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networks), and the integration of these ground-based observations with state-of-the-art remote sensing information describing forest structure and function. The position will require computationally
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networks), and the integration of these ground-based observations with state-of-the-art remote sensing information describing forest structure and function. The position will require computationally
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), spectroscopy (e.g., stellar properties; radial velocities), and astrometry (primarily Gaia DR4), using data from ground- and space-based facilities. We especially value candidates with strong technical skills
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the Solar System and extrasolar systems. The successful candidate will analyze photometry, spectroscopy, and astrometry from both ground- and space-based facilities, with particular emphasis on Gaia and the
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multiple brain regions interact with each other, or networks. Furthermore, we are focused on identifying factors affecting the plasticity of these representational networks, and the degree to which they can