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[tongliheavymachinery]

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[blsengineeringandmachineryco]

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[fearfulfertility]

CONFIDENTIAL PROGRESS REPORT

DRC, Insemination Operations Command, Mobile Operations Unit

Date: [REDACTED]

To: Minister [REDACTED], Ministry of State Security

From: Administrator [REDACTED], Mobile Operations Unit

Subject: Cost of Conscripting Youth in Rural Communities

[REDACTED] (Arkansas, FEMA Zone 6) is an outlier for a small rural community with a population of [REDACTED] and a long history in the lumber industry. Of particular note, [REDACTED]% of the 18-25-year-old population has tested positive for high fertility markers and subsequently been conscripted as surrogates. The DRC Planning & Evaluation Office has been monitoring the situation as a case study of the economic impact of forced surrogacy conscription.

Mobile Paternity Units (MPU)

The newly deployed Mobile Paternity Units (MPUs) accelerate conscription rates by conducting field-based surrogate insemination protocols. The MPUs are fully equipped mobile hubs designed to identify, secure, and inseminate fertile surrogates in regions lacking the infrastructure or security to establish permanent paternity compounds.

Currently there are [REDACTED] MPUs in commission, operating in circular routes- - - - -

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MPU Background Context

The rural disruption program continues to be a success thanks to the deployment of the MPUs, which have been incredibly effective at deliberate societal destabilization.

As mentioned in last quarter's deployment report, in addition to the direct impact of mass insemination, MPUs employ covert biochemical measures to destabilize social order further. By introducing a cocktail of hormones and aphrodisiacs into the water supply, the MPUs incite heightened states of lust, confusion, and distraction among the population.

Among surrogates, this amplifies the effects of prenatal nymphomania, who, driven by uncontrollable desires, contribute to a pervasive atmosphere of hedonism and chaos. It also magnifies the feelings, thoughts, attractions, and behaviors of the non-surrogate members of the community, who participate in the physical activities with almost primal intensity.

The relentless pursuit of physical gratification prevents the community from focusing on its deteriorating condition, eroding familial bonds, productivity, and any sense of collective purpose. The combination of mass pregnancy, chemical manipulation, and social disarray leaves these towns paralyzed while serving the DRC’s objectives of surrogate acquisition and societal control.

By the time the vast majority of surrogates give birth and the MPUs return to collect the resultant offspring, the workforce is effectively crippled and vulnerable to collapse. Their ability to organize, resist, or rebel against external control diminishes, dependent on external support, unable to mount any meaningful opposition.

The cumulative consequences are both immediate and long-term, unraveling the town’s economic stability, social cohesion, and cultural identity.

I. Labor Market Collapse

As their pregnancies advance, these surrogates are unable to contribute meaningfully to the workforce. Compounding this crisis, the introduction of aphrodisiacs to the water supply inflames the atmosphere of widespread indulgence and physical fixation, leaving critical sectors paralyzed:

Agriculture: Fields go untended as the remaining workforce is too distracted or physically compromised to perform essential tasks.

Retail & Services: Shops and local businesses experience severe staff shortages, with employees increasingly abandoning their posts in favor of personal distractions. Productivity is reduced, and many businesses shut permanently.

Construction & Infrastructure: Public services (water supply, power, policing) are abandoned as skilled laborers become unavailable or uninterested.

This mass disengagement leads to a cascading failure across the economy. The distraction and incapacitation ensures that productivity never recovers.

“It’s like everything just… fell apart overnight. Most of the boys are now carrying these enormous pregnancies, some with 10, 12, or even 16 babies. They’re so big they can barely move, let alone work. My nephew is bedridden, his stomach so swollen and stretched it looks like he’ll burst. Businesses are shutting down left and right. The diner is now it’s closed because the staff is too preoccupied, too exhausted or too pregnant to keep things running.” - Victor Hayes, Charlevoix, Michigan, FEMA Zone 5

II. Population & Social Erosion

The breakdown of social order is exacerbated by prenatal nymphomania. This heightened state of physical fixation pervades the community, undermining traditional values and civic responsibilities:

Educational Decline: Schools lose both students and teachers as attendance drops. Classrooms empty out, and extracurricular programs vanish as the youth prioritize physical distractions over learning and participation.

Community Disintegration: Social events, youth programs, and local traditions deteriorate. The focus shifts away from community-building activities as families experience fragmentation and isolation as personal indulgence takes precedence over collective well-being.

The resulting social decay ensures that the community’s structure collapses from within, leaving it vulnerable and dependent.

“It’s like the entire town has lost its mind. My little brother is one of the surrogates. He’s just 19, and carrying 14 babies. He can barely move now, his belly is so massive and tight with those babies. And it’s not just him — every boy his age is the same. The weirdest part is they used to fight this, but now they seem so into it. And the rest of us? It’s like we’re all under a spell. Nobody wants to work, go to school, or even talk about what’s happening. Everyone’s just chasing some kind of high, day in and day out. There’s no sense of responsibility, no one to keep things running.” - Collin Tanner, Owensboro, Kentucky, FEMA Zone 4

III. Economic Ripple Effects

The economic consequences of the MPU deployment extend beyond immediate labor shortages. As the population becomes consumed by the chemically-inflamed environment, traditional economic functions disintegrate:

Real Estate Market Collapse: The prospect of family life and economic stability vanishes. Young adults are physically incapacitated or disinterested in establishing households or familial units.

Healthcare Strain: The need for prenatal care among the surrogates overwhelms local clinics. Meanwhile, rising cases of substance abuse and physical exhaustion further strain the system. Access to local healthcare diminishes, and locals become dependent on DRC resources.

This economic freefall ensures that recovery becomes unattainable, plunging towns into long-term decline.

“I’m 21, and I’m carrying 15 babies right now. My belly is so huge and heavy, I can barely get out through the front door. I used to work at the hardware store, and I was saving up to get my own place. But that dream’s gone now. Everyone my age is pregnant or taking care of someone who is. I’m too big and too tired to care. We’re all trapped in these enormous pregnancies, and there’s no help coming.” - S???-994-O, Andersonville, Georgia, FEMA Zone 4

IV. Collapse of Social Norms

These combinations contribute to a disintegration of social and familial distinctions, fostering an environment where traditional lines of propriety become increasingly obscured:

Dissolution of Familial Roles: As surrogates’ pregnancies advance and the community’s pervasive fixation on physical indulgence, interactions begin to appear that defy established familial roles. Young surrogates, often confined to their homes due to the extreme size of their pregnancies become focal points of attention in ways that undermine traditional respect and relational boundaries.

Loss of Interpersonal Distinctions: The community’s collective fixation results in behaviors and dynamics that would otherwise be constrained by societal norms. Familiarity within and outside households devolves into ambiguous interactions influenced by heightened compulsions.

The cumulative effect of these blurred boundaries ensures traditional norms are rendered obsolete, leaving the community adrift in a state of chaotic permissiveness.

“It’s hard to explain how things got this way. My cousin is one of the surrogates. He’s only 19, and his belly is just… massive... swollen beyond anything you’d think possible. He’s carrying 14 babies, and the sheer size of it, how tight and stretched his skin is... There’s something about seeing him like that — so heavy, so full — that just draws you in. Now, when I see my cousin leaning back against the couch, his huge belly dominating his frame, moaning as the babies kick and move inside him, I can’t stop myself from feeling drawn in. His body his so full and stretched... it’s mesmerizing.” - Derek Knight, Fulton, Illinois, FEMA Zone 5

V. Long-Term Consequences

The deployment of MPUs and the ensuing mass insemination drive the town into an inescapable cycle of decline:

Economic Decay: With the majority of the workforce incapacitated, businesses fail, infrastructure deteriorates, and investment ceases. The community becomes a “ghost town,” marked by derelict buildings and economic stagnation.

Dependency on External Aid: As self-sufficiency erodes, the town becomes reliant on DRC support. Demoralization set in, deepening the dependency cycle.

Loss of Cultural Identity: Traditions and community legacies fade as the surrogates’ incapacitation prevents participation in cultural life, collective heritage disintegrates into chaotic, aimless distraction.

“It’s like everything that held us together just fell apart. Both my brothers were turned into two swollen balls of babies by the end. Everyone their age was knocked up, fattened, and taken. The whole town looks like it’s been abandoned, a bunch of ghostly reminders of what used to be. We barely survive on government aid, but even that feels like a band-aid on a wound too big to heal. The town feels hollow.” - Jackson Bender, Northampton, Massachusetts, FEMA Zone 1

Conclusion

The deployment of MPUs and the ensuing biochemical manipulation devastate rural communities. The combined impact of enforced surrogacy, incapacitation, and chemically-induced distraction ensures that these towns collapse economically, socially, and culturally.

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Click Here to return to DRC Report Archives

[lulu2992]

Uncovering the unreleased Far Cry 5 in-game Encyclopedia

The almost complete but unused in-game encyclopedia, reconstructed thanks to the oasisstrings file.

Please note that it’s still cut content, so some information might not be relevant anymore.

You can read the oasisstrings file here. Pictures from this encyclopedia were also extracted and posted by @xbaebsae here.

Part 2: Locations - Holland Valley

Gardenview Packing Facility

The last facility added to the Hadlers' apple empire. They shipped their apples throughout Hope County and beyond. When the cult went red state, the Hadlers stopped their legal threats and resorted to violence.

Silver Lake Trailer Park

A community of people just trying to do their best.

Gardenview Orchards

A part of Doug and Debbie Hadler’s apple empire. After their ciderworks facility, they expanded to a second, larger orchard: Gardenview Orchards. Then they opened the Gardenview Packing Facility.

Rae-Rae's Pumpkin Farm

Fiery matriarch Rae-Rae Bouthillier cares about two things: Prize-winning pumpkins and her dog Boomer.

Gardenview Ciderworks

The first major facility owned by Doug and Debbie Hadler. Ten years ago, they had a dream: an empire made of apples. They nearly achieved it too, until the cult forcibly took over everything they had worked for.

Bridge of Tears

It was called the Mišihrew Bridge when the railroad was still active. It’s now a rickety old train bridge and John Seed's ideal location to send a warning message to all sinners.

Frobisher's Cave

In 1970, a cougar, named "Frobisher" by the locals, killed the star pitcher of a rival baseball team. The Hope County Silver Foxes won that year and changed their name to the Cougars in Frobisher's honor.

Howard Cabin

Home of Niesha Howard, an extreme rock climber from Canada who moved to Montana to be a prepper.

Copperhead Rail Yard

Copperhead Rail was created in the late 1800s by Emmet Reaves. It was shut down in the early 70s and a lot got left behind. It became a place for kids to get drunk or bums to find shelter, then the cult bought it.

Lincoln Lookout Tower

It’s the last working fire tower in the county. A man who worked here promised to help the Strickland family fight off the cult if ever their farm was under attack.

Sergey’s Place

A hobo historian calls this place home. Nobody's seen him in a while though.

Boyd Residence

Will Boyd lives here, or at least he did. No one in the valley talks about him. And for good reason.

Strickland Farm

Property owned by the Strickland family of farmers. No friends to Eden’s Gate.

U.S. Auto

A scrap yard containing trashed cars, broken farm equipment, and even a few busted planes. Eden's Gate uses the garage to build and maintain their convoys.

Doverspike Compound

Les Doverspike was a militia nut and he built himself a bunker. Nobody in the prepper community liked him. Despite that, he was anti-cult and pro-Resistance.

Harris Residence

Mike and Deb Harris were preppers with a cunning plan to keep themselves fed after the end of the world.

Reservoir Construction Yard

Deep North Water wanted to build a new reservoir for the Holland Valley. The company ran out of funding and was chased away by Eden’s Gate.

Dodd’s Dumps

Colin Dodd used to run garbage disposal for the whole Holland Valley, and his business lot shows it. The cult intimidated him into leaving but has yet to sort through all he left behind.

Davenport Farm

The remains of a run-down farm. Local farmers let their cows graze here. Can't let good land go to waste.

Hilgard Electric Power Station

The Holland Valley's power supply is reliant on this transformer station which is controlled by Eden's Gate.

Golden Valley Gas

Once the kind of gas station that gave out free bubble gum to kids, Golden Valley is now a strategic point of gasoline and auto maintenance for the Project at Eden's Gate.

Green-Busch Fertilizer Co.

Facing a decline in business, the Green-Busch family said “yes” and sold the place to John Seed on the condition that locals could keep their jobs and work alongside Eden's Gate.

St. Isidore School

Once a religious boarding school, it was forced to close its doors by Eden's Gate.

Dodd Residence

Home of Colin Dodd, hoarder and DIY enthusiast. He never throws anything out. His granddaughter Nadine's been known to lurk here.

Roberts Cabin

Home of Joe Roberts, a hunter. He's gone missing. He loved hunting deer above all else.

Hope County Clinic

Dr. Kim Patterson provides medical services to Hope County's farmers and low-income residents, many of whom would never receive care in such a remote area.

Holland Valley Station

In the days that it was up and running, Copperhead Rail used to stop here. Eden’s Gate uses this station to catch people who try to escape the region.

Grain Elevator

As the farmlands started to collapse, the grain elevator was the first casualty. Too expensive to maintain.

Henbane River Rail Bridge

Copperhead Rail was created in the 1880s during a mining boom, and shut down in the early 70s after the industry collapsed.

Flatiron Stockyards

Bobby Budell established the stock yards in 1946, and has proudly provided farm and ranch auction services since. The economic and community base employed over 25 people at its height.

Fillmore Residence

Home of Doug Fillmore. Not much is known about him.

Dupree Residence

Home of Tommy Dupree, an idiot who used to work at Green-Busch Fertilizer Co. He got fired by Eden's Gate because he was as dumb as the crap he bagged.

Catamount Mines

Fall’s End owes its existence to the gold Orville Fall discovered here in 1865. The mine brought a generation of prosperity to the region until a suspicious accident entombed 100 men within it, forcing its closure in 1912.

Sunrise Farm

Sunrise Farm was going under, so owners Mike and Chandra Dunagan reluctantly sold it to Eden's Gate. Big mistake.

Deep North Irrigation Reservoir

Originally designed to irrigate farms, the reservoir became a liability when the cult began putting Bliss in the water supply. The Resistance sealed it up to buy themselves time.

Red’s Farm Supply

The Redler family has run this place for 4 generations, and earned a reputation for honest business. Wendell did his best to keep it out of cult hands.

Purpletop Telecom Tower

In the 1950s, Purpletop Telecom built this tower, blessing people with the wonders of AM radio. As time and technology marched forward, they were also given the American splendor of a local TV station.

Woodson Pig Farm

This place has been in the Woodson family since 1943. Current owners Andrew and Frances Woodson used their wealth to try to stand up to John Seed and fight him in court. They lost, and joined the Resistance.

Sawyer Residence

Don Sawyer came from out of town to join the Project at Eden's Gate. He restores canoes, but isn't very good at it. Visitors have sworn they've heard him swearing in Russian over those boats.

Hyde Barn

Kenny Hyde's a poor man in Holland Valley, but that doesn't stop him from loving deep fried balls. He's the proud keeper of Fall’s End Testy Festy decorations, stashing them at his barn until they're needed.

Kupka Ranch

Zip Kupka's the only one who really knows what's going on in the Holland Valley.

John’s Gate

A missile silo long decommissioned and abandoned. The locals used to call it "Area 68." Eden's Gate bought it in secret and turned it into a bunker that is in John Seed's safekeeping until the Collapse.

Security Gate

Formerly the entrance to the missile silo, it's now the gateway to John Seed's bunker. Everything taken in the Reaping passes through this checkpoint.

Steele Farm

The Steele family managed to get their kids out of Hope County, but stayed behind to try and defend their home from Eden's Gate.

Lamb of God Church

A Lutheran church. Its elderly priest was overshadowed by Pastor Jerome’s charismatic sermons. John once asked the priest to say “yes.” Not a chance. Then, the priest was gone. He had taken a “long vacation.”

Lamb of God Sacristy

The Project at Eden's Gate has turned the Lamb of God Church's sacristy into a holding place for everything they need to baptize people at the water's edge.

Armstrong Residence

The Project at Eden's Gate targeted the Armstrong family early, burning their home to the ground when Grace Armstrong refused to devote her sharpshooting skills to the Father's cause.

Bradbury Tractor Shed

A shed for tractors.

Hope County Jail Bus

Prisoners hijacked this bus but were run off the road. The wreck was left to rot in the woods. When Eden's Gate brought prohibition to Hope County, some enterprising moonshiners set up shop behind the cult’s back.

Parker Laboratories

Home and workshop of Dr. Laurence Parker, and the origin of many mysterious noise complaints.

Seed Ranch

The power of yes gave John Seed this dream ranch overlooking the Holland Valley. it has commanding views, a private air strip, and secluded soundproofed rooms for his most invigorating religious pursuits.

Bradbury Farm

The home of the Bradbury family, hay farmers for generations. The strange pattern of dead hay in the field does not impact the quality of the final product. That's the Bradbury guarantee.

Bradbury Hay Field

Bradbury Farm's hay is baled and stored here before being sold to clients looking to feed their livestock with quality hay.

Laurel Residence

Laurel family honey was a local market favorite until their bee colony collapsed and jeopardized the business. It also spooked the Laurels who sunk money into a bunker and became preppers overnight.

Eden’s Gate Greenhouse

Bliss plants are found throughout the Henbane River, but they're also found here. John Seed takes the flowers he receives by boat from the east and plants them in his greenhouse.

Seed Boat Launch

Once a favorite spot for summer frolickers, this boat launch is used by John Seed for receiving shipments of Bliss and other supplies from elsewhere in Hope County.

Rye & Sons Aviation

This plot of land was first settled in 1920 by Willard Rye. He started a crop dusting business. His sons inherited both and it now belongs to the current generation of Ryes: Nick & Kim.

Kellett Cattle Co.

The Kellett family supplied beef for 3 generations. These proud Republicans thought they recognized the American spirit in Eden’s Gate, but when John Seed asked them to serve the Project, they said “no.”

Fall’s End

After prospector Orville Fall struck gold, his small mining camp quickly grew. Decades later, his rival, rail baron Emmett Reaves, shot him dead in the streets, giving the town its official name.

Old Silo

Welcome to the middle of it.

Kay-Nine Kennels

The owner, Kay Wheeler, loved her dogs more than life itself. She bred and trained hunting and guard dogs. When Eden’s Gate showed up, the local demand for guard dogs tripled. John Seed noticed and took action.

Sunrise Threshing

A silo and shed complex attached to Sunrise Farm. Rumor has it that Mike Dunagan's stashed a lot of cool shit around here somewhere.

Redler Residence

Home of Wendell Redler, local businessman and Vietnam veteran.

Adams Ranch

Jules Adams lost her husband in an "accident" after saying no to John Seed. Her family's struggled to keep the cattle ranch out of cult hands ever since.

Miller Residence

Despite financial hardship, the Miller family refused the cult’s invitations, prepping for doomsday all on their own. When the reaping came, Jerry Miller was out working.

Wellington Residence

The Wellington family mine is an urban legend, supposedly stuffed with gold, explosives, or both depending who you ask. Generations of Wellingtons (possibly inbred) have tried and failed to strike it rich here.

[dreaminginthedeepsouth]

Mike Luckovich

* * * *

“It’s lies all the way down.”

October 9, 2024

Robert B. Hubbell

Oct 10, 2024

“It’s lies all the way down.”

An apocryphal story tells of a skeptical audience member who challenged a 19th-century astronomer after a lecture in which the astronomer asserted that the Earth is round and suspended in space. The skeptic told the astronomer that the Earth rests on the back of a giant turtle (a myth with an ancient heritage). The astronomer patiently pushed back, asking, “On what does the giant turtle stand?” The skeptic replied, “On another giant turtle.” The astronomer persisted, “And on what does the second turtle stand?” The skeptic responded, “You aren’t going to trick me! It’s turtles all the way down!”

So, too, with Trump world’s cascade of lies. It’s lies all the way down. It is impossible to disprove lies that disappear into a bottomless cesspool of falsehoods. Trump’s self-replicating lies are a virus compounded by the absolute lack of shame or remorse when the liar is caught in the lie. The last forty-eight hours have given us the textbook example of Trump's “respond to disproven lies with bigger lies” strategy.

On Tuesday, multiple outlets reported that Trump sent Vladimir Putin an early Covid testing machine. Putin instructed Trump to keep the transaction secret because it would prove embarrassing to Trump. (In fact, as noted below, the transfer was probably illegal.)

The story of the Covid testing machine gift to Putin was met with a furious, unequivocal denial by Trump and his spokesperson. Trump told ABC News, “That’s false. He [Bob Woodward] is a storyteller. A bad one. And he's lost his marbles.

Trump's shameless campaign spokesperson, Steven Cheung, dismissed the stories, saying,

None of these made-up stories by Bob Woodward are true and are the work of a truly demented and deranged man who suffers from a debilitating case of Trump Derangement Syndrome.

On Thursday, a Kremlin spokesperson made a liar out of Trump, confirming that Trump did send a Covid testing machine to Putin during the early days of the pandemic. See Axios, Kremlin refutes Trump denial on sending Putin COVID testing equipment. The original report of the Kremlin statement is here, behind a paywall: Bloomberg, US Elections: Kremlin Confirms Trump Sent Putin Covid Tests While President.

To recap: Trump and his campaign issued a flat-out denial of Woodward’s report. The Kremlin confirmed the report, proving that Trump was lying about a matter that posed the risk of blackmail by the Kremlin.

How can this man be president?

And, just as importantly, why is the story of this blatant lie not the leading story on every newspaper and website, accompanied by a red-flashing siren graphic? But as of Thursday evening, that outrage—or even news coverage—was missing from major media.

This isn’t just any lie. It is a lie about an action by Trump that likely violated the US sanctions embargo in effect at the time. See Lucian K. Truscott IV, Kremlin confirms that Trump sent COVID testing equipment to Putin (substack.com). (“Russia was under strict sanctions by 2020, which were imposed under the Obama administration after Moscow invaded and seized the Crimean peninsula from Ukraine.”)

The media is reporting that Trump has been caught lying. But those stories lack the analysis of “So what?” and “Why does it matter?” No other candidate caught in such a lie would survive the press firestorm that would follow.

But here, the response is “crickets.” Nothing. Nada. Zip. The press spilled tankers of ink over whether Tim Walz and his wife used “IVF” versus “fertility treatments” twenty years ago. I hope that major editorial boards are furiously working on opinion articles that say, “Trump is a liar who is unfit to be president.”

The second part of Woodward’s story will likely prove true, as well. On Wednesday, JD Vance said, “I haven’t talked to Trump about this, but even if he did talk to Putin, what’s the big deal?” See HuffPo, JD Vance Scorched For ‘Grotesque’ Defense Of Trump’s Reported Chats With Putin.

In case you missed the point, Vance’s comments are a set-up for the revelation that Trump did, in fact, speak to Putin on a half-dozen occasions after leaving office—in direct contradiction to Trump's denials.

Why do those conversations matter? Because the DOJ has accused Russian interests of actively interfering in the 2024 presidential election. The fact that Trump is holding secret discussions with Putin at the very moment that Russia is interfering in our elections creates the strong implication that Trump and Putin are coordinating those efforts. The burden lies on Trump to rebut that logical inference.

The problem with Trump's constant lies is that they are not limited to his treachery. He lies about immigrants, elections, the economy, and natural disasters. Trump has managed to create distrust between victims and first responders. He has encouraged potential victims to ignore evacuation warnings because they wrongly believe FEMA will seize their homes if they leave. He has caused his followers to believe that the government can control and direct the weather to “red states” or “red counties” in purple states.

Marjorie Taylor Green tweeted that hurricanes are striking “red” states because “they” control the weather. She also famously claimed that wildfires in California were caused by “Jewish space lasers.” It is always only one step from any conspiracy theory to antisemitism. (Josh Marshall of Talking Points Memo has an important story about antisemitic texts being sent to Florida voters connecting disaster relief lies and US support for Israel. See TPM, The Text Campaign Underworld and the Florida Anti-Semitism You Can Find There. This article may be behind a paywall.)

It has become so bad that President Biden took to the airwaves on Wednesday to deny that the US government controls the weather. See Talking Points Memo, Biden Forced To Remind Everyone He Doesn’t Control The Weather.

When the media ridiculed Marjorie Taylor Greene’s ludicrous lie, her response was to double down with more lies. See The Independent, Marjorie Taylor Greene doubles down on weather control conspiracy theory despite experts rubbishing ‘hurricane modification’.

Marjorie Taylor Greene expounded,

“Everyone keeps asking, ‘who is they?’ Well, some of them are listed on NOAA, as well as most of the ways weather can be modified . . .” Greene also attached screenshots of “weather modification project reports” from the National Oceanic and Atmospheric Administration [NOAA] website.

Marjorie Taylor Greene’s attack on NOAA is consistent with the goals of Project 2025. Project 2025 proposes the “commercialization” (read: privatization) of NOAA’s weather forecasting function.

Per PBS, Project 2025 “describes NOAA as a primary component “of the climate change alarm industry” and said it “should be broken up and downsized.”

Republicans are institutionalizing lies. For example, in Florida, Governor Ron DeSantis signed a bill in May that removes the term “climate change” from state law and “deprioritizes” efforts to fight global warming. See NPR Florida Gov. DeSantis signs bill that deletes climate change from state law. DeSantis said when he signed the bill that “I am not a global warming guy,” but 90% of Floridians believe climate change is happening now. After Hurricane Milton, that percentage is likely to increase.

The attack on NOAA and the institutionalized lies in Florida bring us full circle to Hurricane Milton and Trump's “lies all the way down” strategy of undermining trust in the government. That strategy seeks to reduce the size and presence of the federal government in our lives. However, Hurricanes Helene and Milton highlight the federal government's irreplaceable role in natural disasters that quickly overwhelm the resources of any individual state.

Trump's lies matter. It should be big news when he lies, not a collective yawn in the media and among elected officials. Lying about the federal government's response to natural disasters and his own violations of US embargo sanctions against Russia are disqualifying for the presidency. The media needs to say so. As do we—with an overwhelming repudiation of Trump at the polls.

[Robert B. Hubbell Newsletter]

[defire]

Ghost of Seattle Chapter 31

Prev

Content: child soldier, gore/horror elements, shooting people, ptsd

On Oldman's order, Ghost sped up the sidewalk toward the Cult's first sentry outpost that was set up to the east. Attacking from the east might make them think it was a country group raiding them. It was about an hour before dawn. Ghost only went out when it was dark or cloudy. It was still bright enough to make him frown. It could still burn his skin.

Oldman had a plan for the machinery. He'd sent them with about 60 Shivers and some transportation equipment that they could push back together.

Sentries in the Cult were often equipped with fully automatic rifles, but the best equipment would probably be reserved for the west and south outposts. 

There were outposts surrounding the territory, sentries on those and surrounding each compound, and then the actual compund's forces and non-fighting members, like kids and weaker craftspeople. The Cult had a lot of craftspeople.

Oldman had created the strategy and gone over it with Ray, who was good at planning. He told each group what to do--Ghost, take out the point outpost.

Buddy, Ray and 10 snipers take up hidden positions. Ghost, check conditions from the lookout post, and give the signal for the raiders to move in, or the signal for Ray to issue different orders, if Ghost observed conditions that were too unexpected. 

He flexed his core to suppress the grinding nausea as he ran smoothly up the walk. Wind blew his hair back and cooled his forehead. He smiled.

He ran over rubble without changing his height in relation to the street, by bending his legs at different levels. He felt like he was gliding. He focused past the terror that came from being right in view of those sentries, in case they happened to look. Even treading on glass with his cloth-wrapped feet--unshod, thanks to Ray's friends--he made no noise. His breath went slow, and light like when he slept. Finally he reached a bit of cover--shadows under a crushed car garage with the cars smashed between each level. Thankfully with this kind of building, you weren't likely to stumble onto a dried corpse. They used to churn with worms in the year after it all happened, people said. Now they were spots of mold, moss; fertilizer.

He let his breaths come deeper now. Oxygen-starved, his eyes stopped seeing and lips went numb, but he refused to pant loudly like he wanted to. If they heard him, he was dead. Finally a breeze rustled leaves in the trees in the sidewalk, and he used those sounds to mask his gasps for air.

Then he stuffed in his earplugs.

Now the shakiest part of his job was done. Up to his skill now. He crept up the rubble. He heard them talking. There were four of them. The concrete-brick wall had been broken in several locations, to shoot through. He had to trust that he could leap over the wall faster than they could shoot.

He did what he always did. Grinned with yellow fangs, and decided, yes, he could.

It's not a lie if you make it true.

He took a bound and sprung up to the wall, fingertips tapping the dusty ridge to control his momentum, legs clearing the wall in the leap. He kicked his feet wildly as he came down, knocking rifles, hands and heads together in the tiny tower. There was no time to maneuver--just a couple seconds to kick ass. Kick balls. 

Ghost hammer-fisted the groin behind him, turned that into a punch for the balls on his left, right-stomped down through the shin on his right, and front-kicked the last guy in the throat. The first 3 were in various levels of stooped, grabbing at firearms. The 4th was clutching at his throat, falling slowly, making a clattering noise instead of proper breathing. Well, the 3rd was a girl, and she was about to start screaming. The first 2 had their rifles in hand.

Ghost grabbed the 4th by the shoulder and ducked behind him, spinning him the other direction at the same time, as if to make a shield out of him. Ghost knew better than to assume this guy's body would protect him, though, and he didn't stop there. This guy's rifle was n his back, and Ghost swung the muzzle up with the same motion as the spin. It was clumsy, but he only had to crouch a bit behind the Cultist to aim it at the others.

Safety off, squeeze the trigger. It recoiled, hitting him in the chest, and swung wide. He thrust it against the choking one's thigh, squeezed again as good as he could, and sprayed the bullets into the screams. Bit his lips and held on for dear life.

Time went so slow. 

He'd probably half-emptied the clip. He stopped because the guy wearing this gun had struggled forward. He had a flare in his hand somehow. 

Ghost leapt up, then stomped, crushing the man's hand with a calculated grind. 

"I'm... scared." Someone said behind him.

At that, he growled like a dog and snatched up one of the guns. The growl turned into a roar as he beat their heads in till he knew they were dead enough to not get up again. They twitched.

Still growling, he clenched his teeth and stared. Don't look. 

All he could do was stand there looking at the wall just above them, with horror and hate in his eyes. He wanted to stop.

The only way to stop was to drop the bloody gun in his hands, that he'd killed them with. He threw it out of his hands. The barrel thudded against the one guy's broken shin, and the toe twitched.

Sometimes it felt really wrong, and this was one of those times.

He unlooped the piece of rebar he kept hanging at his hip. He looked over the wall, into the Cult territory.

The layout matched closely to what Connor had described. 

Ghost gave the signal to proceed--a black flag.

Tag list: @joyjoygorl @cepheusgalaxy

Let me know if you want to be tagged!

Kindle book: Masterpost: Next:

[learnwithmearticles]

Lawns and Variation

Lawns most often consist of grasses and clover kept short by mowing. For decades in the United States of America, they were an important aspect of conformity. To this day, lawn maintenance is a key focus of many Homeowner Associations (HOAs). Through media and HOA policies, lawns grown out of control are associated with neglected land and poverty.

A short, well-kept lawn can be very aesthetically pleasing. It also reduces concerns about ticks and other pests. Maintaining one through regular mowing can provide homeowners a reason to spend time outside, and be part of important routines that help people keep their lives on track. Additionally, a short lawn is ideal for outside activities for pets, children, and adults. Of course, not maintaining one’s lawn can also lead to fines if part of an HOA.

The negatives of monoculture lawns, however, far outweigh the potential benefits.

The Negatives

Reducing biodiversity is the best-known way in which typical lawns cause damage. Persistent mowing keeps many species of plants from succeeding. Low biodiversity directly contributes to low ecosystem resilience1. For example, when a pest or fungus comes along that wipes out one type of plant, an entire field or dozens of fields will be wiped out because they are all the same plant. That leaves the land susceptible to erosion, flooding, and desertification (i.e arid land).

Low biodiversity means worse conditions for other forms of life, as well. Regular mowing to keep the grass short and uniform also keeps different floral plants from growing, thus reducing resources for pollinators1.

Persistent mowing also acts as an unnecessary addition to greenhouse gas production. Gas-powered lawn equipment contributes significantly to CO2, NOx, and volatile organic compound (VOC) emissions3. The amount of carbon equivalent pollution from lawn mowing and fertilizer use more than negates the benefit of carbon sequestration (CO2 kept out of the atmosphere) in grass yards2.

For many, yard maintenance also involves fertilizer and pesticide use. Fertilizer use contaminates waterways, primarily through rainfall, and causes algal blooms and decreased oxygenation in waterways. Pesticides can also pollute waterways. In fact, a majority of applied pesticides end up in soil, water, and air, and end up entering the food chain where they negatively affect a wide range of animals, including humans5. Pesticide contamination in humans has been linked to conditions like cancers, neurological issues, obesity, and neurological issues, to name a few5.

Lastly, lawns can need excessive amounts of water. On average, about 9 billion gallons of water goes to watering lawns in the U.S.A. every day6. This is made worse by poor watering practices, causing much of that water to be lost to evaporation and runoff. Water is considered a renewable resource, but that is contingent on proper maintenance and management.

Grass lawns around the world consume an abundance of resources and toxic materials to maintain. Maintaining a grass lawn is ecologically harmful because of pesticides, fertilizers, petroleum pollution, low biodiversity, erosion, and water use.

Cultivating native flora instead nullifies the need for these measures. Native plants are physiologically adapted to the local climate and conditions, and thus need less, if any, watering7. They are less likely to need pesticides or fertilizers, and their deeper root systems decrease soil erosion8. The reduced use of lawn equipment vastly improves air quality, and provides a much more interesting view than a monoculture yard8.

Clover

Transitioning a lawn from short, uniform grasses into a more biodiverse, environmentally healthy yard can be very difficult, and potentially impossible for some people. It doesn’t have to be all or nothing, though. Fostering the growth of clovers instead of grasses, for example, can be a good step for your soil.

Clovers include about 300 species with native varieties in many parts of the world, including Europe, central Asia, North America, and Africa. Clovers generally need minimal maintenance and, if allowed to flower, provide valuable resources for native pollinators9. Clover is also esteemed for its nitrogen-fixing properties. Like many legumes, clover species pull nitrogen from the atmosphere and increase nitrogen availability in soil10.

Converting grass lawns into areas for various native flora has many benefits for the environment and the land-owner, who can enjoy beautiful flowers and bushes while improving air and water quality. While a clover lawn is not as beneficial in these aspects, they can still be an important way for people to start improving their lawn. Fortunately, many more websites now exist to guide land-owners in cultivating native plants. There is always something you can do to help.

Additional Resources

1. https://besjournals.onlinelibrary.wiley.com/doi/pdf/10.1111/1365-2664.13542

2. https://link.springer.com/article/10.1007/s00267-012-9967-6

3. https://www.epa.gov/sites/default/files/2015-09/documents/banks.pdf

4. https://www.ctahr.hawaii.edu/kaufmana/downloads/Kaufman%20Lawn.pdf 

5. https://link.springer.com/article/10.1007/s40726-018-0092-x

6. https://19january2017snapshot.epa.gov/www3/watersense/pubs/outdoor.html

7.https://www.montvillenj.org/DocumentCenter/View/155/Choose-Plants-That-Are-Native-to-the-Area-That-Are-Drought-Resistant-PDF?bidId=#

8. https://archive.epa.gov/greenacres/web/html/index.html#

9. https://www.oneearth.org/the-various-advantages-of-clover/

10. https://onlinelibrary.wiley.com/doi/pdf/10.1002/its2.19

11. https://www.sciencedirect.com/science/article/pii/S1618866715000436

[ashleyrainsims]

Marty: Сhinga tu madre! Why the fuck did you go in there without a respirator?! Ash: So should we have left Danny there to die?

Ricky: Guys, look! The equipment is the same as in the room where the scientist was. And it's all new!

Marty: Mi corazón, you breathed in that much of that shit? These devices are everywhere. Ash: Fuck, I'm gonna puke.

Ricky: I don't think we can go any further without the hazmat suits. This fucking gas is blocking the next level.

I carried Danny to the couch in the recreation room. I didn't think I'd say this, but I'd rather see him smile maniacally and listen to his bullshit than hold his unconscious body and check his pulse every few minutes.

Danny: You are my light. If you leave me, I'll die. Ash: Shh. It's okay. I'll never leave you.

We went through all the files in Larsen's office. Subject #17 responds positively to third injection of compound… All subjects are highly active… Fuck, they're not even people, they're subjects! After the second injection, the fingers atrophy… Immunity is high, the cells of the microorganism destroy all known viruses… The subjects show signs of mental communication with each other…

Ash: Marty, did you realize what they were trying to do here? Marty: In simple terms… So, they thought they could improve fertility in women to reduce the risk of disease in the fetus… What came from outer space is some kind of chingado parasite!

Marty: I don't understand exactly what it does, but THIS controls all the infected like a fucking puppeteer! Ricky: What are the chances that if we destroy the parasite, all infected people will survive and get better? Marty: I think we need to find a way to at least temporarily block his influence on people. We're only going to get one chance to kick his ass.

Previous // Next

[nevaparker]

The Comprehensive Compilation of Adverse Reactions Associated with Cabergoline 0.25mg

Cabergoline 0.25mg is a frequently given prescription for many medical disorders. However, it is important for users to be aware of the possible negative effects that may accompany its usage, as is the case with any pharmaceutical. This page provides an extensive list of side effects linked to Cabergoline 0.25mg, including both typical responses and more severe cautions and long-term concerns. Through comprehending these adverse consequences and acquiring the knowledge to handle them, people may make well-informed choices about their therapy and overall state of health.

Cabergoline is a medication used to treat medical conditions such as hyperprolactinemia and Parkinson's disease

Cabergoline is a pharmaceutical compound classified as a dopamine agonist. It is often used in the treatment of disorders such as hyperprolactinemia, which may result in complications such as infertility, irregular menstruation, and lactation in both males and females.

Medical uses of Cabergoline 0.25mg

Cabergoline 0.25mg is often used for the treatment of hyperprolactinemia, a medical disorder defined by elevated levels of prolactin in the bloodstream. This medicine effectively reduces prolactin levels and effectively manages symptoms such as infertility, decreased libido, and irregular menstruation.

Adverse effects on the digestive system

Typical gastrointestinal adverse effects of Cabergoline 0.25mg may include nausea, emesis, constipation, and stomach discomfort. To reduce side effects, it is crucial to consume this drug with meals.

Neurological Adverse Reactions

Individuals using Cabergoline 0.25mg may encounter symptoms such as vertigo, somnolence, or cephalalgia. It is recommended to refrain from driving or operating heavy equipment until you are aware of the impact of this drug on your abilities.

Adverse effects on the cardiovascular system

Certain people may encounter alterations in blood pressure or heart rate while consuming Cabergoline 0.25mg. Regularly monitoring these measures and promptly reporting any major changes to your healthcare professional is essential.

Cabergoline 0.25mg is used to treat a variety of illnesses that arise from excessive production of the hormone prolactin. It may be used to treat pituitary prolactinomas, which are tumors of the pituitary gland, as well as certain menstruation issues and issues with fertility in both sexes.

Possible cardiac valve impairment

An important concern connected with Cabergoline is the possibility of cardiac valve injury, especially in those who are prescribed greater dosages for a prolonged duration. Consistent monitoring of the heart is crucial in order to promptly identify any anomalies in the valves.

Potential for Fibrotic Reactions

The use of Cabergoline has been associated with the emergence of fibrotic responses in diverse tissues, such as the cardiac, pulmonary, and abdominal tissues. If you encounter symptoms such as respiratory distress or edema in the limbs, it is advisable to promptly seek medical assistance.

Potential for the Development of Tolerance

Prolonged usage of Cabergoline might result in the development of tolerance, necessitating greater dosages to get the same therapeutic outcome. It is essential to adhere to the recommendations of your healthcare practitioner and refrain from altering your dose without seeking their advice.

Effect on Hepatic Function

Cabergoline has the potential to impact liver function in some people, resulting in increased levels of liver enzymes. It is advisable to undergo regular liver function tests while taking this drug in order to monitor any changes and avoid any problems.

Controlling and Reducing Side Effects

If you are encountering adverse reactions as a result of consuming Cabergoline 0.25mg, do not worry; there are strategies to address them. Here is a method to effectively control and reduce undesired consequences.

Titration and Surveillance of Dosage

Seek guidance from your healthcare professional about the possibility of modifying your Cabergoline dose. Regular surveillance may aid in monitoring the body's response to the medicine.

Implementing lifestyle modifications to mitigate adverse effects

Modest lifestyle adjustments may significantly alleviate adverse effects. To promote your general well-being, it is important to ensure that you stay well hydrated, follow a balanced diet, and make regular exercise a priority.

Drug Interactions

It is essential to be aware of the potential interactions between Cabergoline and other drugs for your safety and well-being. Now, let's explore the possible interactions and contraindications that need to be monitored.

Important Drug Interactions to Be Mindful Of

Cabergoline may have adverse interactions with some drugs. Ensure that you regularly update your healthcare practitioner about all the drugs you are currently taking in order to prevent any possible drug interactions.

Interactions with Specific Medications

Certain drugs should be avoided while using Cabergoline owing to the potential for adverse interactions. Take note of these contraindications to avoid any potential consequences.

Specific considerations for certain demographics

Customized strategies may be necessary for administering Cabergoline to various groups. Below are important factors to consider for pregnant or nursing women and geriatric patients.

Cabergoline is used to treat hyperprolactinemia (high levels of prolactin, a natural substance that helps breast-feeding women produce milk but can cause symptoms such as infertility, sexual problems, and bone loss in women who are not breast-feeding or men). Cabergoline is in a class of medications called dopamine receptor agonists. It works by decreasing the amount of prolactin in the body.

Women who are currently pregnant or breastfeeding

When you are pregnant or breastfeeding, it is crucial to have a conversation with your healthcare professional about the potential advantages and disadvantages of using Cabergoline. The utmost importance should be placed on ensuring the well-being of both you and your kid.

Geriatric Patients

Cabergoline may need special care for elderly people. Close surveillance and possible dose modifications may be required to guarantee the safety and efficacy of the medication.

Summary and Concluding Remarks

Understanding and addressing the possible side effects, interactions, and concerns of Cabergoline 0.25mg may seem challenging, but with enough information and help, you can successfully handle them. It is important to constantly seek advice from your healthcare professional for specialized assistance that is specifically targeted to your individual requirements.

Ultimately, it is essential for both patients and healthcare practitioners to have a thorough understanding of the potential adverse effects of Cabergoline 0.25mg. By being knowledgeable about the possible hazards, closely monitoring for any worrisome symptoms, and seeking advice from a healthcare expert as necessary, people may manage their course of treatment with more assurance and security. It is important to emphasize that taking a proactive approach to managing and maintaining open lines of communication are crucial in achieving the most favorable results while using Cabergoline 0.25mg.

[michaeldeem]

The Biological Sciences as a Career

The biological sciences are an excellent place to start whether you're considering career possibilities or have just begun your job hunt. The subject has many different professions, from research scientists to wildlife conservationists.

A bachelor's degree in biology, chemistry or a closely related discipline is often required for work in the biological sciences. Nevertheless, a master's or doctorate may be necessary for higher roles.

A research scientist designs and executes lab tests in a particular branch of biology. In a business or government organization, they may also help create products or procedures.

A bachelor's or master's degree in a specific subject, such as chemistry, computer science, environmental science, biology, or medicine, is usually required. They could also hold a Doctorate in the subject matter.

Some research scientists also have academic positions where they instruct future generations of scientists about a particular field of study and conduct studies.

Pharmaceuticals and medical research are two fields where research scientists are employed. The region and industry have an impact on these occupations' pay.

Medical researchers design and carry out experiments on illnesses and disorders to advance scientific understanding of issues relating to medicine and public health. Companies frequently use this research to create new medicines or healthcare items.

A bachelor's degree in a scientific discipline, such as chemistry, biology, or biomedical engineering, is required for those who want to work as medical researchers. Also, they must obtain expertise in research, grant writing, and laboratory work.

They generally then seek a Doctorate in a related branch of science. Students in these programs complete dissertations presented before a committee of experts, concentrating on laboratory work and original research.

Medical scientists can work in academic institutions or the business sector on research projects accepted by the employer after earning a Doctorate. They often need excellent oral and written communication abilities to communicate their results to doctors and other healthcare professionals.

To address issues with the production or usage of chemicals, fuels, pharmaceuticals, and food, chemical engineers employ the concepts of chemistry, biology, physics, and arithmetic. They are employed in manufacturing facilities, research labs, and pilot plant establishments.

Chemical engineering is the area of engineering that develops machinery, methods, and procedures for blending, compounding, and processing chemicals to create valuable products from raw materials. The fundamental concepts include material and energy balances, thermodynamics, fluid mechanics, separation technologies, and chemical reactor design.

Chemical engineers have a wide range of career options and can choose to work in various sectors. Examples include the production of ammonium nitrate at a fertilizer plant, converting crude oil into gasoline, jet fuel, diesel fuel, and lubricating oil in a petroleum refinery, or blending several chemicals to create shampoo or body lotion at a personal care product maker.

Biomedical engineers create and develop devices that aid doctors in patient diagnosis and treatment. Examples include medical imaging equipment and tools that enable remote medication or surgical patient treatment.

The discipline of biomedical engineering is ever-evolving, making it a great fit for those who appreciate the challenge of developing novel solutions to new issues. These advancements immediately enhance the health and quality of life of patients.

Work environments for biomedical engineers include hospitals, research centers, educational institutions, and governmental organizations. They create brand-new gadgets, evaluate their performance, and offer technical assistance for already-available goods.

[thefertilizermachine]

Manufacturing process advantages of ammonium sulfate extrusion granulator

    Manufacturing process advantages of ammonium sulfate extrusion granulator

     1. The investment of double roller granulator is only 50% of slurry granulation or chemical granulation, which is 20% less than steam granulation;

     2. Double-roll granulator granulation does not require heating and humidifying materials, saving investment and energy consumption. It can adapt to the granulation of heat-sensitive materials such as ammonium bicarbonate and some organic compounds;

     3. There is no waste water and waste gas discharge in the production process, and it will not pollute the environment;

     4. The extrusion granulation process is short, easy to operate, easy to realize automatic production control, and improve production efficiency;

     5. There are no special requirements on the properties and particle size distribution of raw materials, the sources of raw materials are wider, and the production is more flexible. Roller granulator can be used for wide applicability of raw materials, granulation of medicine, fertilizer, feed, coal. Metallurgical and other raw materials can produce compound fertilizers of various concentrations and types (including organic fertilizers, npk production line, bio-organic fertilizers, magnetic fertilizers, etc.).

     6. The particle size of the product is evenly distributed, high hardness, no segregation, no caking.

Zhengzhou Huazhiqiang organic fertilizer equipment manufacturer is based on the principle of honest management, aggressive and pioneering, including organic fertilizer production line, npk fertilizer production line, etc, perfect after-sales service and supporting facilities, is a main organic fertilizer granulator, organic fertilizer for organic fertilizer equipment manufacturers of complete organic fertilizer production lines such as turning machines, organic fertilizer pulverizers, organic fertilizer fermentation machines, etc, welcome to consult.

[tongliheavymachinery]

Working Principle of NPK Compound fertilizer Granulator. NPK compound fertilizer production line.

Hello Everyone, welcome to our Zhejiang Tongli Heavy Machinery Co., Ltd Official Channel, should of done this video before, but anyways. In this video we will walk you through the working principle of the granulator.

website: https://www.cementl.com

Email: info@tlzjmachinery.com

whatsapp: +86 15988878668

[tiancimachines]

Advantages and disadvantages of mainstream organic fertilizer granulator

As the key equipment of the organic fertilizer production line, the organic fertilizer granulator can not be ignored. Common organic fertilizer granulators include: npk fertilizer granulator, drum granulator, disc granulator machine, new organic fertilizer Granulator, new two-in-one organic fertilizer granulator, flat die granulator, ring die granulator, all kinds of granulators have their own production characteristics, and the fertilizer granulator machine price vary.

Before buying, it is necessary to understand the advantages and disadvantages of each organic fertilizer granulator machine:

1. Extrusion granulator belongs to dry granulation. Advantages: no drying process, high particle density, good fertilizer effect, and full organic matter content; it also saves money for buying dryers and coolers, and does not need to burn coal in the future. This saves a lot of money. Disadvantages: The granules of the extrusion granulator are flat and round, and the fluidity is not very good when the field crop machine is easy to get stuck, so if it is an organic fertilizer made for machine farmers, use this granulation process with caution.

2. The drum granulation is a compound fertilizer granulation process, which can be used to produce organic fertilizer, but the granulation rate is low and there are few users. This process can be selected if organic, inorganic, organic fertilizers are produced.

3. The disc granulator machine is a relatively traditional process, which has the advantages of smooth granules and good appearance; the disadvantage is low density; at present, people are pursuing new granulation methods, so there are fewer and fewer users.

[fearfulfertility]

CLASSIFIED OPERATION SUMMARY

DRC, Planning & Evaluation Office, Logistics & Infrastructure Division

Date Initiated: [REDACTED]

From: Assistant Director [REDACTED], Logistics & Infrastructure Division

To: Director [REDACTED]

Subject: Operation Overdue

Background

Paternity Compound 110 exceeded maximum capacity due to an influx of high-multiparity surrogates and operational delays due to the ongoing [REDACTED] in the Philadelphia metropolitan area. Overcrowding led to strained medical staff and diminished care standards.

Operation Overdue was launched to mitigate these risks. It was a cross-country air transport initiative intended to distribute surrogates to Paternity Compound 133 in Portland, far below occupancy capacity. This initiative required covert execution to avoid public attention and ensure all surrogates reached their destination intact.

Paternity Compound 110 (Philadelphia)

Paternity Compound 110 is an aging and overcrowded facility located in a repurposed commercial structure in Philadelphia. Designed to house a maximum of [REDACTED] surrogates, it currently holds over [REDACTED] (20% over capacity), leading to severe resource strain and cramped conditions. Despite its deteriorating infrastructure, the compound remains operational due to its proximity to a high-fertility urban population, ensuring a steady influx of conscripts.

Paternity Compound 133 (Portland)

Paternity Compound 133 is a modern, state-of-the-art facility in a remote area outside Portland. It is designed to accommodate up to 1,000 surrogates and boasts cutting-edge medical technology and advanced monitoring systems. However, its location in a region with a lower urban population has led to concerns about underutilization, with only a sporadic influx of conscripts to fill its capacity. 

Transport Details

Stage 1: Ground Transfer 

Surrogates were loaded into climate-controlled transport vehicles with hydraulic lifts to accommodate limited mobility.

Vehicles were disguised as commercial cargo containers to minimize civilian interference.

Stage 2: Cross-Country Airlift

[REDACTED] cargo planes were requisitioned from [REDACTED] for the operation. Each aircraft was retrofitted with cushioned flat beds, oxygen units, and onboard medical stations.

Medical personnel monitored surrogates for complications, administering sedatives to those exhibiting distress or restlessness.

“Flying cargo is one thing. Flying this cargo? Another beast entirely. I could hear the medical staff scrambling in the back every time we hit turbulence. It wasn’t until we touched down that I realized how close we came to disaster.” - [REDACTED], Pilot

Stage 3: Arrival & Integration at Compound 133

Surrogates were offloaded and delivered to their assigned wards, where medical personnel assessed their condition.

Immediate hormonal stabilizers were administered to counteract the physical strain caused by altitude changes and prolonged immobility.

Mobility & Transport Constraints

Issue

Many surrogates, especially those late term (+25 days), were unable to walk or sit upright due to the size and weight of their pregnancies. The average weight of surrogates and supporting equipment was over [REDACTED] lbs, +300 lbs average surrogate weight, 489 lbs max weight transported.

Solution

Specialized equipment, such as reinforced stretchers, forklifts for heavier surrogates, and bariatric wheelchairs, was employed to move surrogates from Compound 110 onto the planes. Stretchers were secured in a palletized format inside the aircraft to maximize space.

“The forklift crew had a hell of a time loading the bigger ones. You’d think they were moving industrial machinery, not people. One was so massive they had to be rolled onto the stretcher like a beached whale. It wasn’t pretty.” - Anonymous Ground Technician

Issue

While the standard [REDACTED]-type plane has a cargo capacity of approximately [REDACTED] lbs and an internal volume of [REDACTED] cubic feet, the vehicles needed retrofitting to accommodate the unique needs of heavily pregnant surrogates. This included safety measures for turbulence and environmental controls to maintain appropriate temperature and pressure levels.

Solution

The [REDACTED]-class plane could transport [REDACTED] surrogates per flight with DRC modifications. 

Planes were equipped with mobile dividers so that if surrogates suffered complications, they could be rapidly isolated from view for treatment or birth. Climate control systems were enhanced to maintain a stable environment and portable restroom facilities were added for staff use (surrogates were catheterized to avoid the need for movement).

“They told me this was for my own good, but I can barely breathe in here. Every bump in the air made it feel like my belly was going to burst. I just want this to end—I don’t care where we’re going.” - Surrogate S110-523-Q

Key Incidents

Mid-Transport Medical Emergency

During the flight, Surrogate S110-399-Q, pregnant with septendecuplets (17), began exhibiting severe respiratory distress. Initial symptoms included difficulty breathing, chest tightness, and visible [REDACTED]. Onboard medical personnel swiftly administered oxygen and sedatives to stabilize, but within minutes, signs of early labor emerged, prompting the emergency medical team to prepare for an in-flight delivery.

The medical team worked tirelessly to assist the surrogate as he delivered all 17 fetuses before arrival in Portland. Each newborn was immediately evaluated for viability and determined to be stable. As expected, the surrogate's vital signs rapidly declined following the final birth, and he succumbed to [REDACTED] failure. 

"I’ve never seen anyone that big in my life. I couldn’t stop staring. His belly was so massive it looked like it was about to split open. When he started struggling to breathe, the medical staff was all over him, but the sounds he made… it was like he was suffocating under his own weight..." - Surrogate S110-403-I, Observed Situation

Public Visibility Concerns

Several bystanders filmed the convoy and uploaded clips online during the ground transfer stage. DRC Cyber Security immediately intervened, scrubbing social media platforms and issuing cease-and-desist orders to content creators.

Surrogate Stuck in Chair

One surrogate, pregnant with octodecuplets (18), experienced significant growth during the flight, reportedly due to hormonal surges and fluid retention. Upon landing, the crew discovered that the surrogate had become physically wedged in his reinforced seat due to his expanded abdomen and swollen extremities. Extraction required the partial disassembly of the seat and the use of specialized equipment to free him. 

“I wasn’t even surprised anymore. His belly was literally spilling over the armrests. That’s when you realize these missions aren’t just logistical—they’re borderline impossible.” - Anonymous Transport Specialist

Behavioral Issues

Three surrogates attempted to resist boarding at Paternity Compound 110, citing fears about the unknown destination and poor treatment. They were sedated on-site and securely transported.

Post-Operation Notes

Total Surrogates Transported: [REDACTED]

Surrogates Expired En Route: [REDACTED]

Fetuses Delivered During Operation: [REDACTED]

While operational challenges were anticipated, the results align with DRC efficiency standards. The use of modified cargo planes and specialized medical protocols ensured the safe delivery of most surrogates despite several complications during transit.

Additional safeguards are required to manage the physical strain of long-term pregnancy during extended transport. Enhancing hormonal regulation pre-flight may mitigate extreme growth events.

Stronger sedation measures, particularly during boarding, will reduce incidents of resistance and streamline pre-departure logistics.

Transport plans must minimize exposure to the public. Future operations should prioritize routes and timing to limit interaction with civilian populations.

Conclusion

Operation Overdue underscores the complexities of large-scale surrogate relocation efforts and demonstrates the DRC’s capacity to execute such operations precisely and adaptively. Lessons learned during this mission will inform future strategies, ensuring the continued success of critical population sustainability initiatives.

----------------

Click Here to return to DRC Report Archives

[psychicsheeparcade]

Imaging Technologies for Precision Agriculture Market Promising Growth and by Platform Type, Technology and End User Industry Statistics, Scope, Demand by 2034

The agriculture industry is undergoing a significant transformation driven by technological innovations. Among these, imaging technologies for precision agriculture stand out as game-changers, enabling farmers to enhance productivity, minimize costs, and adopt sustainable farming practices. The market for imaging technologies in precision agriculture is experiencing rapid growth, driven by the rising need for food security, increasing adoption of smart farming practices, and advancements in remote sensing.

The global imaging technologies for precision agriculture market is expected to grow at a compound annual growth rate (CAGR) of 11.7% between 2025 and 2035. Based on an average growth pattern, the market's projected revenue in 2035 is expected to reach USD 4.12 billion. In 2025, the global market for imaging technologies for precision agriculture is projected to be worth USD 1.29 billion.

Get a Sample Copy of Report, Click Here@ https://wemarketresearch.com/reports/request-free-sample-pdf/imaging-technologies-for-precision-agriculture-market/1631

Applications of Imaging Technologies in Precision Agriculture

Crop Monitoring Imaging technologies enable real-time monitoring of crop health, allowing farmers to detect nutrient deficiencies, diseases, and pest infestations early.

Irrigation Management Thermal and multispectral imaging help optimize water usage by identifying areas with water stress, thus promoting efficient irrigation.

Yield Estimation Accurate yield prediction is crucial for planning harvests and supply chain management. Imaging technologies provide valuable data on crop maturity and expected output.

Soil Analysis Imaging technologies can assess soil moisture content, structure, and nutrient levels, helping farmers implement site-specific management practices.

Imaging Technologies in Precision Agriculture Market Drivers

Rising Adoption of Smart Farming Practices The increasing integration of IoT, AI, and data analytics in agriculture is driving the demand for imaging technologies.

Government Initiatives and Funding Various governments are promoting precision agriculture by offering subsidies and funding for technological adoption.

Growing Demand for Sustainable Farming With climate change concerns and the need to reduce the environmental impact of farming, imaging technologies enable sustainable agricultural practices by optimizing inputs like water and fertilizers.

Challenges in the Imaging Technologies in Precision Agriculture Market

High Initial Investment The cost of advanced imaging equipment, drones, and data analytics platforms can be prohibitive for small-scale farmers.

Data Management Imaging technologies generate large volumes of data, requiring robust systems for storage, processing, and interpretation.

Lack of Technical Expertise Farmers need training to effectively use imaging technologies and interpret the data collected

Top companies in the Imaging Technologies for Precision Agriculture Market are,

The Global Imaging Technologies for Precision Agriculture Market is dominated by a few large companies, such as

DJI

Trimble Inc.

AgEagle Aerial Systems Inc.

Ceres Imaging

Planet Labs PBC

Taranis

GeoPard Agriculture

Resonon

Specim (A Konica Minolta Company)

Agricolus

FIXAR-AERO LLC

Syngenta

Others                    

The leading companies of the Imaging Technologies for Precision Agriculture industry, their market share, product portfolio, company profiles are covered in this report. Key market players are analyzed on the basis of production volume, gross margin, market value, and price structure. The competitive market scenario among Imaging Technologies for Precision Agriculture players will help the industry aspirants in planning their strategies. The statistics presented in this report are an accurate and useful guide to shaping your business growth.

Market Segments

By Technology 

 Hyperspectral Technology 

Multispectral Technology 

 Others

By Product 

 Hardware 

 Cameras

 Sensors 

 Software

By Application 

 Crop Scouting 

Field Mapping 

 Inventory Management 

 Irrigation Management 

 Weather Tracking & Forecasting 

 Yield Monitoring

 Others

Imaging Technologies for Precision Agriculture Industry: Regional Analysis

Forecast for the North American market

The Imaging Technologies for Precision Agriculture market is dominated by North America, which accounts for over 45% of the global market. With the widespread use of cutting-edge precision agriculture methods, this region is predicted to continue holding a sizable portion of the worldwide market, which it presently controls. The United States and Canada have adopted AI-driven technologies, drones, and hyperspectral imagery to improve crop monitoring and production forecasting. The market in this area is further strengthened by significant R&D expenditures and encouraging government regulations.

Statistics about the European Market

Germany, France, and the United Kingdom are among the nations driving Europe's significant growth. These countries are implementing imaging technologies to improve sustainable farming methods and comply with strict environmental restrictions. The market in this region is expanding due to initiatives to combine AI with heat sensors and satellite images.

Market Forecasts for Asia-Pacific

Growing food consumption and rapid urbanization are driving market expansion in nations like China, India, and Japan. Imaging technologies are increasingly being used by public and commercial entities for pest control and irrigation management. The area exhibits significant growth potential as smaller farmers become more conscious of precision farming.

Conclusion

The adoption of imaging technologies in precision agriculture marks a transformative shift towards smarter and more sustainable farming. By offering real-time insights into crop health, soil conditions, and irrigation needs, these technologies enable farmers to make data-driven decisions, ultimately boosting productivity while minimizing resource wastage. As advancements in drone technology, AI-powered analytics, and satellite imaging continue, the market for imaging technologies in precision agriculture is poised for exponential growth. This innovation-driven approach not only helps meet the rising global demand for food but also promotes environmental stewardship, making it a vital tool for the future of agriculture.

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Boron Prices, News, Trend, Graph, Chart, Forecast and Historical 

The global Boron market has experienced significant price fluctuations in recent years, primarily driven by changing supply-demand dynamics, geopolitical factors, and shifting industrial applications. Boron, a naturally occurring element found in various minerals, plays a crucial role in industries ranging from agriculture to electronics and glass manufacturing. Its unique properties, such as its ability to improve strength, heat resistance, and electrical conductivity, make it indispensable in several key applications, thereby influencing its market prices. As demand continues to rise, particularly in emerging markets and new technological innovations, the Boron price market is projected to experience further fluctuations.

The supply of Boron is concentrated in a few countries, with Turkey being the largest producer, followed by the United States and Russia. These countries have vast reserves of Boron-rich minerals such as borax and colemanite, which are extracted and processed to produce Boron-based products. However, issues related to mining, environmental concerns, and local regulations can significantly affect production levels and, in turn, Boron prices. For instance, natural disasters or geopolitical tensions in key producing regions can disrupt the supply chain, causing a surge in Boron prices. Similarly, changes in export regulations or domestic policies in major producing countries can affect the availability and cost of Boron on the global market.

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In addition to supply-side factors, demand for Boron has seen steady growth across several industries. One of the primary drivers is its application in agriculture, where Boron compounds are used as micronutrients to promote plant growth and increase crop yields. The growing global population and the need for enhanced agricultural productivity are fueling demand for Boron-based fertilizers. Moreover, as the adoption of precision agriculture and sustainable farming practices increases, the use of Boron-based products in agriculture is expected to rise, further boosting demand.

Another key area of Boron consumption is the glass and ceramics industry, where Boron compounds are used to enhance the durability and heat resistance of glass products. Borosilicate glass, for example, is widely used in the production of laboratory equipment, cookware, and even solar panels. With the expansion of the renewable energy sector, the demand for Boron-based products used in solar panels has risen significantly. As the shift toward renewable energy sources accelerates globally, the Boron market is expected to benefit from the growing need for materials that contribute to energy efficiency and sustainability.

The electronics sector is another important driver of Boron demand. Boron compounds are used in semiconductors, lithium-ion batteries, and other electronic components. As technology continues to advance, the use of Boron in electronic applications is expected to increase, especially with the rise of electric vehicles (EVs) and the growing demand for high-performance batteries. This trend is expected to push Boron prices upward, as manufacturers of electronic components seek to secure a stable supply of Boron to meet the growing demand for their products.

Despite the strong demand for Boron, market prices can be highly volatile due to external factors such as fluctuating energy costs, currency exchange rates, and global economic conditions. For example, changes in oil prices can impact transportation costs, affecting the cost of Boron imports and exports. Likewise, changes in exchange rates can influence the cost competitiveness of Boron for international buyers. Furthermore, economic downturns or recessions can reduce demand for Boron in certain sectors, leading to a decline in prices.

Looking ahead, the Boron market is poised for growth, but it will be subject to various challenges. One such challenge is the increasing pressure for sustainability and environmental responsibility. As governments and corporations around the world place greater emphasis on reducing the environmental impact of industrial activities, the Boron industry may face stricter regulations related to mining, production processes, and waste management. These regulations could increase production costs, potentially leading to higher Boron prices. However, companies that invest in green technologies and sustainable practices may find opportunities to thrive in an increasingly eco-conscious market.

Moreover, innovation in Boron applications could open new avenues for growth in the market. For example, Boron is being explored for use in advanced materials, such as high-strength alloys and lightweight composites, which are in demand in industries like aerospace and automotive. Additionally, Boron is being studied for its potential role in hydrogen storage and energy production, which could play a significant role in the transition to a low-carbon economy. As these technologies mature, new demand for Boron could emerge, driving market prices higher.

In conclusion, the Boron market is characterized by complex supply-demand interactions, geopolitical influences, and the evolution of industrial applications. While Boron prices have experienced fluctuations in recent years, the overall demand for Boron across various sectors, including agriculture, electronics, and renewable energy, is expected to continue driving market growth. However, external factors such as regulatory pressures, production costs, and global economic conditions will continue to play a crucial role in shaping the Boron price market. As new technologies and applications emerge, the Boron market will likely see further price fluctuations, offering both challenges and opportunities for producers and consumers alike. Understanding these market dynamics is essential for stakeholders to navigate the Boron market effectively and make informed decisions.

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