Groundwater scientists, hydrologists, environmental, civil and coastal engineers have overlapping needs in applying the best and most efficient boundary conditions, such as recharge and tidal effects, to their models of runoff, currents, subsidence and aquifers in coastal and interior zones. MWA is practiced in the development of these parameters and now offers a simple customizable boundary condition product that can supply and inform their quantitative models. Contact us for more information.
MWA recently presented to peer audiences including NASA JPL on significant multi-year correlations between solar forcing parameters and ocean temperatures, ocean currents along with air temperatures, winds, ozone, and even CO2. In some cases, these solar influences may have significant influence on a coastal or interior model’s boundary conditions.
In the above example a solar forcing parameter is integrated with precipitation coverage to identify the areas with the strongest and most statistically significant 3-year-lagged correlations. Numerous resource management and study regions overlap but overlook the significant dynamic impact of solar forcing upon water and climate from the top of the atmosphere, to the bottom of the ocean.
Click or touch image to animate 12 months of 2017 for this mid-Pacific salinity profile, tracing what appears to be solar-driven convective motion.
Contact us to learn how these proven solar correlations can be best incorporated into your simulation and/or forensic or gaming products.
225total visits,7visits today