[✔️] January 27, 2023- Global Warming News Digest -- Trade wars, defining a 100 year storm -- Climate anxiety - Rebecca Watson - Post Doom discussion - Calibri
Richard Pauli
Richard at CredoandScreed.com
Fri Jan 27 08:39:46 EST 2023
/*January 27, 2023*/
/[ Slate looks at the culture of setting expectations ]/
*One Hundred Years of Certitude*
We thought we knew how often heavy storms and deadly floods were
supposed to occur. We were wrong.
BY HENRY GRABAR
JAN 25, 2023
American infrastructure is designed around a simple idea: We can predict
how often the worst storms will come. Take the benchmark that undergirds
the $1.2 trillion National Flood Insurance Program: the 100-year flood.
That’s a flood that’s supposed to occur once a century, on average. A
once-in-a-lifetime event. Similar estimates govern basic stormwater
infrastructure: Sewers might be designed for a two-year rainstorm
(likely to occur once every two years) or culverts for a 25-year
rainstorm (once every quarter-century).
These probabilities are also used in modeling the absolute worst cases,
such as California’s ARkStorm scenario—a 2010 U.S. Geological Survey
project that imagined how a month of constant rain might turn the
Central Valley into a giant lake, flooding 1 in 4 of the state’s
buildings, forcing the evacuation of 1.5 million people, and causing
more than three times as much damage as the better-known nightmare
earthquake popularly known as “The Big One.” In addition to offering a
potent biblical allusion, ARk stands for “atmospheric river 1,000,”
because scientists originally thought those levels of precipitation
would occur once every 500 to 1,000 years.
But other estimates suggest that such a storm might occur once every 100
to 200 years. And a more recent analysis concludes that climate change
has caused the likely “recurrence interval” of an ARkStorm to creep
closer to once each century—an ARcStorm. The last one was in 1862.
“Climate change is dramatically upping the odds of a very high magnitude
flood event happening in our lifetimes, specifically,” the authors wrote
last August. This month’s record-breaking California rain, in other
words, is a warmup. How did they come to that conclusion? By plugging
more recent weather history into their simulation...
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It’s older data, however, that determines much about the way we plan
cities, price flood insurance, and build infrastructure, because
historical records determine the crucial benchmark of the “100-year”
storm and all its derivatives. The idea of evaluating storms and floods
by their likely interval of recurrence was adopted in the 1960s to help
administer the newly created National Flood Insurance Program, and has
been complained about ever since.
- -
The 100-year flood metric, wrote the geographer Rutherford Platt, is
“unique in the annals of resource management policy for its durability
over several decades … despite chronic griping and hand-wringing by
three generations of floodplain managers.” In theory, Americans ought to
want to prepare for the 100-year flood, which sounds frightening. But as
Platt observed, if you were more likely to die than see one, why bother?
Probabilities like this govern the design of everything from storm
drains to levees to flood insurance, but they are probabilities from
last century—and the storms are different now.
When Hurricane Harvey struck Houston in 2017, it was the city’s third
500-year flood in three years. Over four days, Harvey’s 30 to 40 inches
of rain across the region made it a storm likely to occur just once
every 3,000 to 20,000 years, at least according to the established
metrics. Last summer, there were five “1,000-year” rain events in five
weeks, in Dallas, eastern Kentucky, eastern Illinois, St. Louis, and
Death Valley. California just broke a bunch of rainfall records this
month, including in well-measured locations like Los Angeles and San
Francisco.
The long-term trend is beyond dispute: Between 1958 and 2012, according
to the 2014 National Climate Assessment, the amount of rain falling in
the biggest storms grew by 37 percent in the Midwest, 27 percent in the
South, and 71 percent in the Northeast. Do last century’s weather
records still hold water? Some researchers have concluded they don’t.
One study concluded that a 7.4-foot storm surge flood in New York City
has progressed from a 500-year event before the industrial revolution to
a 25-year event today, and will be a five-year occurrence in a few
decades. Something similar is happening with heavy rain events.
Unfortunately, yesterday’s numbers are currently being used to plan
tomorrow’s stormwater infrastructure, a burst of which will be funded by
the Bipartisan Infrastructure Law that President Joe Biden signed in
2021. As NPR’s Lauren Sommer put it this month, “many cities aren’t
constructing infrastructure to handle increasing amounts of water,
because the rainfall records they use to design it are decades-old in
most states.” Lacking money, expertise, or political will, they are
preparing for a bygone world of weather.
The National Oceanic and Atmospheric Administration has been authorized
to develop a more modern rainfall atlas, as well as one that takes
climate change into account, but that work won’t be done in time for
current projects. “There’s a timing disconnect for sure,” said Chad
Berginnis, executive director of the Association of State Floodplain
Managers. “No doubt this infrastructure is not going to have as much
benefit because it’s authorized at the same time as this NOAA update.
But I’m not going to let the perfect be the enemy of the good.” Better
to build something, in other words.
Some cities are going a step further. After Harvey, Houston officials
amended the land use code to apply identical standards to the 100-year
and 500-year flood plains—even though one is supposedly five times less
likely to flood. In Seattle, planners looked at a climate impact tool
and decided to expand a new stormwater tunnel from 14 feet in diameter
to 18 feet. After Madison, Wisconsin, flooded in 2018, the city decided
to raise its design standards for new development—a culvert under a
road, for example, now must be built for the 100-year event, instead of
the 25-year event. But many smaller jurisdictions do not have the
expertise, money, or political will to go beyond what the federal
government is recommending.
- -
“Right after the big floods in eastern Kentucky, I got the records from
the U.S. Geological Survey,” Haneberg said. “People were talking about
thousand-year floods; well I got those records from one stream gauge
location, Whitesburg, and they had data only to 1957. So the question
is: How do you determine that?”
Meteorologists counsel against looking too closely at such headlines as
evidence that the climate has already gone haywire. For one thing, it’s
a big country—there’s always a huge storm somewhere. For another, the
number of broken records is a poor judge of a changing climate. For a
third, we have more data than ever even across small geographic areas.
“We weren’t slicing and dicing things so finely until recently,”
cautions Bob Henson, a meteorologist and journalist with Yale Climate
Connections. “It’s analogous to getting ever-more fine MRI scans and
detecting phenomena you wouldn’t see before.” In Houston, for example, a
500-year flood on Cypress Creek in 2016 was just a 50-year flood a few
miles downstream. A hundred years ago we might have had just one gauge
there, if that...
But the consequences of predicting the future on a flawed set of records
are not abstract. Last year marked the 100th anniversary of one of
America’s most consequential forecasting mistakes. The Colorado River
Compact of 1922, which set the course for a century of infrastructure,
agriculture, and development in the western United States, predicted how
much water the mighty river would send toward the Gulf of California
based on a small, and very wet, sample of years. The river has since
receded to the historical mean and then some, as the western United
States has faced repeated severe droughts. States are bickering over
their river-water allocations. Hydroelectric dams are running low on fuel...
- -
But figuring out how much rain falls from the sky is only half the
battle. You also have to figure out where it goes once it lands. Here,
climate change brings additional problems that toy with our probability
tables. Very wet soil, very dry soil, burn scars, or erosion can change
the way a fixed quantity of rain hits the ground. Urbanization has also
created new flood zones, shaped not by hills and valleys but by parking
lots, undersized sewer lines, blocked storm drains, and broken pumps. In
urban areas, runoff is increasing faster than rainfall, and urban
flooding may be a harbinger of what stronger storms will bring to
greener areas in the decades to come.
When the First Street Foundation mapped flood risk accounting for
rainfall flooding and changing storm expectations, it found almost twice
as many parcels in the 100-year flood zone as FEMA has in its maps—1 in
10 U.S. properties. But even the idea of a 100-year flood zone doesn’t
sit right with some scientists. You’re not in or out; danger comes on a
spectrum. Moreover, some flood zones—a few feet from a crashing ocean,
or in a steep and isolated river valley—are more dangerous than others.
All of it adds up to a sense that what happened in the last 100 years
may not be the best predictor of the weather today—let alone tomorrow.
How to adjust for changing rainfall and flooding expectations is
complicated. Infrastructure, most people agree, should be designed to
serve its purpose for many decades. (The Dutch have built the Maeslant
Barrier for a 10,000-year storm.) Insurance, most people agree, should
reflect current risk, not future risk. But how do you account for future
flood risk in land use or building regulations? Often our expanded sense
of risk winds up penalizing lower-income Americans on low-lying land
with outdated infrastructure. You can choose to spare them the burden of
adaptation, but is that fair to prospective buyers, or to their
neighbors who will bail them out?
Ultimately, said Haneberg, the Kentucky geologist, the questions here
are political. “What’s the point?” he asked. “Are we trying to help
people rebuild or prevent flood damage?” When it comes to rainstorms, a
hundred years ain’t what it used to be.
https://slate.com/business/2023/01/100-year-floods-california-rain-climate-change-infrastructure.html
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/[ media psychologist Britt Wray, PhD - Gen Dread - this is a useful
and important communique ]
/*Here’s a helpful new way to visualize your journey through climate
distress*
A professor at the University of Helsinki has created a roadmap that
shows how people mentally and emotionally move from climate denial to
climate awakening, shock, adjustment, and transformation.
Britt Wray
Jan 242023
Think about where you’re currently standing in your awareness of the
climate crisis.
Maybe you’ve had your eyes painfully wide open for years now, organizing
protests, writing to politicians, and devouring George Monbiot (the
books, not the man himself). Or maybe the gravity of what we’re facing
has only recently started to hit you.
Either way, what’s important here is that you have spanned some serious
ground. You’ve changed. At some point, you started moving from a place
of indifference, disavowal, or denial into a place of understanding,
acceptance, and adaptation. That’s an incredibly uncomfortable and
courageous thing to do, especially while so many people around you just
continue to shrug.
If you tried to draw your feelings about the climate crisis, what would
they look like?
So, here’s a question: what has your evolution felt like? Has it been
sudden or gradual? What emotions has it brought up for you? When you
first began to realize that life on earth is facing a profoundly grave
and rapidly worsening threat, did you feel angry? Despondent? Or did it
energize you and propel you into activism? What colour were your
feelings when the realization first crept in? Has that colour shifted
over time, or stayed the same?
As more and more people begin to awaken to the severity of the climate
crisis, we need language to name and describe that transformation and
the emotional challenges it ignites. Imagine we had a visual depiction
of this vibrant, painful, life-changing experience, a road map for how
to move through it ourselves while also reminding us to hold space and
deepen our empathy for people who might be behind us or ahead of us in
the journey.
Dr. Panu Pihkala has just given us this very thing.
Dr. Pihkala, a Professor in Environmental Theology at the University of
Helsinki, has just unleashed “The Process of Eco-Anxiety and Ecological
Grief”... [more... ]
https://gendread.substack.com/p/heres-a-helpful-new-way-to-visualize/
/
/- -/
/[ Britt Wray YouTube 40 min video - general distress - worth viewing,
worth bookmarkign ]
/*Protecting Blue Nature/Protégeons la nature bleue- Episode 3 - Britt Wray*
IMPAC5Canada
Jan 18, 2023
https://www.youtube.com/watch?v=yXsl8-xveN8/
/
/- -
/
/[ Academic paper helps with analysis of our predicament ]/
*The Process of Eco-Anxiety and Ecological Grief: A Narrative Review and
a New Proposal*
by Panu Pihkala
Faculty of Theology, HELSUS Sustainability Science Institute, University
of Helsinki, P.O. Box 4, 00014 Helsinki, Finland
Sustainability 2022, 14(24), 16628; https://doi.org/10.3390/su142416628
Received: 28 October 2022 / Revised: 2 December 2022 / Accepted: 8
December 2022 / Published: 12 December 2022
(This article belongs to the Special Issue The Psychology of
Sustainability: Expanding the Scope)
*Abstract*
As the ecological crisis grows more intense, people experience many
forms of eco-anxiety and ecological grief. This article explores the
broad process of encountering eco-anxiety and ecological grief, and
engages in the constructive task of building a new model of that
process. Eco-anxiety and grief are here seen as fundamentally
healthy reactions to threats and loss, and only the strongest forms
of them are seen as problems. The aim is to help researchers,
various professionals and the general public by providing a model
which is (a) simple enough but (b) more nuanced than stage models
which may give a false impression of linearity. The article uses an
interdisciplinary method. The proposed new model includes both
chronological and thematic aspects. The early phases of Unknowing
and Semi-consciousness are followed potentially by some kind of
Awakening and various kinds of Shock and possible trauma. A major
feature of the model is the following complex phase of Coping and
Changing, which is framed as consisting of three major dimensions:
Action (pro-environmental behavior of many kinds), Grieving
(including other emotional engagement), and Distancing (including
both self-care and problematic disavowal). The model predicts that
if there is trouble in any of these three dimensions, adjusting will
be more difficult. The model thus helps in seeing, e.g., the
importance of self-care for coping. The possibility of stronger
eco-anxiety and/or eco-depression is always present, including the
danger of burnout. The ethical and psychological aim is called
Adjustment and Transformation, which includes elements of, e.g.,
meaning-finding and acceptance. The need for Coping and Changing
continues, but there is more awareness and flexibility in a
metaphase of Living with the Ecological Crisis, where the titles and
subtitles of the three dimensions of coping are switched.
https://pub.mdpi-res.com/sustainability/sustainability-14-16628/article_deploy/html/images/sustainability-14-16628-ag.png?1670917107
https://www.mdpi.com/2071-1050/14/24/16628
- -
/[ May 28 //Written By Trevor Lehmann]/
*An Imperfect Guide to Career and Climate*
There is a lot of uncertainty in the world right now.
Uncertainty about the economy
Uncertainty about the ecosystem
Uncertainty about our health
More than anything, we are worried that the future is going to be a lot
worse than the present…and we want to do something about it!
But how? With so many problems these situations can feel overwhelming
The gap between awareness of climate change as a threat and a sense of
how to respond both individually and collectively has been referred to
as the “hope gap.”
As a career counsellor, I have worked for years helping adults at all
stages of their career, especially young adults. I write this guide in
the hopes that these exercises will help you start moving towards
building a brighter future and closing the hope gap. To find moments of
climate empowerment amidst the climate-crisis and over time, to expand
that empowerment to a greater portion of your life.
This guide is far from comprehensive, but my hope is that the resources
ahead will get you moving and engaged in meaningful action. While
self-reflection is important as well as emotional processing, there is a
limit on what can be know before you set out to do something and it is
this second point I work to address.
If you are someone concerned about the planet and uncertain of your
place in, my hope is the writing ahead will help you take steps towards
a brighter future.
I recommend reading the guide in the following sections in order:
What is a Career?
Assessments Part 1: Interests
Assessments Part 2: Values
Assessments Part 3: Personality
Researching Occupations
The Truth About Green Jobs
Managing our Emotions
Cultivating Hope
Acting Local
Exploring Activism
As the name implies, this guide is a work in progress. If you have
suggestions, please contact me with any I would love to hear from you.
https://trevorlehmann.squarespace.com/an-imperfect-guide-to-career-and-climate/home
/[ Opinionista //Rebecca Watson is one of my favorite video bloggers//--
dis and mis-information and propaganda watch ]/
*Big Oil Bought my Favorite Science Influencer*
Rebecca Watson
23,149 views Jan 26, 2023
SUPPORT more videos like this at http://patreon.com/rebecca
https://www.youtube.com/watch?v=vg81dHXEGMc
/[ A video opinion -- assume, post-doom, bloom, etc... ]/
*Michael Dowd -- Is Human Survival Possible?*
Facing Future
549 views Jan 26, 2023 #MichaelDowd #PeterFiekowsky #ClimateCrisis
In this excerpt from "The Interview of the Century" , the full version
of which can be found at VitaSapien.org, #MichaelDowd and
#PeterFiekowsky discuss the burning question of whether or not it will
be possible to prevent the #ClimateCrisis from becoming catastrophic.
Hosted by Guy Lane
For more information on the state of our planet, visit the FacingFuture
Library at https://facingfuture.earth/library
https://www.youtube.com/watch?v=nmaJOsw30e4
- -
/[ Michael Dowd's Post Doom Web Site ]/
Post Doom
*Regenerative conversations exploring overshoot grief, grounding, and
gratitude.*
A foreboding sense of climate chaos, societal breakdown, and economic
and ecological “doom” is now widespread. Acknowledging our predicament
and working through the stages of grief takes one only to the midpoint:
acceptance. What lies beyond? Michael Dowd (with occasional co-hosts)
invites 75 guests to share their personal journeys along this trajectory
and especially the gifts they have found on the other side.
‘Post-doom’ means living, loving, and relating honorably with awareness
that…
• Our inescapable predicament encompasses all aspects of life.
• There are aspects of abrupt climate change and global pandemics
beyond our control.
• Climate chaos is a symptom of ecological overshoot of Earth’s
carrying capacity.
• Human-centered measures of progress and wellbeing are ecocidal
and self-terminating.
• Human-centered technology and the market are false gods,
creating hell on Earth.
• The extinction of rapacious industrial humanity (Homo colossus)
is inevitable and necessary.
• The extinction of Homo sapiens this century or next cannot be
ruled out.
https://postdoom.com/
/[The news archive - looking back at instructional moments ]/
/*January 27, 1995*/
January 27, 1995: The New York Times reports:
"Whatever happened to global warming? The question was on many lips
a year ago, when the northeastern United States suffered through its
bitterest winter in years. Now an exceptionally warm winter has
whipsawed perceptions about the world's climate once again.
"An answer has become apparent in annual climatic statistics in the
last few days: global warming, interrupted as a result of the
mid-1991 eruption of Mount Pinatubo in the Philippines, has resumed
-- just as many experts had predicted.
"After a two-year cooling period, the average temperature of the
earth's surface rebounded in 1994 to the high levels of the 1980's,
the warmest decade ever recorded, according to three sets of data in
the United States and Britain.
"The earth's average surface temperature last year closely
approached the record high of almost 60 degrees measured in 1990.
That was the last full year before the Pinatubo eruption, which
cooled the earth by injecting into the atmosphere a haze of
sulfurous droplets that reflected some of the sun's heat."
http://www.nytimes.com/1995/01/27/us/a-global-warming-resumed-in-1994-climate-data-show.html?pagewanted=all&src=pm
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