Matt

COVID-19 and the Weather, Water, and Climate Enterprise

by Mary Glackin, AMS President

In normal times, our thousands of AMS professionals and colleagues are completely dedicated to helping people make the best possible weather-, water-, and climate-related decisions. In this COVID-19 period, were not just providing critical information; we are also receiving it. We are each of us following guidance from public health experts and local officials so that we can keep ourselves, our families, and our friends safe and well. We’re joining in the national and global efforts to “flatten the curve.”

amsseal-blueWe all continue to work, but these duties are now competing with new ones: caring for children who would normally be in school, searching for basic necessities that would routinely be in stock on supermarket shelves, protecting elderly friends and family members. With campuses and laboratories shut down, professors and students have scrambled to adjust to online teaching and reimagining plans for field experiments. Nonetheless, critical weather and hydrologic services are provided with sharp eyes for spring floods and convective weather. Preparations for the coming hurricane season are moving forward.

COVID-19 doesn’t “slightly tweak” the task of building a Weather-Ready Nation; it completely rearranges the landscape. Goals of shelter-in-place and evacuation have to be reconfigured for a world where we are advised by health experts to maintain physical separation from others—more than a challenge in a communal evacuation center.

COVID-19 provides a unique learning opportunity for all of us in the Enterprise. We can experience firsthand how even the best-intended top-down risk communication can sound to someone in harm’s way—and step up our own communications accordingly.

Finally, it’s worth noting as AMS embarks on its second century that our founding coincided with the 1918-19 influenza pandemic. The link between weather, water, climate, and public health (enshrined in the AMS seal) has been integral to building a sustainable and resilient world, and it will likely play a larger role in the future.

Thank you for maintaining essential services and supporting research and education during such a critical, difficult time. Stay well, and stay safe—and at the same time, stay focused, on our contributions to a safer, healthier world.

AMS’s New Culture and Inclusion Cabinet

by Keith L. Seitter, CCM, AMS Executive Director

One of the AMS Core Values is: “We believe that a diverse, inclusive, and respectful community is essential for our science.”

AMS lives this value, which is articulated in the Centennial Update to the AMS Strategic Goals. We work to foster a culture that celebrates our diversity, strives for equity in all we do, and encourages inclusion across all activities so that everyone can experience a sense of belonging in the Society.

To formalize these efforts and provide a clearer path for providing resources toward them, the Council approved the creation of a new entity in AMS in fall 2019. At its meeting this past January, the Council approved the terms of reference for this new component of the Society’s structure and that Dr. Melissa Burt would serve as its first chair. This Culture and Inclusion Cabinet (CIC) has the following charge:

To accelerate the integration of a culture of inclusion, belonging, diversity, equity, and accessibility across the AMS and evaluate and assess progress towards culture and inclusion strategic goals within the Society. Meaningful integration into all areas and components of the AMS will require time and sustained effort. Fully integrating diversity, equity, inclusion, and belonging (DEIB) will result in an organizational culture that is accessible, advances science, serves society, and is responsive to social justice.

The Council designates this new body as a “Cabinet” to reinforce that it is not quite like any of the other entities making up the volunteer structure of the Society (council, commission, board, committee, task force, etc.). The CIC will play a unique role and therefore was given a unique name.

The CIC sits at the highest level of the organizational structure for AMS save the Council itself, to which it reports directly. Being at this level it can more readily ensure that issues of diversity, equity, inclusion, accessibility, social justice, and belonging are addressed throughout all AMS programs and activities.

The CIC does not replace any of the other components of the Society that work in these arenas—most notably the Board on Women and Minorities (BWM), which has a long record of addressing equity and inclusion issues in AMS. The BWM will continue to oversee specific programs aimed at diversity, equity, and inclusion, and will likely expand its role in AMS programs as the CIC helps integrate those efforts more broadly in the Society.

AMS has a strong record of addressing diversity and equity issues and a culture of inclusivity that other organizations could learn from. The creation of the CIC builds on those strengths and puts AMS in a position of leadership among scientific organizations in elevating these issues to the highest levels so that they can be threaded through every program in foundational ways.

For many of us, the sense of belonging in AMS is an important part of what makes the Society so special, and we want everyone in the community to feel that sense of belonging as an intrinsic aspect of the AMS culture. I am confident the new Culture and Inclusion Cabinet will take us there and will assist our entire community in creating an even more inclusive environment—strengthening our enterprise in the process.

AMS Goes for 100% Renewable Electricity for Its 100th Anniversary

by Bob Henson, AMS Councilor and Chair, AMS Committee on Environmental Stewardship (ACES)
Those of us involved with climate change in our professional lives—researchers, educators, authors, students—often feel the need to “walk the walk” in a demonstrable way. AMS is one of the world’s premier organizations involved with peer-reviewed research on our changing atmosphere, so it’s only fitting that the Society is finding ways to demonstrate its environmental bona fides in its own operations. For example, AMS has been a leader this past decade in working toward “green meetings.” An upcoming BAMS article will feature some green-meeting highlights, and a summary can also be found in the “About AMS” section of the AMS website.
Just in time for the Society’s 100th birthday, AMS has now ensured that the electricity supply in its offices in Boston and Washington, D.C., is effectively 100% renewable. The Boston shift involved working with the nonprofit Green Energy Consumers Alliance (GECA), a spinoff of Massachusetts Energy that works to maximize the use of renewables in the state’s electricity supply.
AMS recently finalized a renewable two-year agreement (retroactive to January 2019) to purchase Class I renewable energy certificates (RECs) from GECA. These certificates are equal to the full amount of electricity consumed at the AMS buildings at 44 and 45 Beacon Street. Each certificate mandates the production of one megawatt hour of renewable energy, documenting where, how, and when the energy (in this case, wind energy) was produced. In 2019, energy providers in Massachusetts were required to purchase in-state Class I RECs for 14% of all electricity they generate, a percentage that goes up each year by 1%. When entities such as AMS also purchase Massachusetts Class I RECs, it further stimulates the market for clean energy. In other words, Massachusetts Class I RECs don’t simply buy green energy that is already government-mandated; they actually promote the creation of new green-energy supplies within the state.
AMS Controller Joe Boyd worked with the AMS Committee on Environmental Stewardship (ACES) to research options for renewable energy at the Boston building and shepherded the final agreement with GECA.
“Given the Society’s strong commitment to environmental issues, it was natural that we include 100% renewable electricity sourcing to our efforts to maintain a small carbon footprint,” says AMS Executive Director Keith Seitter.
In Washington, AMS leases office space within the headquarters of the American Association for the Advancement of Science at 1200 New York Avenue NW. This building’s electrical supply is also effectively 100% renewable, via RECs that are purchased through a Constellation New Energy contract for transmission and generation. (The RECs do not include electric distribution, and the building also uses a small amount of natural gas.)
“ACES continuously strives to promote the Society’s environmentally progressive standards, complementing the research and efforts of AMS members. Thanks to felicitous timing, the Society is celebrating its transition to 100% renewable energy on its 100th anniversary,” says incoming 2020 ACES Chair C. Todd Rhodes (Coastal Carolina University).

World Water Day: An Integrated Appreciation

Wow! It’s World Water Day, as observed by the United Nations. Pretty much everything AMS is about has to do with water—from raindrops to atmospheric rivers to thunderstorms and hurricanes on to ocean currents and groundwater.
Which is why this concluding paragraph from the AMS Policy Program’s recently released study, “Toward an Integrated Approach to Water,” hit home and hits hard for us.

Water is simultaneously a resource and a threat. It is centrally important to every aspect of socioeconomic wellbeing and water becomes a hazard when there is too much, too little, or if the quality is poor. The ever-changing, increasingly human influenced water regime is characterized by localized, uncontrolled, intermittent, and sometimes huge flows of water (fresh and salt) across coastal zones, urban and rural areas, transportation infrastructure, agricultural resources, and through waterways. Earth observations and science provide critical environmental intelligence that help us determine when there is too much water, too little, or of the wrong quality. Services help us manage risks and realize opportunities that environmental intelligence makes possible. Decision-making with respect to water, as with all societal choices, has the greatest chance to benefit people when grounded in the best available knowledge & understanding.

Uncontrolled..intermittent…huge…too much…too little…An unflinching assessment from Paul Higgins, Yael Seid-Green, Andy Miller, and Annalise Blum. Read the whole report here and take in the full flow of interrelated issues that we, as an AMS community, must grasp in knowing and dealing with Earth’s ways.

Revisiting the Hurricane Town Hall Meeting

The all-star panel comprising Monday’s special Town Hall Meeting on the 2017 hurricane season provided a riveting discussion of the science, communication, and impacts of Harvey, Irma, and Maria, highlighted by Ada Monzón’s emotional talk about the devastating effects Maria has had on Puerto Rico. The session created a buzz among #AMS2018 attendees.


The entire session has now been posted to the AMS YouTube channel, and you can also watch it below.

Writing and the Collaborative Process

A good writer inevitably is also a good listener, always mining every conversation and interaction for the next gem that could be used in their work. Authors of AMS books are no exception, and this week in Austin you could be the person to provide one of them with a new idea or angle. A collection of authors will be reading from their works and participating in Q&A sessions with meeting attendees, providing you with an opportunity to discuss your interests with them and learn more about the writing process.
The events will take place on Tuesday and Wednesday at the AMS Resource Center in the Exhibit Hall. The Tuesday session will feature historical topics, with Bob Reeves exploring the history of long-range forecasting (4:oo PM), Jen Henderson speaking about Ted Fujita (4:20), Paul Menzel (4:40) and John Lewis (4:55) discussing Verner Suomi, and Lourdes Avilés looking back at the Great New England Hurricane (5:10).
Wednesday’s event will focus on science and society: Matt Barlow will speak about his forthcoming handbook for atmospheric dynamics (4:00 PM), Bob Henson will discuss climate change science and policy (4:20), and Bill Hooke (4:40) and Bill Gail (5:00) will consider the human relationship to climate.
A unique aspect of AMS books is the collegiality between the authors and their readers, and with this event we invite you to get to know some of them better and perhaps even help them with their craft. It’s the collaborative process at work!

Standing Up for the Integrity of Science

by Keith Seitter, AMS Executive Director
In carrying out its mission, AMS provides a broad range of support for the science and services making up the atmospheric and related sciences. As a part of this support, AMS has a long history of being a voice on behalf of science and the scientific method—as do most other scientific societies such as AAAS, AGU, Sigma Xi, and many, many others. This past year has been especially challenging for all of us as pressures and outright attacks on science have become far more prevalent. AMS has always been careful to be nonpartisan, to avoid being policy prescriptive, and to really focus on science. We have not, however, shied away from taking strong positions on behalf of the integrity of science.
The hope is that the community and society will view AMS journals, statements, and other material as reliable sources of information on the scientific disciplines AMS covers. AMS statements, in particular, are developed with the goal of being broadly accessible to those seeking credible summaries of current scientific knowledge and understanding on various topics. Beyond being a resource, however, it is vital that AMS proactively stand up for the integrity of science and the scientific process—especially when it is mischaracterized in ways that might impact policy decisions or mislead the public.
There is an extraordinary amount of misinformation being disseminated through many outlets on a variety of topics (but perhaps most notably those associated with climate change)—far more than one can effectively monitor or hope to address. With so many incorrect or misleading statements out there, it can be hard to know when to jump into the discussion. Recognizing that we cannot address all instances of misinformation, AMS has focused instead on taking a more public stance when policy makers in leadership positions make statements that mischaracterize the science. Thus, this past year for example, AMS has sent letters to the EPA administrator and the Secretary of Energy (see the “AMS Position Letters” for an archive of all letters that have been sent by AMS).
Protecting the academic freedom of researchers, and the freedom to present their scientific results broadly and without censorship, intimidation, or political interference, has also been important to AMS for many years. These fundamental precepts upon which scientific advancements depend have come under attack before, and AMS has maintained a strong “Statement on the Freedom of Scientific Expression” for a number of years to make the Society’s position clear.
Scientific advance requires that all data and methodologies leading to research results be openly and freely available to others wishing to replicate or assess that research. That said, AMS has spoken out to protect the confidentiality of discussions among researchers as they develop ideas and critically assess the work of others. These candid discussions are essential and must be able to happen without fear among those involved that comments might be taken out of context to attack the research or the researchers.
AMS membership is diverse and not all members have been supportive of these efforts. I can appreciate the concerns some may feel, and know there is a danger of acting out of bias, despite our putting a lot of time and energy into avoiding biases. I know, as well, how easily inherent biases can color the way one might read these statements or letters. I also know, however, that to remain silent in the face of clear mischaracterization of science or to fail to defend the scientific process is wholly inconsistent with the AMS mission of “advancing the atmospheric and related sciences, technologies, applications, and services for the benefit of society.” I’m proud to be part of an organization that has such a strong history of standing up for the integrity of science.
(Note: This letter also appears in the September 2017 issue of BAMS.)

Thanksgiving in March

by Keith Seitter, AMS Executive Director
The past few months have been a period of increased anxiety for many of us in the weather, water, and climate community as we contemplate how changes in the nation’s administration will impact agencies and programs, and, ultimately, how well our science and the services based on it can move forward. Despite the fact that we work in disciplines that routinely deal with uncertainty, it is not easy for us to deal with the particular flavor of uncertainty we have been facing, or to keep it from being deeply unsettling.
At AMS, we have focused on being even more vigilant in working to defend the integrity of the scientific process and in trying to ensure that the best peer-reviewed science is brought to bear on issues facing our country and the world. Recognizing the importance of those efforts—and even with occasional successes in them—does not keep one from becoming disheartened in dealing with our “post-fact world.”
I was feeling particularly discouraged recently as all this weighed on me, and then I realized that what I should be doing is creating the kind of list many of us do on Thanksgiving. Here it is:

  • I’m thankful to be part of a community whose work really matters. And that people become part of this community because they know how much this work matters and they bring dedication and passion to it every day.
  • I’m thankful that the general public appreciates and depends on the work of our community. They look to us every day to help them make decisions both big and small, and put their trust in us to keep them out of harm’s way (even though they may, at times, complain about our efforts).
  • I’m thankful that we can—and do—rely on a scientific process to discern how our environment works so that we can speak with confidence. It is not what we believe, but what we can observe, measure, and objectively model based on known physics that guides us.
  • I’m thankful I work at an organization guided by a Council made up of gifted and dedicated volunteer leaders, and that I can spend my time working with an incredible professional staff.

By the time I got to the end of this list, I was no longer feeling discouraged but, instead, was energized and ready to keep working toward making sure that the best available scientific knowledge and understanding was getting into the hands of policymakers at all levels. We may be in the midst of particularly challenging times, but AMS, as a very highly respected “honest broker” covering the science and services of the weather, water, and climate community, is in a position to be particularly effective in working through those challenges.
(A version of this post appeared in AMS Executive Director Keith Seitter’s “Letter from Headquarters” column in the February 2017 BAMS.)

Observing #AMS2017 through the Lens of Twitter

The twitterverse was abuzz with activity during last week’s Annual Meeting. Here are a few of the highlights:

Yes, We've Got Maps


This point was made at Monday’s Presidential Forum, where Dr. Richard Jackson of UCLA was talking about how much our scientific community offers to the world of public health, and how we might best be able to move decision makers to action based on climatic information.
It is good news. Nobody makes maps more eagerly than meteorologists.
Hardly a session goes by at the AMS Annual Meeting without some sort of map—often of some unexpected variable. For example, today at 10:45 a.m. (Skagit 4), Yonghua Wu (City Univ. of New York) and colleagues pull together trajectory modeling, lidar ceilometer, and satellite observations to map air quality variations due to the interaction of boundary layer conditions with wildfire smoke plumes this past summer over New York City.
blog_logo_final_all_caps_updateThen on Thursday (1:45 PM, Tahoma 2), you can map the New York City area again, in a completely new way: Sina Kashuk of NOAA shows spatial density maps of the 5 million flood-related phone calls across the five boroughs.
Using the top 25 most frequent complaint types ranging from noise to rats, the overall propensity of calling was estimated and mapped. This map was then used to normalize the flood-related complaints. The temporal-spatial analysis was highly correlated with monthly rainfall intensities.
Clearly, no place is mapped in one particular way. Maps say as much about the data and the analysis as about the specific location. Mapping is thus an essential tool for coalescing, analyzing, contemplating, and communicating observations.
Harvard historian Peter Galison takes this point a step further in his studies of the history of observing as evinced by map-making. Through a selection of atlases across the centuries, all made by scientists, he shows how the powers of observation and the expectations and capabilities of science are all intertwined, and all evolving. The idea of observing itself is not the same today, he shows, as it was in Newton’s time or even in Einstein’s. In this lecture from 2011 he uses the atlases to trace the history of objectivity itself in mapping:

 
Which brings us warily to the title of a presentation this morning (8:30 AM, Room 611) , “Beyond Maps-How Cloud Computing Enables the Future of Geospatial Analysis Services.” Presenter Steve Kopp of ESRI explains:

[W]e now see a technology transformation that is enabling deeper understanding, and will lead to new insights and new discoveries. Early adoption of geospatial cloud computing focused on organizing and sharing data….Map services (a picture of the data) are symbolized data ready to view, and require fewer specialized skills than working with raw data such as GRIB files. More recently organizations have begun providing weather and climate data services. These are feature services like WFS and image services like WCS. Data services allow customization of the symbology and more flexibility in visually combining with other data, but also can be used for analysis allowing the user to ask new questions with the data. The transition to data services feeding into analysis services will have a profound impact on the utility and growth of geospatial cloud computing.

Perhaps someday historians will see this AMS Annual Meeting as a part of shift that led the way to yet another stage in the growth of science itself.