Porto / RINALDO ET / New York / Venice / Elsevier / Cambridge / Reston / Padua / /
Company
Coastal / McGraw-Hill / Ralph M. Parsons Laboratory / TIDAL NETWORKS / /
Country
Netherlands / Italy / /
Currency
pence / USD / /
Event
Natural Disaster / Person Communication and Meetings / /
Facility
Florida State University / Canal Porto di Lido / Massachusetts Institute of Technology / University of California / /
IndustryTerm
creek network / experimental site / inlet systems / power law relationship / fluvial systems / over-bank flows / travel distance / short travel time / biological processing / clear power law relationship / Bank-full discharges / arbitrary site / bank-full discharge / energy dissipation / closed-form solutions / power law dependency / well-defined power law / bank-full elevation / energy losses / channel network / bank-full tides / salt marsh creek systems / mass/ energy injection / well-defined power law relationships / suitable solution / /
University of California / Berkeley / Massachusetts Institute of Technology / American Geophysical Union / Italy William E. Dietrich Department of Geology and Geophysics / Florida State University / National Project / /
Person
C. De Grandpre / J. C. Salomon / Riccardo Rigon / Andrea Rinaldo / P. Bassoullet / William E. Dietrich / Marco Marani Dipartimento di Ingegneria / Allen / Y. Du Penhoat / John Wiley / Chris Paola / Ignacio Rodriguez-Iturbe / /
Position
model / head of salt wedge / G. P. / Poissonian model / /
ProvinceOrState
Virginia / New York / South Carolina / Laguna / Florida / California / Massachusetts / /
WATER RESOURCES RESEARCH, VOL. 35, NO. 12, PAGES 3919 –3929, DECEMBER[removed]Tidal networks 3. Landscape-forming discharges and studies in empirical geomorphic relationships Andrea Rinaldo,1 Sergio Fagherazzi,2 Stefano