Oceans & space publications

We have recently realized that it is virtually impossible for a meteorite to survive strong shock unless it is well below the surface of a parent body.

We present a climatology of optical airglow images and 50 MHz coherent backscatter from the Pacific sector from solar maximum (January 2002) to solar minimum (January 2009).

As part of BOTTOMS-UP, we have developed novel independent and non-invasive methods for time series sampling of porewater constituents and for estimation of time and depth-dependent fluid exchange rates within…

We show, for the first time, how two more of the puzzling features in observed plasma structure, referred to as equatorial spread F, can finally be explained, if we allow GWs…

We show that cloud retrievals from aircraft measurements above cloud and below an overlying aerosol layer are a means to test this bias.

Here we consider the ion chemistry that could lead to the collocated atom and iron layers and conclude that considerably enhanced water vapor content was required.

We performed in silico analyses of nitrogen transporters and related assimilation genes in CCMP1545 and RCC299 and compared these with other green lineage organisms as well as Chromalveolata, fungi, bacteria,…

We describe ground and space-based measurements of spatial and temporal variation of NO2 in four California metropolitan regions.

Large-scale wave structure (LSWS) and the plasma structure, referred to as equatorial spread F (ESF), are shown, for the first time, to develop on a night, when the post-sunset rise (PSSR) of…

The main focus of this paper is on the noon-time baseline annual and semiannual variations, with an emphasis on the less-known height dependency, for those geophysically important areas.

Seasonal migration and latitudinal alignment of the inter-tropical convergence zone with the magnetic dip equator is suggested as the missing source, and shown able to fill that void.