Oceans & space publications

This paper considers the effect of electron density gradients parallel to the geomagnetic field (∇∥n) on the Farley-Buneman instability and the resulting change in wave δE∥.

A ground based diagnostic of kilometer-scale oscillating electric fields would be a valuable tool in the study of pulsations and the auroral substorm.

We present in detail a method to solve these two difficulties: 13-moment, parallel, two-ion energy equations are used to fit the full IS profile along the magnetic field.

By combining MODIS data measured by the ocean bands and land bands, an approach was developed to identify surface mats of Trichodesmium on the WFS.

A summary of 8 days of observations is presented and 10 IMF Bz southward turning events during this period are analyzed in terms of the time delay of plasma density enhancements and…

We present case studies identifying lightning-generated upper tropospheric NOx (LNOx) observed during NASA's Tropical Composition, Cloud and Climate Coupling Experiment (TC4) in July and August 2007.

We modeled the climate conditions in a region on Mars with chloride-bearing evaporites, and modeled the evolution of the water activity of the deliquescence solutions of three possible chloride salts…

Measurements obtained with the electronically steerable Poker Flat Incoherent Scatter Radar (PFISR) and collocated all-sky camera were used to construct composite images of ionospheric convective flows and auroral forms.

Ejecta were discovered first and revive the impact origin hypothesis [3, 4 abstract of this meeting], and indicate an impact event of less than ten thousand years.

We present evidence supporting the sequence examined in the companion paper using incoherent scatter radar (ISR) ionospheric observations.

Here we develop a unified theory to understand the observed spin-injection signals and their dependence on a dc-bias current in these devices by different groups.