000003470 001__ 3470
000003470 005__ 20180129172113.0
000003470 037__ $$aPOSTER-2018-0035
000003470 100__ $$aSavani, N
000003470 245__ $$aAssessing Space Weather Applications and Understanding: IMF Bz at L1
000003470 260__ $$c2017
000003470 269__ $$c2017-12-13
000003470 500__ $$aAuthor West was added after submission
000003470 520__ $$aThe CCMC - International (CCMC-I) is designed as a self-organizing informal forum for facilitating novel global initiatives on space weather research, development, forecasting and education. Here we capitalize on CCMC’AGUs experience in providing highly utilized web-based services, leadership and trusted relationships with space weather model developers. One of the CCMC-I initiatives is the International Forum for Space Weather Capabilities Assessment. As part of this initiative, within the solar and heliosphere domain, we focus our community discussion on forecasting the magnetic structure of interplanetary CMEs and the ambient solar wind. During the International CCMC-LWS Working Meeting in April 2017 the group instigated open communication to agree upon a standardized process by which all current and future models can be compared under an unbiased test. In this poster, we present our initial findings how we expect different models will move forward with validating and forecasting the magnetic vectors of the solar wind at L1. We also present a new IMF Bz Score-board which will be used to assist in the transitioning of research models into more operational settings.
000003470 536__ $$a3ESA_PROBA2SOC/$$c3ESA_PROBA2SOC/$$f3ESA_PROBA2SOC
000003470 594__ $$aNO
000003470 700__ $$aRiley, N
000003470 700__ $$aWest, M. J.
000003470 773__ $$tAGU, New Orleans, USA
000003470 8560_ $$fmatthew.west@observatoire.be
000003470 980__ $$aCPOSTER