DSpace Repository

Browsing by Author "Charalambous, Constantinos"

Browsing by Author "Charalambous, Constantinos"

Sort by: Order: Results:

  • Banfield, Don; Spiga, Aymeric; Newman, Claire; Forget, Francois; Lemmon, Mark; Lorenz, Ralph D.; Murdoch, Naomi; Viudez-Moreiras, Daniel; Pla-Garcia, Jorge; Garcia, Raphael F.; Lognonne, Philippe; Karatekin, Ozgur; Perrin, Clement; Martire, Leo; Teanby, Nicholas; Hove, Bart Van; Maki, Justin N.; Kenda, Balthasar; Mueller, Nils T.; Rodriguez, Sebastien; Kawamura, Taichi; McClean, John B.; Stott, Alexander E.; Charalambous, Constantinos; Millour, Ehouarn; Johnson, Catherine L.; Mittelholz, Anna; Maattanen, Anni; Lewis, Stephen R.; Clinton, John; Staehler, Simon C.; Ceylan, Savas; Giardini, Domenico; Warren, Tristram; Pike, William T.; Daubar, Ingrid; Golombek, Matthew; Rolland, Lucie; Widmer-Schnidrig, Rudolf; Mimoun, David; Beucler, Eric; Jacob, Alice; Lucas, Antoine; Baker, Mariah M.; Ansan, Veronique; Hurst, Kenneth; Mora-Sotomayor, Luis; Navarro, Sara; Torres, Josefina; Lepinette, Alain; Molina, Antonio; Marin-Jimenez, Mercedes; Gomez-Elvira, Javier; Peinado, Veronica; Rodriguez-Manfredi, Jose-Antonio; Carcich, Brian T.; Sackett, Stephen; Russell, Christopher T.; Spohn, Tilman; Smrekar, Suzanne E.; Banerdt, W. Bruce (2020)
    The atmosphere of Mars is thin, although rich in dust aerosols, and covers a dry surface. As such, Mars provides an opportunity to expand our knowledge of atmospheres beyond that attainable from the atmosphere of the Earth. ...
  • Weitz, Catherine M.; Grant, John A.; Golombek, Matthew P.; Warner, Nicholas H.; Hauber, Ernst; Ansan, Veronique; Wilson, Sharon A.; Charalambous, Constantinos; Williams, Nathan; Calef, Fred; Pike, W. T.; Lethcoe-Wilson, Heather; Maki, Justin; DeMott, Alyssa; Kopp, Megan (2020)
  • Grant, John A.; Warner, Nicholas H.; Weitz, Catherine M.; Golombek, Matthew P.; Wilson, Sharon A.; Baker, Mariah; Hauber, Ernst; Ansan, Veronique; Charalambous, Constantinos; Williams, Nathan; Calef, Fred; Pike, W. T.; DeMott, Alyssa; Kopp, Megan; Lethcoe, Heather; Banks, Maria E. (2020)
    The InSight mission landed its scientific payload in Homestead hollow, a quasi-circular depression interpreted to be a highly degraded impact crater that is 27 m in diameter. The original pristine crater formed in a ...
  • Golombek, Matthew P.; Trussell, Allyson R.; Williams, Nathan Robert; Charalambous, Constantinos; Abarca, Hallie; Warner, Nicholas Hale; Deahn, Margaret; Trautman, Marshall R.; Crocco, Bob; Grant, John A.; Hauber, Ernst; Deen, Robert G. (2021)

Search DSpace

Browse

My Account