The cost of the consultation is not included in the cost of the blood testing. The Clinic reserves the right to change service prices, provide new services or discontinue some services without notice. So no surprise our slogan is “We See the Light”.The prices in this price list are for information only. The researches thus include both the generation of environmental properties from ocean color as well as the use of such products for studies of the aquatic environments. Relying on the latest technologies and the knowledge of our experts, we strive to fulfill the slogan of a new horizon of life. Also, as light drives photosynthesis, we also “follow” the photons trying to understand and estimate the production from photosynthesis. Our main products are radiopharmaceuticals, which are used for diagnosis and treatment of a variety of diseases and cancers. Due to the absorption and scattering processes by constituents in water (including water molecules themselves), light changes its color when we observe such environments we thus use this change in water color to infer what’s in water and what’s on sea bottom and how deep it is (for shallow waters), a discipline generally termed as ocean color remote sensing. The Optical Oceanography Lab at the University of Massachusetts Boston focuses her research on the response and alteration of natural light when it hits and propagates through the water column (and those after hitting the bottom of shallow waters). The energy from solar light heats up the water column and provides the fundamental food for the entire food web through photosynthesis.
ZhongPing Lee's research focuses on Light from the Sun as the ultimate driver of the dynamic Earth systems that include the aquatic environments. He is also dedicated to ocean and environmental science education and outreach at the local, national and international levels.ĭr. Chen’s research interests include the sources, transformation and fate of colored dissolved organic matter (CDOM) in coastal waters, the detection, fate and effects of organic contaminants in the coastal ocean, the biogeochemistry of carbon in coastal regions, the development of fluorescence-based sensors for environmental applications, the development of instrument packages for high spatial resolution studies of estuaries, and the application of coastal sensor networks to societal needs. Borrelli is an active thesis advisor and currently has 3 graduate students, sits on several more committees for MS and PhD students and is eager to expand mentoring opportunities to undergraduate students.ĭr. Recent and ongoing research includes: mapping the seafloor in shallow coastal waters, developing transdisciplinary benthic habitat maps, studying bedforms and sediment transport in the nearshore, collecting high, spatial and temporal resolution beach profiles, understanding the morphodynamics of tidal inlets and developing a new method to quantify change in salt marshes. His research interests include coastal sedimentary processes in general and understanding how storms, sea level rise and anthropogenic impacts affect the coast in particular. Vector vintage press on toward the goal sign inspirational quotes and motivational. He has been the Director of the Seafloor Mapping Program at the Center since 2009 where has led over 200 vessel-based acoustic surveys in very shallow nearshore waters. Girl power feminist slogan badge with rose heart. Mark Borrelli is a Coastal Geologist and the Director of the new Coastal Processes and Ecosystems Laboratory, or CAPE Lab, a joint research effort between the School for the Environment within UMass Boston and the Center for Coastal Studies in Provincetown, Massachusetts. Current research projects include: (1) measuring the equilibrium constants for the formation of thioarsenate anions and developing equilibrium models to predict arsenic speciation in sulfidic waters (2) quantifying the oceanic benthic fluxes of the rare earth elements (REE) and Nd isotopes (i.e., ε Nd), and building reactive transport models for marine and estuarine sediments and (3) quantifying the biogeochemical behavior of oxyanion-forming trace elements in euxinic water bodies and their underlying sediments to help improve our understanding of marine paleoredox proxies.ĭr. Her studies have contributed to resolving scientific issues including the natural processes that control the biogeochemical cycling of arsenic, tungsten, mercury, and antimony in the environment, and the importance of submarine groundwater as a major flux of lanthanides to the ocean. Her research interests include the biogeochemistry of trace elements in coastal and estuarine environments, chemical limnology, and chemical hydrogeology and her research combines fieldwork and laboratory experimental techniques. The pseudonumes can often be visualized as a label, a tattoo, a sign, or a motto. Karen Johannesson studies the biogeochemistry of natural waters, focusing chiefly on trace elements speciation and cycling using state of the art analytical, experimental, and modeling approaches. BeeF DaiLy (Slogan on aluminum foil package.).