D8.9 1 Grant Agreement 776276 Acronym PLANMAP Project Full Title

D8.9

This project has received funding from the European Union’s Horizon 2020 research and innovation programme under grant agreement No 776276-PLANMAP

Grant Agreement 776276 Acronym PLANMAP Project full title Planetary mapping

Deliverable D 8.9 Report on communications – 3rd Deliverable Name and final update Nature of deliverable REPORT Dissemination level PU Scheduled delivery date` 28th February 2021 Status Final

Prepared by: Gloria Tognon, Mayssa El Yazidi Verified by: Cristian Carli Approved by: Matteo Massironi

Disclaimer This document is property of the PLANMAP Consortium. This document may not be copied, reproduced, or modified in the whole or in the part for any purpose without written permission from the PLANMAP Coordinator with acceptance of the Project Consortium.

1 © Planmap Consortium

D8.9

This project has received funding from the European Union’s Horizon 2020 research and innovation programme under grant agreement No 776276-PLANMAP

Table of contents Executive summary ...... 3 List of Acronyms ...... 4 Dissemination and Communication Conclusions ...... 4 Table 1: Summary of the activities for the 3rd year ...... 5 Table 2: Dissemination and communication plan achievements ...... 5 Table 3: Conference Presentations ...... 7 Table 4: Publications ...... 12 Table 5: Outreach Activities ...... 14

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Executive summary

The present deliverable provides a summary of the dissemination, communication and outreach activities from 01/05/2020 to the end of the PLANMAP project and a comparison with the dissemination and communication plan foreseen for the entire duration of the project (see D8.7, Table 1-2). This document is therefore a review of the work presented at conferences and meetings for the scientific community by the project partners, along with their publications and outreach activities as well as a verification of the achievement of the pre-set goals. The PLANMAP team, moreover, continuously shared scientific contents and products both in local language and English (possibly subtitles) through social media platforms such as Github, Sketchfab, Facebook, Twitter, Instagram and YouTube.

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List of Acronyms

Acronym Description

EGU European Geosciences Union

ELS European Lunar Symposium

EPSC EuroPlanet Science Congress

LPSC Lunar and Planetary Science Conference

TBA To Be Accepted

Dissemination and Communication Conclusions

The following tables showcase the dissemination and communication activities carried out by the PLANMAP team subdivided into three categories: conference presentations, publications and outreach activities. Consistently with our previous reports on communications (i.e. D8.6, D8.7 and D8.8) we distinguished author lists, title and topic, place, time and target audience for both outreach and dissemination activities. As expected at the end of each project, we registered a marked increase of the publication of the achieved results and of the submitted conference presentations. As from Table 1, indeed, with respect to the 2nd year of the project (see D8.8 for details) it is possible to appreciate an increase of 140% of publications and a more moderate increase of 36.7% in the number of conference presentations, the latter probably due to the uncertain arrangement of virtual conferences. We also foresee that more papers will be submitted in the next months. Conversely, the outreach actions have been largely affected by the pandemic. With respect to the 2nd year of the project, indeed, the COVID19 restrictions led to a decrease of 75% of the usual outreach activities. The PLANMAP social media were not all equally engaged but for our most active Facebook (https://fb.me/planmap.eu) and Twitter (https://twitter.com/planmap_eu) accounts we got up to 881 and 284 followers respectively in February 2021, with an increase of 75.2% and 62.3% for each one with respect to January 2020.

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This project has received funding from the European Union’s Horizon 2020 research and innovation programme under grant agreement No 776276-PLANMAP

Finally, with respect to the dissemination and communication plan foreseen in D8.7 in Table 1-2 it is possible to appreciate that the PLANMAP project achieved the majority of its pre-set goals, with only 4 exceptions. Many goals were achieved beyond expectations (at least +50% than predicted), such as the presentations at scientific conferences and the outreach activities involving public talks and festivals. Differently, we encountered difficulties in substantially contributing to not PLANMAP publications, focusing more on internal publications, in communicating with ESA and in keeping updated the PLANMAP and partners’ webpages and the press, focusing more in the social media spreading news functionality.

Table 1: Summary

2nd Activity 3rd year 1st year year Conference presentations 41 30 42

Publications 12 5 1

Outreach actions (seminars and activities in schools; public talks; 5 21 38 outreach events; press release)

Table 2: Dissemination and communication plan achievements

Foreseen at Activity the end of Achieved Information the 3rd year geologic maps, spectral Products accessible on at least 15 21 maps, 3D models, VR PLANMAP portal environments Conference at least 60 113 presentations

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Publications – mainly at least 9 13 15 more in progress supported by PLANMAP Publications – PLANMAP at least 12 5 4 more in progress substantial contributions Dedicated conference MITM10 session at 1 1 session EPSC2020 Communications within at least 6 2 ESA 2nd Planetary Mapping PLANMAP workshop 1 1 and Virtual Observatory workshop Geology & Planetary PLANMAP school 1 1 Mapping winter school (see D8.10) Virtual reality environments for Event dedicated to planetary Applications 1 1 Virtual Reality and training for astronauts workshop (see D8.15) PLANMAP team meeting 1 1 merged in D8.15 at EAC Web page news 24 10 Downloadable drawings drawings, comics, at least 18 23 material for students sountracks Story maps / 3D displays at least 4 / 3 6 / 5

CAVE representation 1 1 merged in D8.15

Social media at least 264 > 264 Seminars and activities at least 6 7 at schools Public talks at least 9 17

Festivals at least 3 13

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Press releases / at least 3 / 60 3 / 21 newspaper news

Table 3: Conference Presentations

Number, Is this Is this a joint Title of date or Place of peer Open Repository Link to Page Publishe public/privat Title Authors journal/ frequenc publicatio Year reviewed Acces link publication s r e conference y of n publicatio s publication? journal n

Brandt PLANMAP C.H., Rossi data A.P., https://meeti https://meeti packaging: Penasa L., ngorganizer.c ngorganizer.c lessons Pozzobon EGU- opernicus.or opernicus.or learned R., Luzzi E., EGU n/a n/a Copernic Online 2020 No No Gold g/EGU2020/E g/EGU2020/E towards FAIR Wright J., us GU2020- GU2020- planetary Carli C. 18839.html 18839.html geologic and maps Massironi M. Geological https://meeti https://meeti mapping of Tognon G., ngorganizer.c ngorganizer.c an Pozzobon EGU2 EGU- opernicus.or opernicus.or interesting R., EGU n/a 020- Copernic Online 2020 No No Gold g/EGU2020/E g/EGU2020/E lunar site: Massironi 733 us GU2020- GU2020- Tsiolkovskiy M. 733.html 733.html crater https://sservi - api.marqui.te Geologic ch/uploads/s Pozzobon Map, Landing servi- R., https://els20 site selection projects- Tusberti F., NASA 20.arc.nasa.g and traverse ELS n/a n/a Online 2020 No Yes Gold api/originals/ Pajola M., SSERVI ov planning on e50b6559- Massironi Copernicus 102b-44b3- M. crater (Moon) a2b6- ffbdddaa36e 2.jpeg Exploring the Tognon G., https://els20 https://els20 lunar far side Pozzobon 137- NASA 20.arc.nasa.g 20.arc.nasa.g at R., ELS n/a Online 2020 No No Gold 138 SSERVI ov/abstracts ov/abstracts Tsiolkovskiy Massironi crater M. Iqbal W., Hiesinger New H., van der https://els20 https://els20 geological Bogert NASA 20.arc.nasa.g 20.arc.nasa.g maps of the ELS n/a 54-55 Online 2020 No Yes Gold C.H., SSERVI ov/program ov/program Apollo Borisov D. landing sites and Gebbing T. New geological maps and Iqbal W., crater size- https://els20 https://els20 Hiesinger frequency NASA 20.arc.nasa.g 20.arc.nasa.g H. and van ELS n/a 56-57 Online 2020 No Yes Gold distribution SSERVI ov/program ov/program der Bogert measuremen C.H. ts of the Apollo 15 landing site Poehler C.M., Ivanov M.A., van A new map der Bogert of the South https://els20 https://els20 C.H., Pole-Aitken 108- NASA 20.arc.nasa.g 20.arc.nasa.g Hiesinger ELS n/a Online 2020 No Yes Gold basin 109 SSERVI ov/program ov/program H., including the Pasckert South Pole J.H., Iqbal W., Wright J. and Head J.W. 7 © Planmap Consortium

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This project has received funding from the European Union’s Horizon 2020 research and innovation programme under grant agreement No 776276-PLANMAP

Poehler C.M., Ivanov M.A., van A new https://www. https://www. der Bogert Annual geological Lunar hou.usra.edu hou.usra.edu C.H., Meeting of map of the and /meetings/pg /meetings/pg Hiesinger Planetary n/a 7044 Online 2020 No No Gold lunar South Planetary m2020/pdf/7 m2020/pdf/7 H., Iqbal Geologic Pole-Aitken Institute 044.pdf 044.pdf W., Mappers basin region Pasckert J.H., Wright J. and Head J.W. Iqbal W., Geological Hiesinger https://www. https://www. mapping of Annual H., van der Lunar hou.usra.edu hou.usra.edu the Apollo Meeting of Bogert and /meetings/pg /meetings/pg landing sites Planetary n/a 7011 Online 2020 No No Gold C.H., Planetary m2020/pdf/7 m2020/pdf/7 for scientific Geologic Gebbing T. Institute 011.pdf 011.pdf investigation Mappers and s Borisov D. Wright J., Geologic https://www. https://www. Rothery Annual Map of the hou.usra.edu hou.usra.edu D.A., Meeting of Hokusai /meetings/pg /meetings/pg Balme Planetary Annual n/a USRA Online 2020 No Yes Gold Quadrangle m2020/pdf/7 m2020/pdf/7 M.R., Geologic (H05) of 038.pdf 038.pdf Conway Mappers Mercury S.J. Wright J., https://www. https://www. Balme Annual Geologic hou.usra.edu hou.usra.edu M.R., Davis Meeting of Mapping of /meetings/pg /meetings/pg J.M., Planetary Annual n/a USRA Online 2020 No Yes Gold Mawrth m2020/pdf/7 m2020/pdf/7 Fawdon P., Geologic Vallis, Mars 041.pdf 041.pdf Rothery Mappers D.A. Man B., Geological Rothery https://www. https://www. Annual Mapping of D.A., hou.usra.edu hou.usra.edu Meeting of the Neruda Balme /meetings/pg /meetings/pg Planetary Annual n/a USRA Online 2020 No Yes Gold Quadrangle M.R., m2020/pdf/7 m2020/pdf/7 Geologic (H13) of Conway 028.pdf 028.pdf Mappers Mercury S.J., Wright J. https://www. https://www. European Annual Rothery hou.usra.edu hou.usra.edu Co-ordinated Meeting of D.A., /meetings/pg /meetings/pg Quadrangle Planetary Annual n/a USRA Online 2020 No Yes Gold Galluzzi V., m2020/pdf/7 m2020/pdf/7 Mapping of Geologic Wright J. 022.pdf 022.pdf Mercury Mappers Le Mouélic S., Caravaca G., Mangold Using Virtual N., Wright https://meeti https://meeti and J., Carli C., ngorganizer.c ngorganizer.c Augmented Altieri F., EPSC EPSC- opernicus.or opernicus.or Reality in Zambon F., EPSC 14 2020- Copernic Online 2020 Yes No Gold g/EPSC2020/ g/EPSC2020/ Planetary Van der 589 us EPSC2020- EPSC2020- Imaging and Bogert C., 589.html 589.html Mapping a Pozzobon case study R., Massironi M., Rossi A.P., De Toffoli B. Using 3D Caravaca reconstructio G., n of Mangold centimeter- N., Le Deit scale L., Le https://meeti https://meeti sedimentary Mouélic S., ngorganizer.c ngorganizer.c structures to Dehouck EPSC EPSC- opernicus.or opernicus.or document E., EPSC 14 2020- Copernic Online 2020 Yes Yes Gold g/EPSC2020/ g/EPSC2020/ changes in Gasnault 49 us EPSC2020- EPSC2020- the O., Edgett 49.html 49.html depositional K.S., settings of Rivera- Glen Hernandez Torridon F., Fedo region (Gale C.M., crater, Mars) Wiens R.C. Spectral and Zambon F., https://ui.ads https://ui.ads morpho- Carli C., abs.harvard. abs.harvard. EPSC- stratigraphic Altieri F., edu/abs/202 edu/abs/202 EPSC n/a n/a Copernic Online 2020 No No Gold units Combe J- 0EPSC...14..9 0EPSC...14..9 us integration F., van der 05Z/abstract 05Z/abstract on Apollo Bogert 8 © Planmap Consortium

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This project has received funding from the European Union’s Horizon 2020 research and innovation programme under grant agreement No 776276-PLANMAP

basin and C.H., Pöler Leibnitz/Von C.M., Karman Hiesinger craters on H., Le the Moon Mouélic S., Mangold N., Caravaca G., Massironi M. Carli C., Giacomini L., Zambon Kuiper F., Ferrari Quadrangle https://meeti https://meeti S., spectral ngorganizer.c ngorganizer.c Massironi analysis: EPSC EPSC- opernicus.or opernicus.or M., looking EPSC n/a 2020- Copernic Online 2020 No Yes Gold g/EPSC2020/ g/EPSC2020/ Galluzzi V., forward to 367 us EPSC2020- EPSC2020- Altieri F., integrated 367.html 367.html Capaccioni geological F., Ferranti map L. and Palumbo P. Giacomini L., Galluzzi https://meeti https://meeti Sites of V., Carli C., ngorganizer.c ngorganizer.c geological Zambon F., EOSC EPSC- opernicus.or opernicus.or interest in Massironi EPSC n/a 2020- Copernic Online 2020 No Yes Gold g/EPSC2020/ g/EPSC2020/ Kuiper M., 556 us EPSC2020- EPSC2020- quadrangle Ferranti L. 556.html 556.html (H06) and Palumbo P. Poehler C.M., Ivanov The lunar M.A., van https://meeti https://meeti South Pole- der Bogert ngorganizer.c ngorganizer.c Aitken basin C.H., EPSC EPSC- opernicus.or opernicus.or region: A Hiesinger EPSC n/a 2020- Copernic Online 2020 No Yes Gold g/EPSC2020/ g/EPSC2020/ new H., Iqbal 600 us EPSC2020- EPSC2020- geological W., 600.html 600.html map Pasckert J.H., Wright J. and Head J.W. Detailed https://meeti https://meeti geological Iqbal W., ngorganizer.c ngorganizer.c studies and van der EPSC EPSC- opernicus.or opernicus.or absolute Bogert EPSC n/a 2020- Copernic Online 2020 No Yes Gold g/EPSC2020/ g/EPSC2020/ model ages C.H., 1091 us EPSC2020- EPSC2020- of the Apollo Hiesinger 1091.html 1091.html 15 landing H. site https://meeti https://meeti 3D geomodel Pozzobon ngorganizer.c ngorganizer.c of the R., Pesce EPSC EPSC- opernicus.or opernicus.or deformed D., EPSC n/a 2020- Copernic Online 2020 No Yes Gold g/EPSC2020/ g/EPSC2020/ deposits in Massironi 770 us EPSC2020- EPSC2020- Crommelin M. 770.html 770.html Crater (Mars) Constructing Penasa L., and Frigeri A., deconstructi Pozzobon https://meeti https://meeti ng geological R., Brandt ngorganizer.c ngorganizer.c maps: a QGIS C.H., De EPSC EPSC- opernicus.or opernicus.or plugin for Toffoli B., EPSC n/a 2020- Copernic Online 2020 No No Gold g/EPSC2020/ g/EPSC2020/ creating Naß A., 1057 us EPSC2020- EPSC2020- topologically Rossi A.P. 1057.html 1057.html consistent and geological Massironi cartography M. The study of the relationship El Yazidi between pit https://meeti https://meeti M., chains and ngorganizer.c ngorganizer.c Pozzobon grabens and EPSC EPSC- opernicus.or opernicus.or R., Penasa their role in EPSC n/a 2020- Copernic Online 2020 No Yes Gold g/EPSC2020/ g/EPSC2020/ L., Debei the 1069 us EPSC2020- EPSC2020- S., formation of 1069.html 1069.html Massironi Rift systems M. and Troughs in Noctis Labyrinthus

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De Toffoli B., Pozzobon https://meeti https://meeti R., ngorganizer.c ngorganizer.c Montagna EPSC EPSC- opernicus.or opernicus.or The art of C., Schiavo EPSC n/a 2020- Copernic Online 2020 No Yes Gold g/EPSC2020/ g/EPSC2020/ exploring J., Scotton 892 us EPSC2020- EPSC2020- B.M., 892.html 892.html Fantino I., Massironi M. https://meeti https://meeti Landing site Tognon G., ngorganizer.c ngorganizer.c characterizati Pozzobon EPSC EPSC- opernicus.or opernicus.or on for R., EPSC n/a 2020- Copernic Online 2020 No No Gold g/EPSC2020/ g/EPSC2020/ Tsiolkovskiy Massironi 581 us EPSC2020- EPSC2020- crater M. 581.html 581.html Rothery https://meeti https://meeti D.A., ngorganizer.c ngorganizer.c On the Barraud EPSC EPSC- opernicus.or opernicus.or asymmetry O., Besse EPSC n/a 2020- Copernic Online 2020 No Yes Gold g/EPSC2020/ g/EPSC2020/ of Nathair S., Carli C., 782 us EPSC2020- EPSC2020- Facula Pegg D., 782.html 782.html Wright J., Zambon F. Wright J., https://meeti https://meeti Geological Balme M., ngorganizer.c ngorganizer.c mapping of Davis J., EPSC EPSC- opernicus.or opernicus.or Mawrth Fawdon P. EPSC n/a 2020- Copernic Online 2020 No Yes Gold g/EPSC2020/ g/EPSC2020/ Vallis, Mars, and 807 us EPSC2020- EPSC2020- by PLANMAP Rothery 807.html 807.html D.A. Man B., https://meeti https://meeti Investigating Rothery ngorganizer.c ngorganizer.c the Neruda- D.A., EPSC EPSC- opernicus.or opernicus.or Paramour Balme EPSC n/a 2020- Copernic Online 2020 No Yes Gold g/EPSC2020/ g/EPSC2020/ thrust M.R., 794 us EPSC2020- EPSC2020- system, Conway 794.html 794.html Mercury S.J. and Wright J. Rothery https://www. https://www. Annual Volcanology D.A., Man hou.usra.edu hou.usra.edu Meeting of Targets for B., /meetings/m /meetings/m the Mercury Future Malliband Annual n/a USRA Online 2021 No Yes Gold exag2021/ep exag2021/ep Exploration Exploration C.C., Pegg oster/6002.p oster/6002.p Assessment at Mercury D.L., df df Group Wright J. Malliband https://www. https://www. C.C., Annual Geological hou.usra.edu hou.usra.edu Rothery Meeting of Mapping of /meetings/m /meetings/m D.A., the Mercury the Derain Annual n/a USRA Online 2021 No Yes Gold exag2021/ep exag2021/ep Balme Exploration (H-10) oster/6021.p oster/6021.p M.R., Assessment Quadrangle df df Conway Group S.J. https://www. https://www. Extensional Man B., Annual hou.usra.edu hou.usra.edu Landforms Rothery Meeting of /meetings/m /meetings/m as Evidence D.A., the Mercury exag2021/pd exag2021/pd for Recent BalmeM.R, Annual n/a USRA Online 2021 No Yes Gold Exploration f/mexag2021 f/mexag2021 Large-Scale Conway Assessment _program.ht _program.ht Compression S.J., Wright Group m m al Tectonism? J. Using Virtual Reality tools Caravaca https://www. https://www. to G., Le Lunar hou.usra.edu hou.usra.edu characterize Mouélic S., and /meetings/lp /meetings/lp and measure LPSC 52 1169 Online 2021 Yes Yes Gold Le Deit L., Planetary sc2021/pdf/1 sc2021/pdf/1 sedimentary Mangold Institute 169.pdf 169.pdf series in Gale N. crater: a case study Poehler The lunar C.M., van https://www. https://www. south pole: A der Bogert Lunar hou.usra.edu hou.usra.edu geological C.H., and /meetings/lp /meetings/lp map of the LPSC n/a 1915 Online 2021 No Yes Gold Hiesinger Planetary sc2021/pdf/1 sc2021/pdf/1 South Pole- H., Ivanov Institute 915.pdf 915.pdf Aitken basin M. and region Head J.W. Absolute van der model ages Bogert https://www. https://www. for geological C.H., Lunar hou.usra.edu hou.usra.edu units in Poehler and /meetings/lp /meetings/lp LPSC n/a 2351 Online 2021 No Yes Gold Schrödinger C.M., Kring Planetary sc2021/pdf/2 sc2021/pdf/2 basin: D.A. and Institute 351.pdf 351.pdf Context for Hiesinger the 2024 H. 10 © Planmap Consortium

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PRISM CLPS mission Investigating Iqbal W., https://www. https://www. a potential Hiesinger Lunar hou.usra.edu hou.usra.edu source of H., van der and /meetings/lp /meetings/lp LPSC n/a 1917 Online 2021 No Yes Gold young ages Bogert Planetary sc2021/pdf/1 sc2021/pdf/1 at Apollo 15 C.H. and Institute 917.pdf 917.pdf landing site Head J.W. Giacomini Kuiper L., Carli C., quadrangle Zambon F., (H06) Galluzzi V., geological https://www. Ferrari S., https://www. map: Lunar hou.usra.edu Massironi hou.usra.edu integration and /meetings/lp M., Altieri LPSC n/a 1934 Online 2021 No Yes Gold /meetings/lp between Planetary sc2021/pdf/1 F., Ferranti sc2021 morphologic Institute 934.pdf L., al and Palumbo spectral P., characteristic Capaccioni s F. Zambon F., Carli C., Wright J., Spectral units Rothery https://www. https://www. identification D.A., Altieri Lunar hou.usra.edu hou.usra.edu in the H05- F., and /meetings/lp /meetings/lp LPSC n/a n/a Online 2021 No No Gold Hokusai Massironi Planetary sc2021/progr sc2021/progr quadrangle M., Institute am/#Z am/#Z on Mercury Capaccioni F. and Cremones e G. Le Mouélic S., Caravaca G., Using Virtual Mangold and N., Wright Augmented J., Carli C., https://www. https://www. Reality for Altieri F., Lunar hou.usra.edu hou.usra.edu Planetary Zambon F., and /meetings/lp /meetings/lp surfaces LPSC 52 1514 Online 2021 Yes No Gold Van der Planetary sc2021/pdf/1 sc2021/pdf/1 investigation Bogert Institute 514.pdf 514.pdf s - a case C.H., study on Pozzobon Mars and the R., Moon Massironi M., De Toffoli B., Rossi A.P. Zambon F., Carli C., Altieri F., Jean- Philippe Combe J- F., van der Spectral https://meeti https://meeti Bogert analysis of ngorganizer.c ngorganizer.c C.H., Apollo Basins EGU- opernicus.or opernicus.or Poehler on the Moon EGU n/a n/a Copernic Online 2021 No Yes Gold g/EGU21/ses g/EGU21/ses C.M., through us sionprogram sionprogram Hiesinger spectral units me#PS3 me#PS3 H., Le identification Mouélic S., Mangold N., Caravaca G. and Massironi M. Giacomini Integration L., Carli C., between Zambon F., morphologic Galluzzi V., https://meeti https://meeti al and Ferrari S., ngorganizer.c ngorganizer.c spectral Massironi EGU- opernicus.or opernicus.or characteristic M., Altieri EGU n/a n/a Copernic Online 2021 No Yes Gold g/EGU21/ses g/EGU21/ses s for the F., Ferranti us sionprogram sionprogram geological L., me#PS6 me#PS6 map of Palumbo Kuiper P. and quadrangle Capaccioni (H06) F. https://meeti https://meeti Detailed age Tognon G., EGU- ngorganizer.c ngorganizer.c determinatio Ferrari S., EGU n/a n/a Copernic Online 2021 No No Gold opernicus.or opernicus.or ns for Pozzobon us 11 © Planmap Consortium

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g/EGU21/ses g/EGU21/ses Tsiolkovskiy R., sionprogram sionprogram crater Massironi me#PS6 me#PS6 M.

Table 4: Publications

Number, Is this Title of Is this a joint Link to date or Place of peer Open Repositor journal/ Page Publishe public/privat publicatio DOI Title Authors frequenc publicatio Year reviewed Acces y link conferenc s r e n y of n publicatio s e publication? journal n

https://ww w.sciencedi De Toffoli rect.com/sc B., ience/articl Mangold e/pii/S0191 N., 814119304 Structural Massironi 64X?casa_t analysis M., oken=581F 10.10 https://doi. of sulfate Zanella N- 16/j.js Journal of org/10.101 vein A., 1040 qEEJQAAAA g.202 Structural n/a Elsevier Online 2020 Yes Yes Green 6/j.jsg.202 networks Pozzobon 83 A:S- 0.104 Geology 0.104083 in Gale R., Le kv7yaczB3 083 crater Mouélic QAfi7Qmh (Mars) S., oFRBYUH_E L’Haridon 7qEegreeE J., xNuHJYgwI Cremone E70C6JUBZ se G. MX5Pjbw5k RbX5TIQ Le Mouélic Investigat S., ing lunar Enguehar boulders d P., at the Schmitt https://hal. https://ww 10.33 Apollo 17 H.H., archives- w.mdpi.co 90/rs landing Caravaca Remote ouvertes.fr m/2072- 12 (11) 1900 MDPI Online 2020 Yes Yes Gold 12111 site using G., Sensing /hal- 4292/12/11 900 photogra Seignover 02879333 /1900 mmetry t B., and Mangold virtual N., reality Combe J- P., Civet F. Tectono- magmatic , https://agu sediment pubs.onlin ary and Luzzi E., https://doi. 10.10 Journal of elibrary.wil hydrothe Rossi org/10.312 29/20 Geophysica ey.com/doi rmal A.P., Carli n/a n/a Wiley Online 2020 Yes No Gold 23/osf.io/t 19JE0 l Research - /10.1029/2 history of C., Altieri d297 06341 Planets 019JE00634 Arsinoes F. 1 and Pyrrhae Chaos, Mars Rothery D.A., https://ww On the Barraud w.sciencedi 10.10 http://oro. asymmet O., Besse rect.com/sc 16/j.ic open.ac.uk ry of S., Carli Online / ience/articl arus.2 Icarus Monthly n/a Elsevier 2020 Yes Yes Gold /73304/15/ Nathair C., Pegg Print e/pii/S0019 020.1 73304.pdf Facula, D.L., 103520305 14180 Mercury Wright J., 169 Zambon F. https://link. Rationale Rothery https://link 10.10 springer.co for D.A., .springer.c 07/s1 m/content/ BepiColo Massironi Space om/conten 1214- Online / pdf/10.100 mbo M., Science Monthly n/a Springer 2020 Yes Yes Gold t/pdf/10.10 020- Print 7/s11214- studies of Alemann Reviews 07/s11214- 00694 020-00694- Mercury’s o G., 020- -7 7.pdf surface Barraud 12 © Planmap Consortium

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This project has received funding from the European Union’s Horizon 2020 research and innovation programme under grant agreement No 776276-PLANMAP

00694- and O., Besse 7.pdf compositi S., Bott on N., Brunetto R., Bunce E., Byrne P. et al. https://ww w.sciencedi rect.com/sc Modificati Wright J., http://oro. ience/articl on of Conway open.ac.uk e/pii/S0012 Caloris S.J., /71653/1/ 821X20304 10.10 ejecta Morino Wright%20 635/pdfft? Earth and 16/j.e blocks by C., et%20al%2 md5=e821 Planetary Online / psl.20 long-lived Rothery n/a n/a Elsevier 2020 Yes Yes Gold 02020%20 458887874 Science Print 20.11 mass- D.A., Modificatio 2b4ae1344 Letters 6519 wasting: Balme n%20of%2 9af33fa69f A volatile- M.R., 0Caloris%2 &pid=1- driven Fassett 0ejecta.pdf s2.0- process? C.I. S0012821X 20304635- main.pdf Geologica https://ww https://ww l mapping Iqbal W., w.scienced w.sciencedi 10.10 and Hiesinger irect.com/s rect.com/sc 16/j.ic chronolo H. and 1139 cience/arti ience/articl arus.2 gy of Icarus 352 Elsevier Online 2020 Yes Yes Gold van der 91 cle/pii/S00 e/pii/S0019 020.1 lunar Bogert 191035203 103520303 13991 landing C.H. 03572 572 sites: Apollo 12 An Integrate Semenzat d o A., Geologic Massironi Map of https://dat M., the a.planmap https://ww Ferrari S., 10.33 Rembran .eu/pub/m w.mdpi.co Galluzzi 90/rs dt Basin, Remote ercury/PM- m/2072- V., n/a n/a MDPI Online 2020 Yes Yes Gold 12193 on Sensing MER-MS- 4292/12/19 Rothery 213 Mercury, Rembrand /3213 D.A., as a t/ Pegg D.L., Starting Pozzobon Point for R., Stratigrap Marchi S. hic Analysis Pajola M., Lucchetti Lermonto A., v crater Semenzat on o A., Mercury: Poggiali Geology, G., https://dat https://ww morpholo Munarett a.planmap w.sciencedi 10.10 gy and o G., .eu/pub/m rect.com/sc 16/j.p Planetary spectral Galluzzi 1051 ercury/PM- ience/articl ss.202 and Space n/a Elsevier Online 2021 Yes Yes Gold propertie V., Marzo 39 MER-MS- e/pii/S0032 0.105 Science s of the G.A., Lermontov 063320303 136 coexistin Cremone / 494 g hollows se G., and Brucato pyroclasti J.R., c Palumbo deposits P., Massironi M. Lauro S.E., Pettinelli E., Multiple Caprarelli subglacial G., water Guallini 10.10 bodies https://ww L., Rossi https://arxi 38/s4 below the w.nature.c A.P., Nature v.org/abs/ 1550- south Nature om/articles Mattei E., n/a n/a Publishin Online 2021 Yes No Green 2010.0087 020- pole of Astronomy /s41550- Cosciotti g Group 0 1200- Mars 020-1200-6 B., 6 unveiled Cicchetti by new A., MARSIS Soldovieri data F., Cartacci M., Di Paolo F., 13 © Planmap Consortium

D8.9

This project has received funding from the European Union’s Horizon 2020 research and innovation programme under grant agreement No 776276-PLANMAP

Noschese R., Orosei R. https://agu pubs.onlin elibrary.wil ey.com/doi /abs/10.10 Asymmet 29/2020GL ric Galluzzi 091767?cas magnetic V., a_token=St 10.10 https://doi. anomalie Oliveira s9XnmlN0I 29/20 Geophysica org/10.102 s over J.S., AAAAA:am 20GL l Research n/a n/a AGU Online 2021 Yes Yes No 9/2020GL0 young Wright J., gIIw8goYpp 09176 Letters 91767 impact Rothery fM6SjdF6P 7 craters D.A., w4tpjE54W on Hood L.L. opqhLag- Mercury x4E4vB6C3 B36Ieuta1u Ptc5FHu8h CwN_UGDr Zv Qian Y., Xiao L., Wang Q., Head J.W., Yang R., Kang China's Y., van Chang'e-5 der landing Bogert site: C.H., Earth and Geology, Hiesinger Planetary TBA TBA TBA n/a n/a Elsevier Online 2021 Yes Yes Gold stratigrap H., Lai X., Science hy, and Wang G., Letters provenan Pang Y., ce of Zhang N., materials Yuan Y., He Q., Huang J., Zhao J., Wang J. and Zhao S.

Table 5: Outreach Activities

Type of Authors Date Place Title Audience Additional information communication

Cose degli altri Associazione Pontina di https://www.youtube.com/watch?v=vL Matteo Massironi 05/06/2020 mondi:personalità geologiche Public talk General public Astronomia (online) FP26ckfcw di corpi planetari a confronto https://www.europlanet- Le Mouélic S., society.org/using-virtual- Using Virtual and Augmented Caravaca G., Press and 29/09/2020 and-augmented-reality-in- Reality in Planetary Imaging Press release Mangold N., media planetary-imaging-and- and Mapping Postiglione A. mapping/ Caravaca G., Le Decision Official visit of the French Mouélic S., 23/10/2020 LPG Univ. Nantes Festival / Events makers and minister for scientific research Mangold N. politics https://www.facebook.com/fondazione Il futuro dell'esplorazione Museo civico di Rovereto museocivicorovereto/videos/il-futuro- Matteo Massironi 12/11/2020 geologica e umana, dalla Luna a Public talk General public (online) dellesplorazione-geologica-e-umana- Marte dalla-luna-a-marte/645698266064631/ Le Mouélic S., Event promoted and funded by the Caravaca G., Virtual Reality environments for General Cassini Junior Program 2019 by the Tognon G., LPG Univ. Nantes - Uni. 05/02/2021 planetary applications and Festival / Events professional Ambassade de France en Italie/Institut Mangold N., Padova (online) training for astronauts public Français Italia and co-funded by Uni. Tomasi I., Sauro F., Padova-CISAS Bessone L.