US deportees face sudden, ‘traumatic’ separation from their children, report finds
Dozens said they weren’t given chance to arrange care for their kids after being deported at short notice, study shows
Read in The Guardian: https://apple.news/AQZXNgUvUR8iryl1SDTqQiA
Shared from Apple News
Best Wishes and Hugs,Scottie
Punish the rich? They have been underpaying their taxes for decades.
Also, at 70, they likely have no income from a job, but are managing their wealth. Capital gains tax rate is 15% up to $600,000, and 20% for over $600,000.
Josh Lieb Mar 18, 2026
Caption: SHAKESPEARE FOR KIDS. Child actors on stage in Elizabethan costume. One says: “The first thing we do, let’s eat all the ice cream.”
That’s relatable.
Ali Redford makes my day with this one two three seven:
I love the way she stages this — friends at a bar, from the back. That’s exactly where this conversation would take place. It doesn’t matter who’s saying it. And I think this might be the first time Ali has used color. I like it. Thanks, Ali!
Draw my comics. I’ll post them here.
(snip)
So, I have a question; someone please weigh in. And if no one knows, I’ll go to one of the future meetings to ask my question, which is probably dumb. But. We have lots of space in downtown buildings, a decent amount of which would be contiguous with the knocking down of some walls. This space is more than one storey, so ceilings can be high. Using the rest of the information provided at the meeting, I’m wondering why they have to expand the footprint and sprawl, instead of buying and moving into a downtown building? Again, that’s probably stupid. I haven’t seen the city strat plan in years; I’m certain there will still be variances to obtain no matter where it’s located. But that’s not costly. So, please, whoever knows, tell us why there has to be a new facility on the edge of town? And thank you!
So far, I am not in favor of a data center within the city & 3 mile surrounding space. I really am not confident that AI’s gonna last, but that’s a non-arguable point. If this is the future and I have not yet heard how the town is leaning, I’d like everything to be of benefit to people. My city, with good intentions, nevertheless tends to end up owning properties it never planned to own, and which are tough to unload.
March 16, 2026 Cueball
By Tracy McCue, Sumner Newscow report — The Wellington City Council will be discussing at Tuesday’s meeting whether or not to enter into an energy sales agreement between the City of Wellington and CORMER for the development of a Tier IV Data Center, north of the community.
The proposed project location is a parcel owned by the Wellington Humane Society, situated just north of the City Limits but within the City’s utility service territory.
Data centers are the physical infrastructure behind AI — the buildings that house the specialized computers needed to run AI systems. “As demand for AI has surged globally, the race to build this infrastructure has created a major economic opportunity for cities and communities that will act,” according to a communication information overview issued through representatives of Cormer.
Cormor officials state:
“Wellington has something many larger cities do not: available electrical power, room to grow, and the ability to move quickly. This project is designed to put that advantage to work for the community. The bottom line is the project would bring significant new utility revenue to the City, expand the local tax base, and create construction employment, and put Wellington on the map as a technology-forward community — all without requiring Wellington to build any new water infrastructure or take on any new construction risk. The developer pays for all required infrastructure upgrades.”
Cormor officials state that AI is already powering search engines, medical diagnostics, financial systems, and business software used every day. To run AI at scale, technology companies need enormous computing facilities. The United States is currently experince and unprecedented rush to build them.
Over 2,000 new data center projects have been announced across North America since 2023. Technology companies are actively looking for communities with available power, and that is exactly what Wellington offers, according to Cormor spokesmen.
A resolution was introduced by the City of Wellington at the March 3 council meeting. According to the meeting minutes, Dwayne Corcoran, a representative from Cormor, stated that the proposed center north of town would be waterless and would not use batteries like most other data centers. Unlike other developers, their plan is for 14.7 megawatts and will create about 14 high-paying jobs paying $75,000 or more annually.
Council member Cindy Antonich asked about how much electricity would be needed and if the City would profit. Assistant City Manager of Utilities/IT Jason Newberry said with the proposed maximum load of 14.7 megawatts over four years, Wellington’s current system does have that capacity now, and it would be profitable. Newberry then later in the meeting cautioned that if the data center wanted to expand past the 14.7 MW, it will be short on capacity over the next several years.
Council member Jerry Elmore said the city would benefit from the sale of electricity, but not the property tax, as it would be in the county.
The council then tabled the resolution until the next meeting. It passed by a 4-2 vote with Mike Westmoreland, Antonich, Elmore and Jan Grace voting for the table; and Tim Hay and Lucas voted against it.
———
A work session was then called on March 12 to discuss this project again as representatives from the Cormore Data Shelter team, including Dwight Concoran, Dwayne Corcoran and Chris White wished to make a presentation. The following is according to the city clerk’s minutes of that meeting.
Dwight Corcoran explained the advantages of locating data centers in rural communities, citing lower land costs and access to available power. He emphasized the potential economic impact, including the creation of high‑paying jobs and opportunities for community development. Elmore asked about the long‑term growth potential of the proposed facility. Dwight Corcoran responded that their model focuses on smaller, more flexible data centers designed to scale over time.
Dwayne Corcoran noted that the development team comes from small‑town backgrounds and believes AI data centers will eventually be located in many communities. He explained that the concept includes five‑megawatt pods with an overall load of 14.7 megawatts. Chris White explained the concept of colocation, in which smaller businesses can store and manage data within the facility.
White also discussed the project’s waterless cooling system, which uses a gas rather than chilled water, thereby reducing environmental impact. Dwight Corcoran added that the design incorporates microgrids for both power and cooling, allowing for phased growth and operational flexibility.
Elmore asked additional questions regarding the waterless cooling system, noting that water usage has been a topic of discussion in Sedgwick County. White explained that the cooling system operates at the cabinet level and does not require water. The gas‑based system is fully contained within each cabinet door. White stated that water usage would be limited to approximately two gallons per day, primarily for humidification in the data hall and for domestic uses such as restrooms and break rooms.
Dwight Corcoran discussed the potential economic impact on the City of Wellington, including increased electric utility revenue and job creation. He noted the possibility of expanding the facility’s capacity to 100 megawatts in the future. The discussion included the potential to attract additional technology companies and to create an AI development incubator.
Corcoran stated that the initial phase of the project would utilize approximately 30 percent of the City’s electrical capacity and generate an estimated $1.3 million in electric utility revenue, which he indicated would approximately double the City’s annual electric revenue.
Cormor Data Shelter estimated approximately 200 construction jobs over a two‑year construction period and approximately 20 permanent employees for ongoing operations. Dwight Corcoran noted that the facility would include white‑space rooms and GPU‑based AI infrastructure, which could support new technological developments. He stated that data centers can serve as an engine for attracting new businesses by providing access to advanced computing resources.
The presenters noted that Wellington was selected in part due to its proximity to the regional aerospace industry and the area’s existing investments in regional and national broadband infrastructure.
Elmore raised questions regarding potential environmental impacts, including water usage and noise. Dwight Corcoran and White addressed these concerns, reiterating the minimal water usage and explaining noise mitigation strategies. They emphasized the importance of working collaboratively with the community to address concerns as they arise.
Regarding noise abatement, the presenters stated that backup generators would be operated for approximately 26 minutes per year for routine testing. Outside of testing, generators would be used only in emergency situations, during which noise considerations would be secondary to public safety and operational continuity. Council Member Antonich asked about potential impacts to the Humane Society shelter located in the area. The presenters stated that mitigation measures had been considered to address potential impacts to the shelter and its occupants.
———
In a memo sent to the council for tomorrow’s meeting, Wellington City Manager Jeff Porter states:
“CORMOR has indicated that a site within the City’s utility service area is not feasible without concessions on energy costs. Under City Code, customers with a peak load of at least 1,000 kilowatts may qualify for a negotiated Economic Development rate. CORMOR has communicated an anticipated peak load of approximately 14.7 megawatts (just under 15,000 kilowatts), which meets this threshold.
The proposed project location is a parcel owned by the Humane Society, situated just north of the City limits but within the City’s utility service territory. City staff have confirmed that existing water infrastructure is sufficient to serve the facility. However, the project would require upgrades to the Crusader Substation at West Road and 30th Street, as well as the construction of approximately 3,000 linear feet of new overhead electrical conductors. The developer would be responsible for all costs associated with the required electrical infrastructure.
The proposed electric rate is one cent above the City’s cost of power from KPP Energy. It is important to note that the City has a total power purchase commitment within the KPP power pool. The developer would also be responsible for power losses on their dedicated circuit, as such losses are unavoidable.”
No oopsies on posting Josh Johnson! Remember device/keyboard protective protocols.
I didn’t get “Lay Lines” posted yesterday. Although, I didn’t have/take time to read comics yesterday… anyway, here it is, a day late.
This is the answer to yesterday’s Free The Ocean Trivia. I got it correct, but it was a guess because the other ones didn’t really seem correct. Anyway, it’s good eco news for Tuesday, taken from nature!
Written by Matthew Russell
In the shallows of Papua New Guinea’s Kimbe Bay, scientists have documented a surprising adaptation among one of the ocean’s most recognizable fish. During a 2023 marine heatwave, orange clownfish—familiar to many as the inspiration behind *Finding Nemo*—began shrinking. Not just slimming down, but actually shortening their bodies to weather the rising temperatures of their coral reef home, as reported by AP News.
This previously undocumented response was observed across dozens of breeding pairs tracked over several months. The findings, now published in *Science Advances*, offer rare insight into how marine species are physically changing to survive extreme climate conditions.
Clownfish are shrinking their bodies during marine heatwaves.
Between February and August 2023, researchers repeatedly measured 134 clownfish as ocean temperatures soared to levels resembling a “hot bath,” according to Newcastle University doctoral researcher Melissa Versteeg, whose team led the study alongside local organizations Mahonia Na Dari and Walindi Resort. The scientists discovered that nearly three-quarters of the adult fish shrank at least once during the period, decreasing in total length by several millimeters. These changes happened in mere weeks—not over a lifetime, as previously assumed in similar cases, according to Vox.
Unlike earlier studies that linked climate to stunted growth in birds and mammals over generations, this was physical shrinkage in mature individuals. The observation challenges assumptions about static adult body sizes and opens new possibilities for understanding animal adaptability.
This size reduction is a physical adaptation, not just weight loss.
The shrinking wasn’t random. It was synchronized, particularly within breeding pairs. Versteeg’s team found that pairs where both fish shrank together had better odds of surviving the heatwave. The behavior, documented in the wild for the first time in reef fish, helps sustain clownfish social structure, Sustainability Times reports.
Clownfish live in tight-knit social hierarchies, often with one dominant breeding pair and several subordinate members. Size plays a critical role in that hierarchy. When heat stress reduced food availability or oxygen levels, shrinking may have reduced the energy and oxygen needs of the fish. Coordinated downsizing likely helped avoid social conflict and maintain reproductive bonds.
Speaking to the The Washington Post, Newcastle marine ecologist Dr. Theresa Rueger emphasized how this size shift offered advantages: smaller fish may manage heat stress better and require fewer resources—both of which are scarce in warming seas.
The phenomenon was discovered during a 2023 heatwave in Papua New Guinea.
Clownfish aren’t alone. Scientists have linked higher global temperatures to shrinking trends in a range of species, from birds to mammals. A 2019 study showed that North American birds shrank by an average of 2.6% over several decades. But the clownfish response is distinct because it occurs rapidly, during the adult life stage, and in direct response to a single environmental event.
Thermal stress may trigger these changes by limiting the availability of oxygen and nutrients. Smaller bodies have less demand and are more efficient under strained conditions. There’s even speculation that clownfish, like marine iguanas, may be reabsorbing bone or fat tissue to reduce size, though more study is needed to confirm this hypothesis, BBC News reports.
Scientists measured 134 clownfish monthly and saw widespread shrinkage.
Despite this remarkable display of flexibility, adaptation has its limits. The heatwave that prompted this discovery was the first of three consecutive ones in the region. Many of the clownfish studied didn’t survive them all. Coral bleaching—another side effect of heat stress—is stripping clownfish of their sea anemone homes. These vibrant, venomous hosts are essential for clownfish survival, offering shelter and protection. Without them, even the most adaptive clownfish may struggle to persist.
Moreover, this shrinking behavior is not a cure-all. As pointed out by University of Massachusetts fish biologist Joshua Lonthair in The Washington Post, if shrinking turns out to be a widespread response to environmental pressures, it may fundamentally alter how scientists understand growth and maturity in marine life.
The clownfish shrinking phenomenon marks a breakthrough in how marine biologists interpret resilience. It’s a glimpse into the extraordinary ways wildlife tries to keep pace with a planet in flux. While researchers continue to explore the exact mechanisms behind this body-size shift, one thing is clear: even iconic species like the clownfish are being reshaped by climate change—literally.
Understanding these changes is crucial, not just for preserving individual species, but for forecasting the health of entire marine ecosystems. In a world growing hotter by the year, adaptation may be the difference between survival and extinction.
Scottie's Playtime 