1 ing for atmospheric science, navigation, and geophysics.

2  spectroscopic data and their application to geophysics.

3 role in a variety of problems in geology and geophysics.

4 densed matter physics, materials science and geophysics.

5 ging from biotechnology and life sciences to geophysics and climate change.

6 ing fold patterns resemble those observed in geophysics and complex fluids.

7  the extreme environments important for many geophysics and energy-related applications, including pr

8 ng from materials structure and dynamics, to geophysics and environmental science, to biophysics and

9                      Using recent deep-Earth geophysics and geochemistry results, we create a compreh

10 o the field of geodesy, with applications in geophysics and hydrology as well as in space-based tests

11 roblem is of relevance to civil engineering, geophysics and physics, being important for the understa

12         Recent developments in microbiology, geophysics and planetary sciences raise the possibility

13 th processes, a convergence of views between geophysics and sedimentary geology has been quietly taki

14 systems, its materials, its geochemistry and geophysics, and a broad spectrum of its industrial chemi

15  nonproliferation, environmental monitoring, geophysics, and planetary science.

16 ion of the crustal structure is essential in geophysics, as it gives insight into the geohistory, tec

17      This transition plays a key role in the geophysics, biology, and remote sensing of sea ice.

18 and thermal diffusivity (D) are important to geophysics but are difficult to measure accurately becau

19                                  Solid-Earth geophysics has now reached a developmental stage where v

20 d practical applications in polymer science, geophysics, multifunctional materials, and other areas.

21 the present-day distinctive geochemistry and geophysics of the Australian-Antarctic Discordance.

22 e to various fields of science, ranging from geophysics to catalysis and biochemistry.