Dr. Lubchenco has been a professor at Harvard and at Oregon State University, where her research focuses, among other things, on the effects of overfishing and the influence of climate change on ocean processes.
Multi-model projections using ocean process-based carbon cycle models have demonstrated large decreases in pH and carbonate ion concentration CO3 2− during the twenty-first century, across all the world's oceans.
In the same table, the handling of tidal and non-tidal Atmosphere and Ocean processes is also shown.
Challenges involved in realistic data-driven simulations of uncertainties for four-dimensional interdisciplinary ocean processes are emphasized.
Depth/pressure measurements in the ocean are of utmost importance to better understand the ocean processes, for maritime security and for tsunami wave detection.
Here we investigate its relevance to complex ocean general circulation models (OGCMs) with high vertical resolution that are designed to simulate a wide range of ocean processes.
After 1850, scientific oceanography improved understanding of ocean processes and sedimentation, and the eustatic and isostatic forcing of sea-level change.
Recent deployments have shed new light onto the role microbes play in essential ocean processes and highlight the risks they may pose to coastal populations.
Many coastal and ocean processes of interest operate over large temporal and geographical scales and require a substantial amount of computational resources, particularly when engineering design and failure scenarios are also considered.
With half of the ocean more than 10 kilometers from the nearest depth sounding, ecosystem function in the deep sea still a mystery, and no first-order baseline for many globally important ocean processes, the current pace of exploration is woefully inadequate to address this daunting task, especially as the planet responds to changes in climate.
Properly assessing these impacts requires a species inventory and knowledge of where each fits in the grand web of ocean processes and biological production.
