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Eine Erektion zu haben ist der Penis. Die Muskeln in ihrem Penis variieren jedoch je nach Arzt. Holcomb and Mr. Riley's collaborative efforts to gather the current evidence on the use of climate and weather data in predicting cases of vector-borne diseases.
They will review the various aspects of the project including an overview of the topic, project scoping, searching, and the use of a machine learning tool to assist in literature screening.
As the postdoc, her research focused on integrating climate data to improve predictions of vector-borne diseases. Trevor has integrated best practices in evidence synthesis into the service's processes and continues to explore and develop literature search methodologies in an effort to provide NOAA researchers, analysts, and decision-makers with the best available science.
He is also currently leading the development of the R package, CiteSource, to give researchers the ability to analyze the impact and utility of research sources and methodologies. We welcome your suggestions and ideas! Bio s : Passive House is the world's most rigorous building energy efficiency standard. What makes it different from other sustainable building approaches is that Passive House focuses on occupant comfort and health as drivers of energy efficiency, and other benefits such as resiliency, healthy indoor air, and reduced carbon emissions.
This talk will describe the 5 principles of Passive House and how it can be used to drastically lower energy use in buildings, as well as create a comfortable, healthy indoor environment for those inside.
It will demonstrate that the Passive House standard can be used for any type and size of building project - including renovations - from single buildings to entire urban districts. Abstract: Geological samples collected from marine and lacustrine environments have had an immense impact on the advancement of earth science over the past decades, with a myriad of applications ranging from paleoclimate to geohazards to benthic habitat mapping. That said, geological data collected from such operationally difficult environments have high acquisition and long-term curation costs, which can be prohibitive to most researchers.
A large group of geological sample repositories made up of U. The IMLGS is a community designed and maintained resource that enables researchers to discover and access i the digital data gleaned from seabed and lakebed geological samples as well as ii the actual physical samples archived at partner institutions.
This talk will give a broad overview of the workings of the IMLGS, including sample collection, curation, and access at partner repositories as well as the digital data ingest pipeline and discovery and access pieces managed at NCEI. In the not-too-far-off future, he and NCEI colleagues hope to provide additional data discovery and access tools for marine and lacustrine geological and geotechnical data that fall outside the scope of the IMLGS i.
The aspiration of NCEI Marine Geology is to provide a one-stop-shop for all marine and lacustrine geological data, so that scientists, engineers, and others can use and re-use these data to further the advancement of earth science. The Geological Collections holds about 7, deep ocean cores, more than 3, deep sea dredges, and approximately 40, slides of marine microfossils in the main rock and core collections, and about 10, samples of rocks and fossils in the teaching collection.
Along with managing the physical sample collections, Alex manages the collections databases and websites; operates the X-Ray Fluorescence XRF facility; participates in dozens of outreach events annually, both in-person and remotely and goes out to sea on research vessels to facilitate the collection of ocean sediments and rocks.
Alex obtained her Master's degree in Oceanography from Scripps in She studied methane hydrates and has worked with cores from the collection she now manages since Slides, Recordings, Other Materials: Email iwgocm. Recordings: Email iwgocm. Presenter s : Nicholas Bond, Ph. Logerwell, Ph. Arctic to improve understanding of ecosystem dynamics and applications of that understanding to the management of living marine resources. Since Oct 21, , the seminar has provided an opportunity for research scientists and practitioners to meet, present, develop their ideas and provoke conversations on subjects pertaining to fisheries-oceanography or regional issues in Alaska's marine ecosystems, including the US Arctic.
Gather information about the mechanisms associated with water temperature transitions around Alaska compared to previous major changes in the regional climate and near surface temperatures.
Then, hear about a combination of physical and ecological effects of climate change, which has far-reaching consequences for people statewide. Most of his work has been with FOCI and has focused on variability in climate and atmospheric forcing of the Bering Sea, and topographical effects on coastal winds in Alaska.
Slides, Recordings, Other Materials: Presentation slides may be requested directly from the speaker. Seminar Contact : Vanessa Escobar, Vanessa. Escobar noaa. Burrell noaa. Jutla's research focuses on water quality, air quality, and the use of ocean color data for coastal health. This value chain is being developed as part of Dr.
Bio s : Dr. Our study employed molecular phylogenetics to examine the diversity of symbiont species associated with Chaetopterus sp. Fifteen Chaetopterus hosts and their associated symbionts were collected from nine coastal sites off the Republic of Djibouti. Phylogenetic and morphological analysis confirmed five species associated with Chaetopterus sp. As only the fourth comprehensive study on Chaetopterus symbionts, our study highlights the diversity and community patterns of symbionts associated with these unique tubulous marine polychaetes.
Her graduate work employed molecular and morphological analyses to uncover more about regional polychaete diversity. During this webinar Rich will describe their work monitoring coastal erosion and laying the foundation for resilience in coastal Alaskan communities.
Bio s : Rich Buzard is interested in low cost, low tech, solutions that can assist coastal communities mitigate and respond to environmental risks. Slides, Recordings, Other Materials: Slides, links shared during the presentation, and a recording may be found after the meeting at the URL listed above.
Dawson noaa. Zimmermann noaa. Abstract: An annual trawl survey is conducted in Southwestern Nova Scotia and the Bay of Fundy to assess the lobster stocks. Catch from each tow is separated by species, weighed and counted.
Length frequency data is collected on select groundfish and crab species, detailed morphometric data is collected on each lobster.
Data resulting from the survey provides a primary indicator of lobster stock status. Bio s : Cheryl Denton has been working as an Aquatic Science Technician with the Department of Fisheries and Oceans for 25 years, with the majority of her career focused on lobster science. Since , she has been the lead of the Inshore Lobster Trawl Survey.
He has lead various finfish and invertebrate stock assessments and is focused on the inclusion of ecosystem data to further develop such stock assessments.
Ricles noaa. The story of the little ship that saved the nation is a powerful one that has captured the fascination of millions both during its short, revolutionary life and in its legendary rest after its sinking. Its multifaceted story is one of technology, innovation, people, power, loss, and discovery and is one that has inspired many artists in the years since its launching.
Join Kyra Duffley, creator and host of the Mariners' monthly art series, Beyond the Frame , as we take an interpretive look at these paintings that bring history to life in a new way! We'll examine the stylistic choices the artists made in their works and how those work together to each tell a part of USS Monitor 's story in its own unique and inspired way. She and her teammates produce a monthly art historical video series called Beyond the Frame that focuses on exploring the works of art in the museum's collection in an engaging and empowering way.
Her team's goal is to break down stigmas surrounding maritime art and to make it accessible and fun for viewers of all ages and backgrounds. She studied Art History at The University of Mississippi during which time she had the opportunity to study art abroad in London, England.
She received her B. She then went on to manage an art gallery in downtown Charleston, South Carolina where she managed over 50 local and emerging artists. She and her husband moved to Newport News five years ago for his naval service and shortly after, Kyra began her work with The Mariners' Museum. In her four years there, she helped to found the Multimedia Production Team. Kyra is passionate that art is for everyone and hopes that her work through The Mariners' Museum helps to share that message both locally and globally through digital content.
Kurapov noaa. The importance of having an interactive ocean at sub-seasonal to seasonal time scales are well established, so in the presentation, we will show examples where having an interactive ocean model is important for the atmospheric predictions at medium-range time scales and discuss which atmospheric scores improve with ocean coupling.
While these systems are adapted to wildfire, climate change and land management legacies are interacting to increase the frequency and size of high-severity wildfires, with consequences for humans lives and well-being, as well as ecosystem composition, functioning, and the services provided to humans.
This talk will integrate global change ecology, geospatial data science, econometrics, and conservation science to identify and quantify causal relationships between land management, climate change, and wildfire in forests and rangelands in the western US. It will address questions about the relationships between land management and wildfire activity, and the effects of changing wildfire regimes on forest ecosystems.
This work seeks to advance climate-adaptive forest and rangeland management at the landscape scale. She integrates interdisciplinary approaches from global change ecology, conservation science, and econometrics to identify and quantify drivers of change in social-ecological systems.
Her research seeks to inform just and sustainable management of working landscapes for biodiversity and people in the context of rapid environmental change. Her work spans multiple systems, scales, and ecosystems, from national parks in the Amazon Basin to ranches in California.
In her current work, Katherine combines econometrics, ecological functional trait analysis, and ecosystem service modeling to understand the links between forest management, wildfire severity, and post-fire ecosystem functioning in the forests of the western US.
However, existing PBL parameterization schemes are mostly designed for low-wind conditions, and assessing their uncertainties in hurricane conditions remains challenging, mostly due to very scarce in-situ turbulence measurements.
To fill in the gap, this study develops a modeling framework based on a small-domain large-eddy simulation LES to evaluate two types of PBL schemes in hurricane conditions. The novelty of this framework includes the usage of a few input parameters to represent the TC vortex and the addition of a simple nudging term for temperature and moisture to account for the complex thermodynamic processes in TCs.
The reference thermodynamic profiles are retrieved from a composite analysis of dropsonde observations of mature hurricanes. This special model setup allows for a fair comparison of PBL schemes under the same controlled thermodynamic conditions against LES. An evaluation reveals the pros and cons of each PBL scheme in hurricane conditions. Using this insight, we recommend suitable PBL schemes for hurricane modeling and propose solutions to address issues identified in these PBL schemes.
HAFS retrospective runs during the Atlantic hurricane season demonstrate that the improved PBL scheme leads to better structure and intensity forecasts than the original PBL scheme. Importantly, the improved PBL scheme shows promise to improve the forecast skill of rapid intensification events, which are notoriously challenging to predict.
Avenues for future development of PBL parameterizations in high-wind conditions will be discussed. Sign language interpreting services and Federal Relay Conference Captioning RCC service are available, but need to be requested at least 5 days before the event. Abstract: We reviewed twenty-three mixed fisheries worldwide to characterize attributes of mixed fisheries and provide overviews on their assessment and management.
We find that stock assessment and management for mixed fisheries are mainly based on single-species approaches, with mixed fisheries considerations taken into account through a variety of approaches. Ecosystem-wide mixed fisheries considerations in management were found positively related to better management performance in terms of conserving stock biomass and avoiding overfishing.
The review highlighted the need for developing global consensus on best mixed fisheries management practices. Yong Chen. Ming's research interests include stock assessment, data-limited methods, management strategy evaluation, and international fisheries management.
Chemical tracers like fatty acids are valuable for studying diets of marine mammals since they are often located in remote areas and forage below the water's surface, preventing direct and long-term observations.
Fatty acids are released from ingested lipid molecules during digestion and deposited into fat stores, many with limited modification. Therefore, comparing fatty acid signatures among species and populations can provide an understanding of diet patterns across regions, over time, and in relation to environmental variation.
This approach has been further advanced by developing a model to provide quantitative diet estimates, known as quantitative fatty acid signature analysis QFASA. Applying QFASA to cetaceans was not attempted until recently due to extensive fatty acid stratification in cetacean blubber, typical availability of only outer blubber biopsies, and a lack of calibration coefficients.
This talk will detail our new findings on developing QFASA for killer whales using archived full-depth blubber and prey samples. The method was calibrated across the blubber layers to allow for use on outer blubber biopsies from free-ranging whales. The validated method was then applied to nearly killer whales and samples of potential prey to model killer whale diets across the 5, km span of the North Atlantic. Diet estimates showed considerable variation, with killer whales mainly consuming other whale species in the western Atlantic, pinnipeds in Eastern Greenland, and fish in the eastern Atlantic Iceland, Faroe, Norway.
However, the dietary contributions of each prey taxa varied significantly within regions. These estimates reveal population- and individual-level variations of killer whale feeding ecology, which helps to assess their impact on the community and ecosystem dynamics in changing North Atlantic marine ecosystems driven by climate change. Her research focuses on the role of feeding habits on contaminant accumulations in North Atlantic killer whales.
She is also the founder and editor-in-chief of Whale Scientists, an online marine mammal magazine created and written by early-career researchers for the public.
Laursen noaa. For your awareness, this webinar will be recorded and shared. The Marine Microplastics Application provides public access to global data on microplastics in the ocean, and includes information from many different data sources.
Nurdle Patrol is an initiative where you can help gather information about where nurdles, or small plastic pellets used as raw materials in manufacturing, are located in Gulf of Mexico environments, remove them, and create awareness about nurdles. Her background is in coastal ecology and remote sensing. Currently she is working with coastal ecosystem indicator products like Harmful Algal Blooms, hypoxia, and most recently, marine microplastics.
Jace is the founder of a citizen science project called Nurdle Patrol that tracks plastic pellet concentrations internationally to create awareness of plastics in the ocean and develop new policy based on the data. He currently serves as president of the National Estuarine Research Reserve Association that advocates for the 30 Reserves around the country.
His conservation efforts include educating the public about plastic pollution, estuarine science, and protection of our natural resources. Presenter s : David Kimmel, Ph. Hear about how artificial intelligence and machine learning is being incorporated into rapid in the field analysis in order to get real-time snapshots of the Bering Sea ecosystem.
Next, learn about how this data, among a variety of others, are being used directly and indirectly in fisheries management. This overview will help investigators contributing to recruitment and ecosystem studies understand how their data are being used.
Additionally, we hope this presentation provides the needed background and sparks additional ideas and interest for investigators to contribute to these efforts Bio s : David G Kimmel is a lead research oceanographer at the Alaska Fisheries Science Center.
His area of expertise is Biological oceanography, zooplankton ecology, coastal ecology, climate impacts on ecosystems, and quantitative ecology.
Robert Suryan is the program manager for the Alaska Fisheries Science Center and specializes in integrated ecosystem studies to understand population and community dynamics in response to changing food availability and ocean climate.
Seminar Contact s : jan. However, how these large-scale variations will manifest in the frequency and morphology of deep convective systems within these regions is still uncertain and has major implications for the tropical hydrologic and energy cycles. To shed light on this, we use satellite observations and reanalysis to analyze the variability in ITCZ width, tropical ascent area, and precipitation intensity in the current climate and understand how these variations are related to the population of deep convection and the joint cloud-precipitation-radiation relationships.
Analysis shows a contraction and intensification of the ITCZ in the satellite-era that corresponds with a shift toward more organized deep convection as the ITCZ contracts. Column water vapor CWV is observed to increase in the ascending regions as they shrink, which may help support this observed shift toward larger, more aggregated deep convective systems. Further analysis of satellite cloud and radiative properties as a function of CWV shows increases in atmospheric radiative heating by deep convective systems outpace the precipitation increase, resulting in deep convective systems that heat the atmosphere more efficiently.
Assuming the tropics is in approximate radiative convective equilibrium, as the dry zones expand and the ITCZ contracts, this implies the deep convective systems within the ITCZ must become more efficient at heating the atmosphere. Rapp's research interests are in remote sensing of clouds and precipitation and their application in studying Earth's hydrological cycle, energy budget, and climate change.
Currently, her focus is on combining data from multiple sensors to investigate intertropical convergence zone ITCZ deep convection and the role of shallow cumulus and stratocumulus clouds in the tropics and subtropics. We welcome yoursuggestions and ideas! Jutla speak on Wednesday, December 7, from p. Abstract: NOAA's Testbeds and Proving Grounds facilitate research to operations to research R2O2R via the development and pre-deployment testing of research for operations as well as evaluation of suitability and operational readiness.
Thus they are crucial for uptake of research into operations at NOAA and other partners, and ultimately for the realization of societal benefits.
This Fireside Chat will provide an in-depth look into how Testbeds and Proving Grounds facilitate the research to operations pipeline and feedback to research. Seminar Contacts: William.
Skirving noaa. Spady noaa. Remote Access: 1. Click the microphone at the top of the screen to connect audio. Accessibility: Close captioning provided. Abstract: The NOAA Coral Reef Watch CRW program provides monitoring and forecasting tools to an extensive and diverse user community worldwide, who use them to study, monitor, manage, protect, and even restore coral reef ecosystems.
The WaveFoRCE project is aimed at providing all coral reef-lined coasts in the world with hindcasts, nowcasts and forecasts for marine flooding and inundation. More specifically, it will provide tools to assist the Small Island Developing States to become more resilient against climate change impacts. He has more than 35 years of experience in the use of satellites to measure and monitor environmental stress e. In addition, Dr. His primary research focus involves utilizing satellite remote sensing tools to investigate sea surface temperature SST anomalies and developing algorithms related to coral reef health.
At CRW, Dr. Spady leads the development of the Thermal History and Coral Disease Outbreak Risk product suites and plays a key role in the development, calibration, and validation of the climatology and methodology for the version 4. Spady was born and raised in Smithfield, Virginia and spent six years in the greater Washington D. He currently resides in Townsville, QLD with his wife.
Slides, Recordings, Other Materials: The presentation will be made available following the seminar. Working groups of scientists and decision makers will collaborate to solve pressing questions across the Gulf of Mexico. The Gulf Ecosystem Initiative's Request for Proposals asks project teams to propose research that is transdisciplinary and cross-sectoral and, through collaboration and innovation, seeks to tackle pressing scientific and societal challenges focused around three themes in the Gulf of Mexico: fisheries, climate change, and the ecological impact of management actions.
Whether it is your first time proposing synthesis science or your tenth, you probably have questions about our new Gulf Ecosystem Initiative call for proposals -- and we are here to answer them! Join us at this informational webinar, where we will review what NCEAS does, how working groups work, and tips for strong applications.
There will be ample time for individual questions and answers. Abstract: Atlantic halibut Hippoglossus hippoglossus ,and wolffish Anarhichas lupus management in the Gulf of Maine demonstrate a successful collaboration between scientists and fishing partners to overcome sampling obstacles to updating growth and maturity rates for assessment.
Routine at-sea monitoring by government agencies produced few fish each year, but with appropriate fishing permits, cooperating fishermen markedly increased sample sizes, seasonal coverages, and fish size ranges. This helped estimate growth and maturity parameters and evaluate reference points. He has published more than 80 papers on the biology and ecology of marine fishes. He is a former associate editor for the journal Transactions of the American Fisheries Society ,' and is on the editorial boards of the journals Fishery Bulletin ' and Bulletin of Marine Science.
At the Center, he is in charge of a data-driven branch that collects, processes, and interprets biological samples, contributing to stock and ecosystem assessments in the North Atlantic Ocean. Analysis of satellite imagery of the Carolinas continental shelf the US East Coast shows frequent occurrences of such plumes. We present a suite of high resolution idealized numerical experiments which delineate the formation of cross-shelf plumes.
As supercritical buoyant outflow exits the estuarine mouth, it detaches from the bottom plume's liftoff and spreads as a thin buoyant layer. Light wind which does not significantly deepen the buoyant layer extends the supercritical regime far offshore, much farther than in the unforced plume. The basic mechanism that constrains the transverse broadening of the plume is the upwind radiation of internal solitons from the downwind front due to advection of high-momentum water from inshore.
This process is enhanced by tidally modulated discharge when a train of tidal sub-plumes is produced. As wind increases, so does the eddy viscosity, such that the surface and bottom boundary layers merge nearshore shutting down the cross-shelf plume pattern and resulting in predominantly alongshore advection of the discharged water. Symmetric instabilities contribute to the buoyant layer mixing, especially between the consecutive tidal pulses.
After registering, you will get a confirmation email with a link to the webinar. Audio is over the computer, so adjust the volume on your computer speakers or headset. She leads efforts to ensure the District can thrive in a changing world by pushing forward policies that address shocks e.
Melissa received her B. Drought Monitor, This webinar will provide an overview of the current conditions and outlooks as well as tools you can use to prepare for, monitor, and respond to the drought conditions this winter. El Nio and La Nia. In that role, she leads the development of flash flood service concepts, prioritized requirements, and operational policies and procedures to enhance flash flood operations, products, and services in close collaboration with the Water Resources Service Program Team and NWS Headquarters personnel.
Previously, she worked in the Office of Water Prediction combining a technical background in hydrologic and hydraulic modeling with the field of social science, working on efforts to engage stakeholders about their water resources information and service needs to gather requirements and feedback for the NWS Water Resources Program. Join the gathering online to learn what's happened and what may be in store with Alaska's seasonal climate. Bio s : Rick Thoman is an expert in Alaska climate and weather.
He produces reliable Alaska climate change information and graphics describing Alaska's changing environment. His work spans the bridge between climate modeling, Alaska communities and media. Abstract: This presentation will explore educational toolkits created to teach middle schoolers about ocean acidification. As we see our climate change, we experience the effects differently by region. Providing educators with interactive, regionally-specific education materials can be beneficial to inspiring the next generation of ocean advocates.
She is a passionate advocate for conservation, education, community organizing, and policy reform. Department of Agriculture, U. To provide the latest information on current drought conditions, impacts felt across economic sectors ranging from river navigation and transportation to agriculture, as well as short-term and long range outlooks, NIDIS is joining with our partners to host a webinar focused on the drought in the Lower Mississippi River corridor. The webinar will raise awareness of the impacts to communities and sectors due to the current low river levels.
This webinar will include an update on the current drought and river level situation and outlook, and will feature information on the impacts being felt on the ground. Army Corps of Engineers, and the U. Department of Agriculture. Fackler noaa. Despite being one of the most acute problems facing the monument, marine debris is fortunately one of the most easily mitigated problems, given enough time and resources. As federal government cleanups dwindled in the second decade of the s, a backlog of marine debris particularly derelict fishing gear began to accumulate in this sensitive environment.
Since its inception in , PMDP has been working hard to increase the cadence of removal efforts in the monument to address this. Under PMDP's nonprofit leadership, marked year 1 of a strategic five-year plan to "catch up" with backlogged accumulation and "keep up" with new annual influx.
Through intensive removal, this ambitious goal aims to reduce the impacts of marine debris to their lowest practicable levels, giving the wildlife of Papahnaumokukea the best long-term chance of survival.
Join us for an hour of stories from the field highlighting the challenges and successes of this remote and difficult work. Vincent noaa. Join us to hear all about response considerations for snowy plovers. He has acted as Wildlife Branch Director for numerous spill responses in California. Underserved communities are increasingly impacted by severe weather and flooding, resulting in NOAA and others to recognize the need to prioritize integrating equity into all stakeholder engagement and service delivery efforts.
NOAA and Sea Grant programs partnered to better understand how to communicate risk with underserved communities to better prepare for sea level rise flooding. This project was two-fold. The first part was a literature review conducted by NOAA intern Karla Lopez on how to conduct effective long-term engagement with communities that are most vulnerable to sea level rise. The second part summarizes lessons learned from implementing these practices through community engagement activities conducted by Mississippi Alabama Sea Grant, Hawaii Sea Grant and North Carolina Sea Grant.
This presentation will share an overview of the lessons learned from the literature review and on the ground engagement activities to help increase equitable access to information that will improve climate resilience.
Woloszyn noaa. Abstract: The Urban Heat Island UHI domestic mapping campaign took place in fifteen communities across the US this summer, and the campaign cycle officially wrapped up in September.
The heat map reports are being released to communities on a rolling basis, and community organizations, local governments, and citizen scientists are already planning ways that they can use their reports to inform decision makers and implement cooling solutions. The webinar will start with an overview of the campaigns. Following the overview will be presentations from four of the campaigns. During these presentations, the campaigns will discuss their overall experience, how they engaged volunteers and local organizations, what they learned, and how they plan to use their mapping results.
The webinar is a great opportunity for communities interested in applying for the cohort to learn more. Genomic techniques can provide valuable information to guide robust conservation strategies for this highly imperiled group.
His work focuses on applying genetic, ecological, and biogeographical inferences to guide endangered species conservation. Saba noaa. Abstract: Increasing legislative and executive mandates that require research, methods, and skills from the social, behavioral, and economic SBE sciences are affecting agencies across the federal landscape.
Within NOAA, the results are increased focus on evaluating societal outcomes and growing demand for economic valuation of the work, products, and tools conducted by and developed by the agency. If so, what would that look like and how could we get there? This talk will focus on the challenges and opportunities for building a world-class workforce and address questions such as why NOAA SBE scientists have higher annual turnover rates than physical science colleagues 5.
Keywords: social science, workforce development, mixed methods Bio s : Jeffrey Kast received his Ph. His dissertation research included developing methods of integrating social science data into physical watershed models to improve simulations and analyzing the influence of national and state agricultural and environmental policies in the mid-twentieth century on landscape changes across Ohio.
Neely noaa. Satellites support monitoring if they can provide frequent coverage and can retrieve chlorophyll- a Chl a over a wide range of concentrations. Results from the first year of the project on the development of the NN algorithm with I1 band and comparison with OLCI data are presented showing that inclusion into the algorithm data from the VIIRS imaging I1 band nm expands the range of detected Chl a to higher values typical to algal blooms in coastal areas like the Chesapeake Bay.
Bio s : Prof. Since joining Optical Remote Sensing Laboratory of Electrical Engineering Department in he worked on multiple projects related to Remote Sensing of the coupled Ocean-Atmosphere environment, specifically on development of algorithms for the estimation of chlorophyll concentration and chlorophyll fluorescence, detection of algal blooms, validation of satellite sensors for ocean monitoring, development of instrumentation and systems for advanced characterization of the ocean waters and ocean surface.
He developed together of Dr. Atmospheric variability is driving the majority of air-sea heat flux anomalies in the Bering Sea, which are contributing to recent elevated ocean temperatures and low sea ice concentrations. One potential impact is an offset between phytoplankton bloom timing and zooplankton coming out of diapause.
After hearing about both of these topics, we will have time for a panel discussion with our speakers about variability in the Bering Sea. Her research focuses on the link between atmospheric variability and the ocean state, and the mechanisms that drive this coupling in the subpolar North Pacific.
His research aims to understand community and trophic dynamics in ecosystems in an effort to develop biological indicators of ecosystem changes along the US west coast from California to Alaska. Tanner crab and snow crab are economically important crustaceans, generating millions of dollars annually when sold collectively as snow crabs. There are high rates of Hematodinium sp.
Stemming from this study's original interest of evaluating the physiological and immune responses of juvenile Tanner crab to Hematodinium sp. With the recent crash of the EBS snow crab fishery, the results of this study may provide alternative insight into how pathogens may contribute to host mortality and overall population decline.
Recent studies have found that co-infection caused by multiple pathogens in a host increases disease-related mortality in Shore crabs Rowley ; Davies We are curious if a similar phenomena may be observed in EBS Tanner crabs infected with Hematodinium, especially considering that Hematodinium is able to evade innate host immune detection and destruction, while increasing host susceptibility to other pathogenic and non pathogenic microbes.
We anticipate that the findings from this study will contribute to baseline knowledge of Hematodinium co-infection of bacteria in EBS Tanner crab. This study may also provide additional baseline information on the effects of climate change on host Tanner crab immune function and susceptibility to disease, which is also currently unknown. Infection" seeks to understand the effect of Hematodinium parasitic dinoflagellate on gene expression, immune response, immune function as well as metabolic function in Tanner crab.
She is passionate about improving her knowledge as a bioinformatics scientist and applying this unique skill set to my work in interdisciplinary scientific research aimed to answer complex scientific questions and problems.
Activities that interest her include: holistic health, meditation, hiking, yoga, spending time outdoors, museums, road-trips, traveling, and any opportunity to learn something new. Abstract: This talk will describe new "CoExploration" tools that provide AUV operators with significantly more real-time insight into on-board data than typical synchronous acoustic uplinks allow.
CoEx aims to maximize the utility of the low-throughput acoustic links between operator and vehicle to leverage the strengths of both members of the teamaccess to full resolution data on the part of the AUV, and situational and logistical awareness, and scientific expertise and intent on the part of operators.
The talk will present results from a recent expedition during which operators used CoEx tools to uplink multibeam, identify a target, redirect the vehicle to photograph it, and uplink confirmatory photos, all in real time during a single dive. Michael Jakuba is an engineer with extensive experience designing and deploying marine robotic systems.
Jakuba received his B. Frost ABR, Inc. Southwest Alaska experienced record-breaking fires that impacted local communities and challenged management resources. This webinar will review the weather, climate, and ecological factors that contributed to the severe wildfire season, with an in-depth look at the Southwest region. Additionally, this webinar will cover vegetation types and potential changes in the context of intensifying fire in Southwestern Alaska.
He has many years of experience producing reliable Alaska climate change information describing Alaska's changing environment. His work spans the bridge between climate modeling, Alaska communities, and the media.
Frost has a multidisciplinary research background focused on boreal forest and Arctic tundra ecosystems, with sixteen years of field experience in Alaska and western Siberia. His work focuses on vegetation classification and mapping, plant-landform-soil relationships, landscape change detection, long-term monitoring of vegetation and permafrost, and habitat-use relationships for breeding birds.
He has substantial expertise in integrating field-based information with a variety of modern, and historical remote-sensing data sources to elucidate current ecosystem conditions and long-term change. However, the driver of AMV and its impacts remains a topic of debate because of limitations of current climate models. Here we identify a systematic SST bias in the CMIP6 models that leads to large-scale atmospheric circulation and rainfall bias in the simulation.
After removing the bias, we find the simulated AMV and associated impacts are highly consistent with observations, albeit of relatively small magnitude. We show statistically and physically that AMV and related impacts since have been driven primarily by anthropogenic aerosols and natural forcings, while they are likely driven by internal dynamics in the early twentieth century.
In the positive AMV, the forced tropical Atlantic SST gradient excites Gill-type response locally, including a low-level westerly that favors the Sahel rainfall and a high-level easterly that perturbs the vertical wind shear and hence North Atlantic Hurricane activity. This local response further propagates northward and downstream, forming a circum-global teleconnection pattern and affecting climate in other regions. Now his interest is mostly in the Atlantic Multidecadal Variability.
These webinars will provide the region's stakeholders and interested parties with timely information on current and developing climate conditions such as drought, floods and tropical storms, as well as climatic events like El Nio and La Nia. Speakers may also discuss the impacts of these conditions on topics such as wildfires, agriculture production, disruption to water supply, and ecosystems. It has been very exciting to see how remote sensing and data gathering applications within the satellite industry are becoming more and more advanced.
I am so lucky to get to shape future tools to get weather satellite information to those who need it"whether you fly, hunt, hike, sail, or respond to a weather disaster. Seminar Contact s : caroline. Work in our lab is focused on emissions from African biomass fuels - a hotspot source region of carbonaceous aerosols on a global scale.
Recently we investigated the relationship between morphology fractal dimensions and modified combustion efficiency MCE ; determined fractal dimensions from TEM images; measured emission factors of pollutants from six different sub-Saharan African biomass fuels combusted under a wide range of burning conditions MCE's.
Our most recent work determined the influence of combustion condition and fuel type on the hygroscopicity parameter of BB aerosols measured using the enhancement in light extinction coefficient f RH using cavity ring-down spectroscopy CRDS and a cloud condensation nuclei counter CCNC.
Ongoing studies in our laboratory focus on investigating how the molecular-level composition of smoldering-dominated organic-rich solid African biomass burning aerosols change as a function of aging conditions i. We plan to analyze filter samples with a platform that consists of ultra-performance liquid chromatography coupled in-line to a diode array detector and a high-resolution quadrupole time-of-flight mass spectrometer, equipped with an electrospray ionization source operated in both positive and negative ion modes.
The simultaneous absorption and mass spectral optimized chromatographic analysis of solvent extracts is expected to reveal individual BrC constituents and their key chemical characteristics. The evaluation of the constituents' atmospheric relevance is based on analysis of filter samples collected in the lab and two distinct locations in Africa Botswana during the dry-winter fire season in , followed by mass closure of the main chromophores.
This study will add to the growing knowledge in African fuel sources and their varied impact on climate and air quality. Their results will assist in the planning of future field campaigns.
Cherian is a physical oceanographer, whose recent research primarily focuses on ocean mixing, both using observations and models. Deepak also actively works to broaden access to scientific computational skills by contributing in many ways to the scientific Python and Pan geo communities. He uses observations, high-end computing, and theory to model and understand the ocean, including its physics, biogeochemistry, and ecology as well as its role in the changing Earth system.
If you would like to recommend a speaker and topic please email: ufs. Seminar Contact s : Stacy Mackell stacy. Hendrik L. Tolman holds a Doctorate Dr.
He is a naturalized US citizen of Dutch origin. Seminar Contact s : sonja. Abstract: Change is nearly upon us. This means that it will be deemed obsolete and should be used for historical and legacy applications only. It will be superseded by the international foot definition i. This webinar gives an overview on the status of SPCS and on making an orderly transition to the international foot with minimum disruption. Technical Content Rating: Intermediate - Some prior knowledge of this topic is helpful.
Biomarker-based approaches, utilizing both fatty acid signatures and the ratios of bulk stable carbon and nitrogen isotopes, have been employed to elucidate animal diets and trophic structure, with known caveats in their applications. In this talk, I will describe a qualitative application using these markers to investigate the foraging ecology of nearshore fish in the Gulf of Alaska, with an emphasis on the potential for competition within these species.
To complement this, I will also present results from feeding experiments with captive fish that explored the application of stable carbon isotope ratios of individual fatty acids in evaluating diets of marine fish.
This approach avoids several of the limitations associated with traditional biomarker techniques, and as such, may offer a more specific method for the evaluation of diets of marine fish. Abstract: Here's a question: How are weather data currently used in predicting vector-borne diseases, especially West Nile virus?
Join us to learn about this particular question and how the Library contributed to research capture. Abstract: The U. South Atlantic is a transitional ecosystem along the Atlantic seaboard that is characterized by tropical conditions in the south Florida and temperate conditions in the north North Carolina. The system supports important recreational and commercial fisheries and is experiencing some of the highest rates of population growth in the United States.
Here we describe the development of the first Ecosystem Status Report ESR for the region, provide an overview of the status and trends of key ecosystem components, and describe some emerging applications of the report to support resource management in the region. His research interests focus on environmental effects on fish population and community dynamics in the Gulf of Mexico and South Atlantic regions.
Prior to his current position, he led stock assessments for several South Atlantic species. He earned undergraduate degrees from N. State University, an M. Ladd Keith, Dr. Sara Meerow, Priya Zachariah, and Dr. Viewers will learn the basics of conducting the PIRS for Heat approach to consider how to integrate heat resilience activities across multiple municipal-scale plans. An urban planner by training, he has over a decade of experience planning for climate change with diverse stakeholders in cities across the U.
His research explores heat planning and governance with funding from the National Oceanic and Atmospheric Administration, the Centers for Disease Control and Prevention, and the Department of Transportation. He served a full term on the City of Tucson's Planning Commission and chaired the development and adoption of the city's comprehensive plan.
She is an interdisciplinary scholar working at the intersection of urban geography and planning to tackle the challenge of making cities more resilient in the face of climate change and other social and environmental hazards, while at the same time more sustainable and just. Her current projects focus on conceptualizations of urban resilience, planning for urban resilience to flooding and extreme heat, and green infrastructure planning in a range of cities in the U. Professional interests include building cross-disciplinary partnerships and programs that promote community resilience and lessen the impacts of climate change.
Jennings has provided project management, technical analysis, and stakeholder engagement to support projects such as the City of Houston Climate Action Plan released April , the Houston Harris Heat Mapping Project, the Harris County Precinct 2 Air Quality Assessment, and ongoing research to increase affordable, renewable energy resources in low-income communities.
This session will begin with an introduction to the ABT'' communication method. We will also hear about zooplankton as ecosystem indicators, identifying fish larvae, and collecting wave measurements from saildrones. Her research focuses on how environmental conditions affect zooplankton size and distribution.
Her research focuses on early life history stages of fishes from the Northeast Pacific Ocean, Bering Sea, and the Arctic. Ned advises on saildrone instrumentation and the variables they measure among other things. This talk give an overview of studies relating the two at the decadal to multi-decadal time scale. The first part focusing on interactions will review recent work of how global warming affects aerosol distribution Banks et al.
The second part will address the joint occurrence of heat extremes and air pollution, including haze Xu et al. Some concluding thoughts is given on how to mitigate the near-term warming rates by achieving co-benefits of air quality improvement while avoiding the shock of aerosol unmasking Dreyfus et al.
Yangyang Xu received his Ph. Xu's research focuses on climate modeling with a specialization in climate change attribution, impact, adaptation, and mitigation. Xu is the recipient of the American Geophysical Union's Global and Environment Change Early Career Award for "outstanding contributions in research, educational, or societal impacts in the area of global environmental change".
Abstract: The introduction of the LandingObligation in Europe has highlighted the need for fishers to adopt moreselective fishing practices to avoid unwanted catches. Part of the solution maycome from gear technology, but the rest will need to come via knowing where andwhen unwanted catches might be expected.
App technology has the potential toprovide industry with near-real time information on fish distributions to helpbetter target or avoid certain species. Work exploring the potential of thistechnology in Irish demersal fisheries will be presented. She originally joined the Marine Institute 7 years ago to workas part of the Horizon funded DiscardLess project, examining the impacts ofthe Landing Obligation on European Fisheries.
This study makes use of an ocean Large Eddy Simulation LES model, coupled to cylindrical sea-ice floes, to investigate thermal and mechanical interactions between melt-induced submesoscale features and sea-ice floes, during summer conditions. We explore the sensitivity of sea-ice melt rates and upper-ocean turbulence properties to floe size, ice-ocean drag and surface winds.
Under low wind conditions, upper ocean turbulence transports warm cyclonic filaments from the open ocean toward the center of the floes and enhance their basal melt.
This heat transport is partially suppressed by trapping of ice within cold anticyclonic features. When winds are stronger, melt rates are enhanced by the decoupling of floes from the cold, melt-induced lens underneath sea ice. Distinct dynamical regimes emerge in which the influence of warm filaments on sea-ice melt is mitigated by the strength of ice-ocean coupling and eddy size relative to floe size.
Simple scaling laws successfully capture floe melt rates under these limiting regimes, and may help parameterize these processes in coarse continuum-based sea-ice models.
Hazards Outlook. This product highlights areas where rapid drought development sometimes known as flash drought may occur in the coming weeks as depicted by the U. Drought Monitor. This experimental variable uses initial conditions, such as antecedent dryness, and skillful temperature and precipitation outlooks during the next two weeks to communicate the risk of rapidly-developing drought.
Rapid Onset Drought risk areas give end users, particularly farmers making decisions about planting and supplemental irrigation, an early warning of the potential for hot and dry conditions.
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