoff , 10.0 hours allocated)
" Molecular Oxygen in Orion "
(PI: Paul Goldsmith , 12.1 hours allocated)
" The Structure of a Molecular Cloud Boundary "
(PI: Paul Goldsmith , 17.3 hours allocated)
" The Auriga-California Molecular Cloud: A Massive Nearby Cloud With Powerful Diagnostics For Early Stages of Star Formation "
(PI: Paul Harvey , 19.1 hours allocated)
" The chemistry of nitrogen in dark clouds "
(PI: Pierre Hily-Blant , 29.4 hours allocated)
" High-J lines of HCN as tracer of feedback processes in high-mass star formation "
(PI: Peter Schilke , 16.0 hours allocated)
" Luminosity and mass loss history of the high-mass protostar IRAS20126+4104 "
(PI: Riccardo Cesaroni , 11.5 hours allocated)
" A Herschel SPIRE/PACS Imaging Survey of the MonR2 and CepOB3 Molecular Clouds "
(PI: Rob Gutermuth , 41.3 hours allocated)
" PACS and SPIRE observations of Galactic anomalous emission sources. "
(PI: Roberta Paladini , 13.0 hours allocated)
" HIFI Observations of the C18O and C17O J = 5-4 to 15-14 Transitions in Hot Cores: A Direct Method to Obtain Total Column Densities "
(PI: Rene Plume , 35.0 hours allocated)
" Water emission from outflows and hot cores in the Cygnus X proto-stars "
(PI: Sylvain Bontemps , 36.2 hours allocated)
" Conditions for Giant Planet Formation: a Herschel Study of Raw Materials in Selected Debris Disks "
(PI: Sarah Dodson-Robinson , 26.5 hours allocated)
" Synchrotron Radiation in Stellar Flares "
(PI: Suzanne Hawley , 30.0 hours allocated)
" Hi-GAL360: the crucial step toward a global understanding of star formation in the Milky Way "
(PI: Sergio Molinari , 276.8 hours allocated)
" Measuring Emissivity Indices of Dust in Dense Cores with the SPIRE/FTS "
(PI: Scott Schnee , 6.2 hours allocated)
" WATCH - WATer Chemistry with Herschel "
(PI: Susanne Wampfler , 19.4 hours allocated)
" Unraveling the Mysteries of Complex Interstellar Organic Chemistry using HIFI Line Surveys "
(PI: Susanna Widicus Weaver , 42.0 hours allocated)
" Probing the HH111 Molecular Outflow with Herschel "
(PI: Tom Bell , 17.4 hours allocated)
" Probing The Unique Environment Around Sgr A* "
(PI: Tom Bell , 40.0 hours allocated)
" Extinction towards the Galactic Center "
(PI: Tobias Fritz , 6.7 hours allocated)
" PACS Imaging of the CepOB3b Cluster: Observing the Truncation of Disks in a Rich Young Cluster "
(PI: Tom Megeath , 8.3 hours allocated)
" FIR study of dust processing in the Carina region "
(PI: Takashi Onaka , 13.1 hours allocated)
" Depletion and Deuteration of Ammonia in Pre-stellar Cores "
(PI: Thushara Pillai , 2.6 hours allocated)
" Under pressure: Revealing the thermal and spatial structure of strongly irradiated clouds in the Carina Nebula, the nearest laboratory of massive star feedback "
(PI: Thomas Preibisch , 6.9 hours allocated)
" Structure of translucent clouds observed with HIFI [CII] 1.9THz and in H2 in absorption by FUSE "
(PI: Thangasamy Velusamy , 22.7 hours allocated)
" HIFI studies of the small-scale structures in the Galactic diffuse clouds with [CII] and [CI] "
(PI: Thangasamy Velusamy , 33.2 hours allocated)
" Tracing Remnant Gas in Planet Forming Debris Disks : Confronting Theories of Ice-Giant Planet Formation "
(PI: Vincent Geers , 4.9 hours allocated)
" The origin of H2O+ in dense clouds "
(PI: Volker Ossenkopf , 18.1 hours allocated)
" The chemistry of CH+ in disks around HerbigAe stars "
(PI: Wing-Fai Thi , 1.5 hours allocated)
" Herschel Imaging of the remnant of a hot disk that is gone. "
(PI: Zhongxiang Wang , 1.0 hours allocated)
"Search for fallback disks around nearby, slowly rotating neutron stars"
(PI: Bettina Posselt, 15.5 hours allocated)
"Dust processing and grain growht in Keplerian discs around binary post-AGB stars."
(PI: Clio Gielen, 15.0 hours allocated)
"Far-IR bands of PAHs in the Red Rectangle"
(PI: Christine Joblin, 24.8 hours allocated)
"Molecular complexity of the O-rich pre-Planetary Nebula OH231.8"
(PI: Carmen Sanchez Contreras, 32.4 hours allocated)
"The puzzle of water vapour in carbon-rich stars"
(PI: David Neufeld, 28.0 hours allocated)
"A detailed study of the physics and chemistry in the Planetary Nebula NGC7027"
(PI: Fabrice Herpin, 19.4 hours allocated)
"Clues to the Evolutionary History of the R Coronae Borealis Stars"
(PI: Geoffrey Clayton, 25.6 hours allocated)
"How Cool Are Planetary Nebulae?"
(PI: Harriet Dinerstein, 6.1 hours allocated)
"Additional Hpoint observations of large post-AGB sources from HIFIStars"
(PI: Javier Alcolea, 13.0 hours allocated)
"Characterising the Environment of Fullerene Formation"
(PI: Jeronimo Bernard-Salas, 6.0 hours allocated)
"Molecular complexity in the circumstellar envelope of the O-rich evolved star VY CMa"
(PI: Jose Cernicharo, 54.0 hours allocated)
"Shock Chemistry and Dust Processing in Interacting Supernova Remnants"
(PI: John Hewitt, 18.0 hours allocated)
"A HIFI survery of Water Fountain stars: unveiling the inner structure of hit star envelopes."
(PI: Jose Ricardo Rizzo, 3.0 hours allocated)
"Measuring the electron spectrum generated by diffuse shock acceleration in the Pulsar Wind Nebula HESS J1632-478."
(PI: Matteo Balbo, 0.5 hours allocated)
"Herschel PACS and SPIRE investigation of water fountains"
(PI: Martin A. Guerrero, 17.0 hours allocated)
"Herschel SPIRE FTS observations of mass loss from a red supergiant in the Large Magellanic Cloud"
(PI: Mikako Matsuura, 7.7 hours allocated)
"Clumping in OB-star winds"
(PI: Maria del Mar Rubio, 9.4 hours allocated)
"Hunting for missing evolved stars in the Galactic plane"
(PI: Nicolas Flagey, 39.6 hours allocated)
"Oxygen abundances in carbon-type Wolf-Rayet stars from PACS scan spectroscopy"
(PI: Paul Crowther, 8.0 hours allocated)
"Physical properties of the dusty circumstellar envelopes of two bright classical Cepheids"
(PI: Pierre Kervella, 2.8 hours allocated)
"Herschel's Opportunity to Solve the Nebular Abundance Problem While Creating a Legacy Planetary Nebulae Dataset"
(PI: Robert Rubin, 33.3 hours allocated)
"A Statistical Sample of Planetary Nebulae in the Galactic Bulge: Measuring Masses and Mass-Loss Rates"
(PI: Raghvendra Sahai, 25.0 hours allocated)
"Searching for Interrupted Mass-Loss in AGB stars: A Herschel Survey"
(PI: Raghvendra Sahai, 13.5 hours allocated)
"Herschel/HIFI observations of `water fountain' sources"
(PI: Rebeca Soria Ruiz, 17.0 hours allocated)
"The Herschel view on supergiant High Mass X-ray Binaries: revealing the most obscured high-energy source of our Galaxy"
(PI: Sylvain Chaty, 16.0 hours allocated)
"Measurements of the Atomic Carbon Isotope Ratio in Evolved Stars"
(PI: Stefanie Milam, 16.0 hours allocated)
"The Homunculus: Clues to Massive Ejection from the Most Massive Stars"
(PI: Theodore Gull, 24.3 hours allocated)
"Characterizing the Mid/Far-Infrared Excesses of Cataclysmic Variables"
(PI: Thomas Harrison, 7.0 hours allocated)
"Imaging and Spectroscopy of the Infrared Shell Surrounding the Pulsar Wind Nebula G54.1+0.3"
(PI: Tea Temim, 8.9 hours allocated)
"Far-IR Emission from Planetary Nebulae: Simultaneous Mapping and Spectral Probing of the Multi-Phased Dusty Gaseous System"
(PI: Toshiya Ueta, 197.5 hours allocated)
"Low-excitation atomic emission from young planetary nebulae"
(PI: Valentin Bujarrabal, 24.0 hours allocated)
"SPIRE Photometry on Lensed Quasars"
(PI: Alicia Berciano Alba, 10.0 hours allocated)
"Origin of massive outer gas reservoirs in early-type galaxies"
(PI: Alison Crocker, 24.0 hours allocated)
"A definitive Herschel study of the most powerful local radio galaxy - Cygnus A"
(PI: Alastair Edge, 5.9 hours allocated)
"Search for dust emission from circumstellar dust in Type Ia supernovae"
(PI: Ariel Goobar, 12.0 hours allocated)
"Dust-Based Molecular Gas Maps of Nearby Low-Metallicity Galaxies"
(PI: Adam Leroy, 20.1 hours allocated)
"Probing the Interstellar Medium Conditions in High Redshift Starburst Galaxies"
(PI: Alexandra Pope, 21.9 hours allocated)
"Velocity resolved HIFI spectroscopy of water lines in actively starforming galaxies"
(PI: Axel Weiss, 63.6 hours allocated)
"New HErschel Multi-wavelength Extragalactic Survey of Edge-on Spirals (NHEMESES)"
(PI: Benne Holwerda, 10.3 hours allocated)
"Physical conditions in disky U/LIRGs from [C II] and [O I] spectra - low-z analogs for high-z starforming galaxies"
(PI: Benjamin Weiner, 9.1 hours allocated)
"Coordinated Study of Flare Emission from Sgr A*, the Closest Supermassive Black Hole"
(PI: C. Darren Dowell, 27.5 hours allocated)
"Complete Herschel-Spitzer Legacy Survey of the low-redshift ULIRG Population"
(PI: Duncan Farrah, 250.0 hours allocated)
"Characterizing Molecular Clouds at Low Metallicity"
(PI: Deidre Hunter, 53.7 hours allocated)
"Herschel-GOALS: PACS and SPIRE Imaging of a Complete Sample of Local LIRGs"
(PI: David Sanders, 84.9 hours allocated)
"Comparing [CII] 158 micron Luminosities to Spectral Properties of Luminous Starburst Galaxies and AGN"
(PI: Daniel Weedman, 20.2 hours allocated)
"Constraining the nature of high redshift infrared-faint radio sources"
(PI: Enno Middelberg, 6.4 hours allocated)
"Measuring the physical properties of submillimeter galaxies around high redshift QSOs"
(PI: F.J. Carrera, 2.9 hours allocated)
"Water and CO: Signatures of Microturbulent Shocks in NGC 891"
(PI: Gordon Stacey, 22.1 hours allocated)
"Herschel study of black hole and galaxy evolution: The z<0.3 QUEST AGN sample."
(PI: Hagai Netzer, 15.6 hours allocated)
"Black hole growth and star formation in the early universe: the z=4.8 sample"
(PI: Hagai Netzer, 13.0 hours allocated)
"Ram pressure-induced shocks in stripped Virgo spirals"
(PI: Ivy Wong, 22.0 hours allocated)
"Do Ultraluminous X-Ray Sources Really Require Intermediate Mass Black Holes?"
(PI: Joel Bregman, 11.4 hours allocated)
"NGC 1266: Probing an extraordinary phase of galaxy evolution with Herschel"
(PI: Jason Glenn, 6.3 hours allocated)
"A Population of Dusty B Stars in the SMC: The First Extragalactic Debris Disks?"
(PI: Joshua Simon, 9.0 hours allocated)
"Beyond the Peak: Resolved Far-Infrared Spectral Mapping of Nearby Galaxies with SPIRE/FTS"
(PI: J.D. Smith, 149.4 hours allocated)
"A benchmark study of Active Galactic Nuclei"
(PI: Jason Stevens, 55.1 hours allocated)
"A Herschel Survey of [OI]63Âµm in 1<z<2 Submillimetre Galaxies in the ECDFS: A Bridge to ALMA"
(PI: Kristen Coppin, 26.3 hours allocated)
"Tidal Tales of Dark Gas: Searching for [CII] in CO-Deficient Star Forming Tidal Tails"
(PI: Karen Knierman, 9.4 hours allocated)
"ISM Heating and Cooling in Massive Galaxies: The Andromeda Galaxy as Fundamental Calibrator"
(PI: Karin Sandstrom, 47.1 hours allocated)
"Balancing the Energy Budget in LIRGs: A PACS Spectroscopic Survey of Luminous Infrared Galaxies in GOALS"
(PI: Lee Armus, 154.0 hours allocated)
"Completing the PACS coverage of the Herschel Reference Survey"
(PI: Luca Cortese, 50.8 hours allocated)
"Measuring the ISM Content of a Large Volume Limited Sample of Nearby Quasars"
(PI: Luis Ho, 43.2 hours allocated)
"The Interstellar Medium, Star Formation and Galaxy Evolution in Early-Type Galaxies"
(PI: Lisa Young, 60.7 hours allocated)
"The Impact of Quasars on their Host Galaxies: Gas Conditions and Star Formation in the Central Kiloparsec"
(PI: Matt Bradford, 43.7 hours allocated)
"Death by Debris: Testing a new picture of Star Formation Quenching in Compact Groups"
(PI: Michelle Cluver, 80.6 hours allocated)
"The Herschel Legacy of powerful 3C radio galaxies and quasars at z<1"
(PI: Martin Haas, 20.5 hours allocated)
"GRB Afterglow Photometry with Herschel Infrared Cameras"
(PI: Maohai Huang, 23.6 hours allocated)
"The Nature of Star-formation in Halos: The HI bridges in the M81/M82 group"
(PI: Matthew Lehnert, 21.6 hours allocated)
"Star Formation in X-ray Absorbed QSOs through cosmic time"
(PI: Mat Page, 3.1 hours allocated)
"Determining the structure of blazar jets with joint SPIRE and PACS observations"
(PI: Marek Sikora, 21.0 hours allocated)
"Herschel Spectroscopic Survey of Warm Molecular Gas in Local Luminous Infrared Galaxies"
(PI: Nanyao Lu, 83.5 hours allocated)
"Characterizing the Dense Molecular Gas in M82 and NGC 1068: Star Formation versus AGN"
(PI: Naseem Rangwala, 4.4 hours allocated)
"Coeval Black Hole and Host Galaxy Growth in High Redshift Radio Galaxies"
(PI: Nicholas Seymour, 26.8 hours allocated)
"Understanding the physics of cold gas in the nearby proxies of distant cooling cores"
(PI: Norbert Werner, 23.9 hours allocated)
"Charting the Cooling Pathways in High-Speed Extragalactic Shocks"
(PI: Philip Appleton, 37.2 hours allocated)
"What inflates the torus? Probing the physical properties of geometrically-thick buried AGN with high J CO lines"
(PI: Poshak Gandhi, 20.6 hours allocated)
"Dust in shocks and star-forming regions outside galaxies: PACS and SPIRE photometry of Stephan's Quintet"
(PI: Pierre Guillard, 13.3 hours allocated)
"Radio Jet Feedback on Molecular and Atomic Gas in Radio Galaxies"
(PI: Patrick Ogle, 68.2 hours allocated)
"Strong AGN feedback onto the ISM and its effects: A SPIRE FTS view of the molecular gas in 3C293"
(PI: Panteli Papadopoulos, 6.1 hours allocated)
"Herschel spectra of low-z QSOs: measuring radiative feedback, radiation pressure and star formation"
(PI: Paul van der Werf, 28.1 hours allocated)
"Gas excitation through black hole accretion and star formation in the centers of active galaxies."
(PI: Rowin Meijerink, 22.4 hours allocated)
"Determining the Bolometric Luminosity of AGN"
(PI: Richard Mushotzky, 59.0 hours allocated)
"Comparing the Dust Emission from High Redshift Lyman Break Galaxies with their Best Low Redshift Analogs discovered by GALEX"
(PI: Roderik Overzier, 28.6 hours allocated)
"Testing the XDR/High-J CO Paradigm in Nearby Galaxies"
(PI: Steven Hailey-Dunsheath, 32.2 hours allocated)
"The physical conditions of star formation at low metallicity: the Magellanic clouds as corner stones"
(PI: Sacha Hony, 79.0 hours allocated)
"Exploring the Dust Content of Galactic Winds with Herschel"
(PI: Sylvain Veilleux, 48.7 hours allocated)
"Molecular Outflows in Gas-Rich Mergers"
(PI: Sylvain Veilleux, 32.5 hours allocated)
"Hydrogen Fluoride Absorption Toward Luminous Infrared Galaxies"
(PI: Thomas Phillips, 40.5 hours allocated)
"Monitoring of the far-IR SED of two archetypical quasars"
(PI: Tuomas Savolainen, 6.8 hours allocated)
"Unveiling the dark side of the Gamma-Ray Bursts with Herschel Far Infrared Photometry"
(PI: Valerio D'elia, 28.1 hours allocated)
"Molecules in the Distant Universe: Herschel Spectroscopy of Damped Lyman-alpha Quasar Absorbers"
(PI: Varsha Kulkarni, 36.8 hours allocated)
"Major-merger, starburst.... what next?"
(PI: Vivienne Wild, 4.7 hours allocated)
"Keeping the cool gas in galaxy clusters warm."
(PI: Walter Jaffe, 24.9 hours allocated)
"Spectroscopy of a Highly Magnified Galaxy Behind the Bullet Cluster"
(PI: Anthony Gonzalez, 12.8 hours allocated)
"Tracing the Evolution of Star Formation Activity in High Redshift Galaxy Clusters"
(PI: Alexandra Pope, 54.7 hours allocated)
"Probing the Interstellar Medium of ULIRGs/SMGs at high redshift"
(PI: Aprajita Verma, 77.3 hours allocated)
"Herschel Observations of the Coma Cluster"
(PI: Chris Simpson, 27.2 hours allocated)
"SPIRE Spectroscopy of the Brightest High-Redshift Submillimeter Galaxies"
(PI: Daniel Marrone, 4.1 hours allocated)
"Characterizing the Interstellar Medium in 'Normal' High Redshift Galaxies"
(PI: Dominik Riechers, 24.0 hours allocated)
"SPIRE Snapshot Survey of Massive Galaxy Clusters"
(PI: Eiichi Egami, 27.0 hours allocated)
"A PACS Redshift 1-2 Oxygen Survey: Leveraging the ZEUS [CII] Detections"
(PI: Gordon Stacey, 45.7 hours allocated)
"Measuring the Epoch of Reionization"
(PI: John Carlstrom, 79.0 hours allocated)
"Resolved Herschel photometry and line spectroscopy for the brightest lensed galaxy at z~2"
(PI: Jane Rigby, 19.2 hours allocated)
"Revealing the most luminous dusty star forming galaxies"
(PI: Joaquin Vieira, 25.6 hours allocated)
"Unveiling the dust mass in the host galaxies of Gamma-Ray Bursts"
(PI: Leslie Hunt, 28.1 hours allocated)
"Dissecting the nature of the Planck-HFI high-z blobs"
(PI: Ludovic Montier, 11.6 hours allocated)
"The Last of the Titans: The Nature of Super-Starbursts at z~1.5"
(PI: Mark Swinbank, 6.7 hours allocated)
"The Most Luminous Obscured Galaxies and Quasars Revealed by WISE"
(PI: Peter Eisenhardt, 30.4 hours allocated)
"A Star formation oasis in the middle of a `cluster desert'"
(PI: Paola Popesso, 97.4 hours allocated)
"Unveiling the nature of strong galaxy activity in an X-ray detected galaxy cluster at z=2.07"
(PI: Raphael Gobat, 17.7 hours allocated)
"SPIRE and the formation and evolution of galaxy clusters"
(PI: Huub RÃ¶ttgering, 16.7 hours allocated)
"Characterising the ISM of bright, lensed star-forming galaxies across cosmic time with the SPIRE FTS"
(PI: Rob Ivison, 94.1 hours allocated)
"Measuring the PAH emission in a z=6.1 star forming Submillimetre Galaxy"
(PI: Scott Chapman, 4.8 hours allocated)
"THE HERSCHEL-AKARI NEP DEEP SURVEY: the cosmological history of stellar mass assembly and black hole accretion"
(PI: Stephen Serjeant, 73.5 hours allocated)
"Dust in the wind: the role of dust in ram-pressure stripped gas and intracluster star formation"
(PI: Suresh Sivanandam, 10.4 hours allocated)
"Cold Gas and Dust in the Filamentary Complexes of Cluster Cooling Flows"
(PI: Sylvain Veilleux, 7.0 hours allocated)
"A deep PACS survey of AKARI-Deep field south: Revealing the connection between AGN and star formation"
(PI: Toshinobu Takagi, 34.5 hours allocated)