September 30, 2015 - To promote public engagement with the topic of sea-level rise, Florida Atlantic University’s Center for Environmental Studies (CES) invites the South Florida community to document their personal experience with King Tide October 26th-28th. Winning entries will be posted on Facebook and the six best photographers will be invited to participate in a Sea-Level Rise Expedition highlighting challenges and solutions in South Florida in relation to sea-level rise. Winners will be announced November 6th.

For more information visit https://www.facebook.com/SeaLevelRiseSummit
September 30, 2015 - Florida Atlantic University (FAU) is receiving new funding to support the following projects:

(1) Support from Florida Sea Grant’s ADaPT: Adaptation Design and Planning Tool for Urban Areas in the Coastal Zone program will allow Jeff Huber’s team of FAU researchers to go “beyond simple stormwater management infrastructure engineering and design to create a unique comprehensive strategy that links isolated research into a meta-disciplinary platform or framework—one which leverages, engineering, ecological and social sciences, and urban design to reward greater resilient planning while enhancing livability.” Award amount: $280,000.

(2) Jeff Huber also secured a National Endowment for the Arts “Our Town” Grant with the City of Fort Lauderdale entitled “Botanizing the Asphalt of North Beach Village: Integrating Public Art and Resilient Design.” The $50,000 grant is currently being developed in the School of Architecture at Florida Atlantic University.

(3) In a collaborative research project with Lehigh University, Diana Mitsova-Boneva at FAU was awarded an NSF Grant for CRISP Type 2/Collaborative Research: Probabilistic Resilience Assessment of Interdependent Systems (PRAISys) in the amount of $296,793. The development, calibration, and validation of PRAISys will enable research on stochastic interdependencies among infrastructure systems in the wake of an extreme event such as an earthquake or severe storm, in which the socio-economic recovery of the affected region depends on the recovery of its infrastructure systems.

(4) Thanks to an NSF grant under the Coastal SEES program, a team of researchers led by PI Colin Polsky will continue work on the question “How will feedbacks between marsh response to SLR and human adaptation responses to potential marsh loss affect the overall sustainability of the combined socio-ecological systems?” An inter-disciplinary program is proposed that leverages the long-term data, experiments and modeling tools at 3 Atlantic Coast Long-Term Ecological Research sites (in MA, VA, GA). FAU has been awarded $148,571 for its portion of work on the project.
201509vectorborne-diseaseSeptember 30, 2015 - A new 5 year multi-institutional collaborative research grant of $1.85 million funded by the National Science Foundation’s Ecology and Evolution of Infectious Diseases (NSF EEID) program will support research on the effect of temperature on 13 different diseases that use insects for transmission. It will also measure the capacity for two common disease-carrying mosquitoes in the Americas to adapt to new (or changing) temperatures. FCI affiliates Dr. Sadie Ryan (UF), Dr. Leah Johnson (USF), and Dr. Jason Rohr (USF) are three of the investigators on the project.

Many of the world’s most devastating and neglected infectious diseases are spread to people by mosquitoes and other insects. Malaria, a mosquito-transmitted parasite, kills over 650,000 people each year. Dengue fever, an incurable mosquito-borne virus, infects around 400 million people annually, a rate which has grown dramatically in recent decades. With limited options for medical treatment or vaccination, preventing infection is the best way to control these diseases. This approach requires understanding—and predicting—how the climate affects mosquitoes and the diseases they carry.

“If we want to predict the spread of mosquito-transmitted diseases, we have to learn how these insects and pathogens respond to the environment and changing climate,” says Dr. Sadie Ryan, Assistant Professor of Medical Geography at the University of Florida and co-principal investigator on the project. “We will improve on our existing predictive models by validating them with real data. Integrating field data on local conditions with mapped model predictions will enable us to understand the multiscalar dynamics of climate-disease relationships.”

September 25, 2015 - A joint project of the Association of State Flood Plain Managers (ASFPM) and Coastal States Organization (CSO) invited Florida Sea Grant’s Thomas Ruppert to serve on a 13-person Project Advisory Committee for the project “Improving Community Resiliency through the NFIP / CRS.” The project is being funded by the National Fish and Wildlife Foundation as part of the Hurricane Sandy Coastal Resiliency Competitive Grants Program. The project’s goal is to improve participation in the FEMA Community Rating System (CRS) program by developing new tools to inspire communities to join the CRS and help participating communities enhance their score while strengthening floodplain ecosystems. The project will conduct interviews with floodplain managers and officials from communities around the United States as part of the development of a “CRS Green Guide.” The Guide will serve as a roadmap for communities to implement best practices that contribute to CRS points and also improve the natural functions of floodplain ecosystems, leading to improved community resilience.

The advisory committee serves as an independent observer, advisor, and reviewer of the research design, results, and tools developed as part of the project. PAC members have been selected based on coastal management, floodplain management and/or CRS program experience. Other advisory committee members include representatives from offices of the National Oceanic & Atmospheric Administration, state offices such as state floodplain managers, private consultants, city planners, and FEMA’s Mitigation Directorate.

See also:

Deady, E. L., & Ruppert, T. (2015). The Link Between Future Flood Risk and Comprehensive Planning. ELULS Section Reporter, 37(1), 7–14.
201509uf-reptilesSeptember 14, 2015 - South Florida is on the front lines in the war against invasive reptiles and amphibians because its warm climate makes it a place where they like to live, a new University of Florida study shows. Using computer models and data showing where reptiles live in Florida, UF/IFAS scientists predicted where they could find non-native species in the future. They found that as temperatures climb, areas grow more vulnerable to invasions by exotic reptiles. Conversely, they found that extreme cold temperatures protect against invasion.

"Early detection and rapid response efforts are essential to prevent more of the 140 introduced species from establishing breeding populations, and this study helps us choose where to look first," said Frank Mazzotti, a wildlife ecology and conservation professor at the University of Florida Institute of Food and Agricultural Sciences Fort Lauderdale Research and Education Center. The new study is published online in the journal Herpetological Conservation Biology. Lead author Ikuko Fujisaki, an assistant professor of wildlife ecology and conservation at the Fort Lauderdale REC, said scientists conducted the study to provide scientific data for managing invasive wildlife in the Sunshine State.

UF Press Release

Herpetological Conservation Biology Journal Article
201509north-poleSeptember 11, 2015 - Three Florida State University researchers are part of the scientific team on board a U.S. Coast Guard icebreaker that became the first American ship to make a solo trip to the North Pole. Professor of Chemical Oceanography William Landing, National High Magnetic Field Lab assistant scholar scientist Peter Morton, and post doctoral researcher Neil Wyatt are part of the 145 member crew and science party aboard the U.S. Coast Guard Cutter Healy, which left Alaska Aug. 9 for the North Pole. The expedition is in support of GEOTRACES, an international effort funded by the National Science Foundation to study the geochemistry of the world’s oceans. The data collected by scientists will be essential to understanding how the Arctic works.

FSU Press Release

Huffington Post Article
201509hughesSeptember 2, 2015 - A new Florida State University study is giving researchers a glimpse at how organisms from fish to flowers to tumors evolve in response to rapid environmental change. The findings could have a broad ripple effect on a number of research areas, including climate change and cancer treatment. And it's all because of guppies.

FSU Professor of Biological Science Kimberly Hughes and a team of researchers set out to find how this tiny tropical fish would evolve if they transplanted wild Trinidadian guppy fish from a stream with predatory fish into two-predator-free streams. Because guppies reproduce multiple times in a year, they were able to track three to four generations of the fish living in a predator-free zone. The findings, published today in the academic journal Nature, were staggering.

By sequencing genetic material in the guppies' brains, researchers found that 135 genes evolved in response to the new environment. Most of the changes in the gene expression were internal and dealt with a fish's biological processes such as metabolism, immune function and development. But more importantly, the immediate response of genes to change in the environment did not reflect the eventual evolutionary change. Genes can change their activity levels in an immediate response to the environment -- what evolutionary biologists call plasticity -- or in an evolutionary response that occurs over many generations. What Hughes and her colleagues found was that the evolutionary change in gene activity was usually opposite in direction to the immediate plasticity of gene activity. A gene that had changed in response to drastic change in the environment would then evolve in the opposite direction after a few generations.

FSU Press Release

Nature Journal Article
201508um-nsfAugust 26, 2015 - A consortium of 14 U.S. academic institutions received a $12-million award from the National Science Foundation (NSF) to address challenges that threaten urban water systems in the United States and around the world. University of Miami (UM) Rosenstiel School of Marine and Atmospheric Science researchers David Letson and Kenny Broad are among the network’s principal investigators. The newly established Urban Water Innovation Network (UWIN), led by Colorado State University, will create technological, institutional, and management solutions to help communities increase the resilience of their water systems and enhance preparedness for responding to water crises. UM Rosenstiel School Professors of Marine Ecosystems and Society Letson and Broad will help design innovative technological solutions, such as green infrastructure, sustainable urban drainage networks, and floodplains that can enhance the sustainability of water systems across urban water systems and measure the impacts of these solutions.

UM Press Release

Photo credit: Credit: Arianna Prothero WLRN
August 25, 2015 - Wasting fresh water is a real concern. A recent study conducted with homeowners in central Florida found that, on average, 64 percent of the drinking water used by homes went to irrigation. In the summer months, this percentage increased to 88 percent. As the population increases, conservation of fresh water becomes increasingly important. The Special Issue Section of the current Technology and Innovation Journal of the National Academy of Inventors focuses on challenges to fresh water from environmental changes and from the human population. Florida homeowners—ready and willing to comply with government agency-imposed lawn watering restrictions—want to conserve water, although many are confused about how to conserve water. At the same time, many homeowners are also required to have perfect, green lawns or risk being penalized by their Home Owner's Associations (HOAs).

USF Press Release

Technology and Innovation Article
201508fiu-slr-centerAugust 25, 2015 - With rising seas threatening coastal communities all across the world, Florida International University has launched the Sea Level Solutions Center to help people understand, adapt and persevere. FIU ecologist Tiffany Troxler will serve as director. The center combines expertise in the natural, physical and social sciences, along with architecture, engineering, computer sciences, law, communications, business, health and tourism management to develop long-term strategies in the face of rising seas. FIU’s Miami location will be key in advancing the center’s mission. South Florida is particularly vulnerable because of the large number of assets exposed to the effects of sea level rise.

"Rising seas are a topic of grave concern around the world, and most societies will feel the effects," said FIU President Mark B. Rosenberg. WWhile successful adaptation to sea level rise is local in nature, it will take international, national, regional, as well as local cooperation to develop and implement the necessary policies and strategies to address this global threat."

The FIU Sea Level Solutions Center will focus on envisioning and designing safe, resilient, prosperous and sustainable 22nd century coastal communities by focusing on the science behind the rising seas, preservation of governance systems, infrastructure challenges and solutions, business impacts, supply chain challenges, ecosystem dependencies, and personal assets. It will work with local governments, business and community leaders to accelerate adaption planning.

FIU Press Release
clarke-allanchanton-jeffAugust 12, 2015 - Two Florida State University oceanography professors have been named fellows of the American Geophysical Union (AGU), a professional scientific organization representing scientists in 139 countries. Allan Clarke, the Adrian E. Gill Professor of Oceanography, and Jeffrey Chanton, the John Widmer Winchester Professor of Oceanography, were selected for the fellow designation by their peers in the organization for outstanding contributions to earth and space sciences.

Clarke focuses on understanding and predicting the El Niño/Southern Oscillation (ENSO). Generated by air/sea interaction in the central equatorial Pacific, ENSO is the major factor causing short-term climate variability on earth. Chanton focuses on the gas methane, which is an important trace gas produced by microbes involved in earth’s carbon cycle. It has led him to do work on climate change and more recently, the BP oil spill.

FSU Press Release

About the AGU Fellow Program
201508fsu-nsfAugust 11, 2015 - Florida State University is among nine universities who will share a $12 million grant from the National Science Foundation (NSF) to build a unique network of scientists, industry leaders and policy partners committed to building better cities. The network will include major metropolitan cities in the United States and India, infrastructure firms, and policy groups that will focus on ways to reimagine energy grids, road networks, green spaces and food and water systems. The research seeks to determine how cities can become more highly functional, better promote the health of residents and the environment, and be more desirable places to live and work — that intangible "vibe" known as livability. Funded by the NSF Sustainability Research Network program, the project, “Integrated Urban Infrastructure Solutions for Environmentally Sustainable, Healthy and Livable Cities,” will be anchored at the University of Minnesota and directed by Professor Anu Ramaswami. Florida State University’s lead investigator is Richard Feiock, the Jerry Collins Eminent Scholar of Public Administration and Policy in the Askew School within the College of Social Sciences and Public Policy.

FSU Press Release
201508amazonAugust 10, 2015 - Tropical forests in the Andes Mountains are changing in the face of climate change. A new study published in PNAS reveals the number of highland tree species is decreasing as a result of lowland tree species moving upslope along South America’s longest mountain chain in response to rising temperatures and changing rainfall patterns. Instead of shifting to different locations, the highland trees are retracting, or dying back. The results suggest tropical tree species in the Andes are at risk of extinction with ongoing warming. "The effects of climate change are everywhere – you can’t escape it," said Kenneth J. Feeley, a researcher in FIU’s Department of Biological Sciences and International Center for Tropical Botany (ICTB). "Some people hold the notion that the Amazon is an isolated and pristine ecosystem, immune to disturbances. We need to change our mindset and open our eyes to the fact that even in the middle of the Amazon or the remote Andes Mountains, species are at risk. Tropical forests, and the thousands of rare or endemic species they support, are highly sensitive to changes in climate and that they are perhaps some of the most threatened ecosystems of all. Climate change is pervasive and dangerous."

FIU Press Release

PNAS Article
201508noaa-cimas-coralAugust 10, 2015 - Scientists from NOAA and the Cooperative Institute for Marine and Atmospheric Studies at the University of Miami have documented a dramatic shift from vibrant coral communities to carpets of algae in remote Pacific Ocean waters where an underwater volcano spews carbon dioxide. The new research published online August 10 in Nature Climate Change provides a stark look into the future of ocean acidification – the absorption by the global oceans of increasing amounts of human-caused carbon dioxide emissions. Scientists predict that elevated carbon dioxide absorbed by the global oceans will drive similar ecosystem shifts, making it difficult for coral to build skeletons and easier for other plants and animals to erode them.

NOAA Press Release

Nature Climate Change Article
havens-karlAugust 4, 2015 - Florida Sea Grant director Karl Havens (University of Florida) has been confirmed as a member of a National Academy of Sciences committee that evaluates progress on the Comprehensive Everglades Restoration Plan, the multibillion-dollar effort underway in south Florida to restore historic water flows to the Everglades. As a member of the Committee on Independent Scientific Review of Everglades Restoration Progress, or CISRERP, Havens will join an ongoing panel of 13 other prominent scientists from across the U.S. tasked with monitoring progress toward Everglades restoration and assessing scientific or engineering issues that may hinder the effort.

Florida Sea Grant Announcement
201508fiu-urban-resilienceAugust 3, 2015 - South Florida’s predisposition to weather extremes renders the region’s infrastructure acutely vulnerable. But weather extremes are not exclusive to South Florida. The NSF-funded Urban Resilience to Extreme Weather-Related Events Sustainability Research Network (UREx SRN), a newly formed team of researchers, is addressing these challenges on an international scale. FIU biologists Evelyn Gaiser, John Kominoski and Tiffany Troxler are part of the 50-member team of researchers. Hurricanes, flooding, droughts, heat waves and other extreme events can cripple crucial infrastructure that enables transit, electricity, water and other services in urban areas. With these types of events becoming more common, it is increasingly important to develop infrastructure in different, more sustainable ways. Representing 15 institutions from nine cities in North and South America, the researchers will evaluate the social, ecological and technical systems related to infrastructure. Their efforts will take into account key stakeholders, including citizens who rely on the infrastructure and city officials, as well as the natural environment in which the infrastructure operates. The team will evaluate available technology and develop a suite of tools to support the development of urban infrastructure that is resilient and tailored to particular cities.

FIU Press Release
201402rising-seasJuly 27, 2015 - Scientists at the University of South Florida's College of Marine Science investigating the increasing risk of 'compound flooding' for major U.S. cities have found that flooding risk is greatest for cities along the Atlantic and Gulf coasts when strong storm surge and high rainfall amounts occur together. While rising sea levels are the main driver for increasing flood risk, storm surges caused by weather patterns that favor high precipitation exacerbates flood potential. The paper describing their research on the causes of compound flooding in urban areas of the U.S will appear in Nature Climate Change. "Nearly 40 percent of the U.S. population resides in coastal counties," said study lead author Thomas Wahl of the University of South Florida College of Marine Science and the University of Siegen in Germany. "Flooding can have devastating impacts for these low-lying, densely populated and heavily developed regions and have wide-ranging social, economic and environmental consequences."

USF Press Release

Nature Climate Change Journal Article
201508rriiJuly 31, 2015 - On July 20-22, the Southeast Florida Regional Climate Change Compact held its second Resilient Redesign in partnership with FCI universities UF, UM, FIU and FAU. The FAU Davie campus hosted the event with over 55 participants who gathered with the goal of developing solutions for sites in Key West, Hollywood and Delray Beach, FL, each with their own unique characteristics and challenges. Participants came from the private sector, public sector and academia. The group was divided in city teams to develop potential options for the sites. On Wednesday, July 22, the teams presented to an audience of over 80 attendees. Solutions included renewal of wetlands, elevated co-housing options, living with water, elevation of infrastructure, off the grid solutions and changes in land use. Presentations will be shared again at the Southeast Florida Regional Climate Leadership Summit to be held December 1-3 in Key West. Cities will be sharing the concepts with their leadership at upcoming commission meetings.
201507rsmas-earlycivJuly 23, 2015 - New research reveals that some of the earliest civilizations in the Middle East and the Fertile Crescent may have been affected by abrupt climate change. These findings show that while socio-economic factors were traditionally considered to shape ancient human societies in this region, the influence of abrupt climate change should not be underestimated. A team of international scientists led by researchers from the University of Miami (UM) Rosenstiel School of Marine and Atmospheric Science found that during the first half of the last interglacial period known as the Holocene epoch, which began about 12,000 years ago and continues today, the Middle East most likely experienced wetter conditions in comparison with the last 6,000 years, when the conditions were drier and dustier.

UM Press Release

Quaternary Science Reviews Journal Article