Ship information database (DVS DShip) of METEOR cruise M203 H. Segura https://doi.org/10.82246/bafybeib5awa3le6nxi4rgepn2mwxj733aazpkmgtcpa3uc2744gxv7op44

Cloud radar and Cloudnet on RV Meteor during BOWTIE A. Foth https://doi.org/10.82246/bafybeidtfyua2vmmrpnhbl6nj57x2ynowaceghdapyetc6lnrpjii2tlli

METEOR1 PARSIVEL Disdrometer QCed data D. Colón-Burgos https://doi.org/10.82246/bafybeicrrokylncpyjgs52c6526otqbqxcxhmkt6mkqovya2xvt2n3yo54

METEOR2 PARSIVEL Disdrometer QCed data D. Colón-Burgos https://doi.org/10.82246/bafybeiacc53awulhrttttkdwd6uktvb3bfbsyac5g4ww7rkujigkalmkfe

Merged PARSIVEL Disdrometer QCed data D. Colón-Burgos https://doi.org/10.82246/bafybeihjcwsecgpmsjxoo5peqafnuqfnalu3ya3vtibwl7qkm76izsnuei

Continuous subskin sea surface temperature data along RV METEOR M203 cruise track M. Dengler https://doi.org/10.82246/bafybeieoosfm33u47expejxhccectau4oxrp2jg4efzrqn743af6tzxide

IWV data from GNSS antenna on R/V METEOR P. Bosser https://doi.org/10.82246/bafybeifanfvmxia7nfeuros7gl3ouv3qb5cmg4dczl6ekkjuk7gv66w424

Sunphotometer (Microtops) measurements during METEOR cruise M203 (data collection) E. Lind, P. Gupta, and D. Klocke https://doi.org/10.82246/bafybeifw2qrevl4ckmncq4zqpwivorcgketyyyjap5po7xkvkykjhi5jpa

ISAR L2 SST product U. UoS https://doi.org/10.82246/bafybeibei32rn7fcyrrhhx3gfsdz2yonze6rpqvvyih2avpxb74qqlqss4

Rain gauge measurements during METEOR cruise M203 M. Stelzner and D. Klocke https://doi.org/10.82246/bafybeievu3hvrmcb7bh6fv4xqsx3kzsreokwknsk2mfz62xp2fspyzrrta

Shipboard ADCP current measurements (38 kHz) during RV METEOR cruise M203 D. Klocke, M. Dengler, and R. Kopte https://doi.org/10.82246/bafybeieli3hwulxcvqqan2f62lfajswqzbbbhmueenjaubc6zfxukjc2ke

Shipboard ADCP current measurements (75 kHz) during RV METEOR cruise M203 D. Klocke, M. Dengler, and R. Kopte https://doi.org/10.82246/bafybeia4pgtryncxt4pexfs2gyvgxn4cob43mfijkdo2alwcxgorpfn3va

Level 4 Gridded Sea-Pol Radar Data Rainrate 2D M. Bell, B. Dolan, J. DeHart, D. Colón-Burgos, V. Chandrasekar, J. George, M. Lovato, F. Junyent, A. Wing, J. Ruppert, and S. Kennison https://doi.org/10.82246/bafybeigv34pwsk3t5wlmatncnavfsfie5zyd6j36eyv57qsh6f7usn5kg4

Level 4 Gridded Sea-Pol Radar Data RHI 2D M. Bell, B. Dolan, J. DeHart, D. Colón-Burgos, V. Chandrasekar, J. George, M. Lovato, F. Junyent, A. Wing, J. Ruppert, and S. Kennison https://doi.org/10.82246/bafybeigbngdrbifkqry3hsqilx4rywi3pu4a6vf2fraf4bql3qyzoosh2m

Level 4 Gridded Sea-Pol Radar Data Composite 2D M. Bell, B. Dolan, J. DeHart, D. Colón-Burgos, V. Chandrasekar, J. George, M. Lovato, F. Junyent, A. Wing, J. Ruppert, and S. Kennison https://doi.org/10.82246/bafybeigdehy7635uypwipv5xdnlvgnlbncvuyudajwejawn2llirbp2vyq

Level 4 Gridded Sea-Pol Radar Data QVP 1D M. Bell, B. Dolan, J. DeHart, D. Colón-Burgos, V. Chandrasekar, J. George, M. Lovato, F. Junyent, A. Wing, J. Ruppert, and S. Kennison https://doi.org/10.82246/bafybeifhwxvq4kh66dry6wo4s7auvdbfhur4gtmhwonw6ru2w537j53xiy

Ceilometer (CHM15k Nimbus) measurements during METEOR cruise M203 F. Jansen https://doi.org/10.82246/bafybeia74wnxe2nxwkcmespzjckqwt25tyhcknah3xqxxeeevbsdiawzom

GEOMAR PO-processed CTD data of cruise Meteor 203/1 CTD station number 1. M. Dengler https://doi.org/10.82246/bafybeihoghhgi655g7arw2ubtpudbq4c4hpwjlrwghcex3snu7f36imjgq

HATPRO observation on RV Meteor during BOWTIE MWR single-pointing from RV Meteor A. Foth https://doi.org/10.82246/bafybeihc63mpkfatnvl6z5hze2eijzwqr6o3ohubhi5i66dvos4qjcssvu

HATPRO observation on RV Meteor during BOWTIE MWR multiple-pointing from RV Meteor A. Foth https://doi.org/10.82246/bafybeihddiylirtiv64yo74wzt7zok545yowhiiu23kjonvz2wl57eunze

Raman LiDAR LICHT fast product (2min smoothing) during METEOR cruise M203 I. Serikov https://doi.org/10.82246/bafybeidhokylvrnu447th4z3npevzflfmtjsva2icf7gbyp7mmsyyeknhm

Raman LiDAR LICHT slow product (58min smoothing) during METEOR cruise M203 I. Serikov https://doi.org/10.82246/bafybeie754xlrs75yw2vnqrneuh23vsalzagfputvjnbqnsi4fvyjjtfrq

X-band Radar surface derived currents M203 J. Boedewadt, R. Carrasco, and J. Horstmann https://doi.org/10.82246/bafybeig3znybjnw6tzr5ek6acavwmkvd6rl7bo6mpbbfhkhweq5oexs3ja

Horizontal wind profiles from shipborne scanning wind lidar L. Nuijens https://doi.org/10.82246/bafybeieggj743jwgsahtv56hb7ier245mxnxey56zl5bdr3iltzmm4ik4a

Wind LiDAR LiTra S raw data (ship motion present) I. Serikov https://doi.org/10.82246/bafybeibg3e7kodnqrgjs5576soeq7gwcqjzdity56zlmz2bw27ucrip4fe

Wind LiDAR LiTra S heave-corrected, asynchronous ship motion data I. Serikov https://doi.org/10.82246/bafybeiaonfwwrbianryo4nejd4fyfqjcrofo6wciz62aeuzpeplcqu6zqe

Wind LiDAR LiTra S heave-corrected, synchronous ship motion data I. Serikov https://doi.org/10.82246/bafybeigh4aqyy3zmhqteq4y53zknarkmy7rwe6sctcwcskuyw4paap6kxm

surface rain flag from Micro Rain Radar A. Foth https://doi.org/10.82246/bafybeie2zhy2rkepcqh6tc5lk75blv372rvpfnnrhsyl6efscdgmugld4a

Continuous thermosalinograph oceaography along RV METEOR cruise track M203 [dataset], PANGAEA M. Schlundt, D. Klocke, and M. Dengler https://doi.pangaea.de/10.1594/PANGAEA.977775

FS Meteor log and coordination log between RV METEOR and other platforms during BOWTIE H. Segura and A. Wing https://doi.org/10.82246/bafybeianebwhw4uzkqnaekl5kyoau7hubxaens7azrftgqtz2mccciejle

Station in BOWTIE (CTD, MSS, UAV) H. Segura https://doi.org/10.82246/bafybeiekpjsfkslf2drgqtigah7a2y33zuzv6tjlrwgsxqv6plwebbnr5m

Scripts for Bowtie data paper H. Segura, A. A. Wing, J. H. Ruppert Jr., and R. Carrasco https://doi.org/10.17617/3.FZYXYF