Book review of “Halfway Home”. What happens after jail

Preface.  This book is about what happens to released prisoners. Many of the homeless you see on the street were prisoners who are on the street because landlords won’t rent to them, and their family won’t let them move in since landlords won’t hesitate to evict them as well (do read “Evicted: Poverty and Profit in the American City” — far more people are thrown out on the street with all their belongings than you ever imagined — this is one messed up nation to treat people so brutally).  Employers usually won’t hire felons either, so they have no money to pay rent with.  And even the slightest infractions can send someone on parole or probation back to jail.  These are some of my kindle notes. I left most of the heartbreaking stories out.

Alice Friedemann  www.energyskeptic.com  Author of Life After Fossil Fuels: A Reality Check on Alternative Energy; When Trucks Stop Running: Energy and the Future of Transportation”, Barriers to Making Algal Biofuels, & “Crunch! Whole Grain Artisan Chips and Crackers”.  Women in ecology  Podcasts: WGBH, Planet: Critical, Crazy Town, Collapse Chronicles, Derrick Jensen, Practical Prepping, Kunstler 253 &278, Peak Prosperity,  Index of best energyskeptic posts

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Miller RJ (2021) Halfway Home: Race, Punishment, and the Afterlife of Mass Incarceration. Little, Brown & Company.

The word justice suggests some harm repaired or some truth revealed, but 95% of all court cases end in a plea deal after a person has spent anywhere from several weeks to several years in a cage. Of the 2.3 million people who are incarcerated, 40% are black, 84% are poor, and half have no income at all. The 2,626 people who have been exonerated since 1989 spent an average of nine years in prison for crimes they did not commit. Nearly half are black, and almost all of them are poor. It is clear to anyone paying attention that the legal system does not administer anything resembling justice but instead manages the nation’s problematic populations.

To fully understand mass incarceration, we must go to the neighborhoods that hemmed them in long before they occupied cages, the same places that serve as their confines for years after they return.

We must wait with them for a space to open in the halfway house or in the shelter, because the laws and policies that the U.S. government has enacted ensure there is no place for them to go. We must sit in the homes of the parents, lovers, and children who share their burdens.

The story of mass incarceration in America is bigger than American jails and prisons, even with their two million captives. And it’s bigger than probation and parole, even with the five million people held in the prison of their homes through ankle bracelets, weekly drug tests, and GPS technology. This is because mass incarceration has an afterlife, and that afterlife is a supervised society—a hidden social world and an alternate legal reality. The prison lives on through the people who’ve been convicted long after they complete their sentences, and it lives on through the grandmothers, lovers, and children forced to share their burdens because they are never really allowed to pay their so-called debt to society.

Today, 19.6 million people live with a felony record, four times the size of the population on probation and parole, and ten times the size of the American prison census. Almost all of these people lived in dire poverty before they entered a cage, and they return to these same conditions on the day of their release. One-third are black; one in three currently living black American men have felony records. And while the number of black women held behind bars is eight times higher today than it was in 1980, the reach of the carceral state does not stop at the threshold of the black family.

There are 45,000 federal and state laws regulate the lives of the accused. They dictate where and with whom they may live and what they may do with their days. The greatest harms are concentrated at the state level, reaching into their neighborhoods. In Michigan, there are 789 of these laws.

In most states, this means that people with criminal records may not hold public office or live in public housing. They can be fired from their jobs on the whim of their employers or have their applications for apartments denied, even when they have the jobs, the credit scores, and the references to qualify otherwise. In some states, they may not be allowed to vote. With few places to work or live and fewer ways to change the circumstances they face, they still may not qualify for food stamps or student loans to go back to school and improve their living conditions. They may have to give up their parental rights. They certainly may not adopt children or even live in a home with a foster child.

They may not be able to leave the country, and, for some crimes, they can’t even leave the state. It doesn’t matter that they’ve finished probation or that their incarceration was decades ago. They can still be rejected, and there’s nothing that anyone can do.

Over half of the 35,000 people released from Illinois prisons annually return to Chicago, and half of them, about 9,000 people, to just six of the city’s poorest neighborhoods. All six areas have crime, arrest, and unemployment rates triple the national average, with black Americans accounting for 90% of their residents, save one neighborhood that is over 90% black and Latinx.

No other marginalized group—not poor black people without criminal records, not mothers on welfare, not even undocumented immigrants—experience this profound level of legal exclusion. No other group shoulders the burdens of social policy in quite the same way.

The supervised society has produced a new form of citizenship through practices of punishment and exclusion that target our nation’s poorest families. We’ve failed to see, or perhaps we’ve ignored, how the ways we’ve chosen to punish the poor extend far beyond the prison’s walls and start long before an arrest occurs. This, too, is part of the afterlife of mass incarceration

Today, 100,000 men, women, and teenagers, nearly half of whom are awaiting their trials, circulate between the Cook County Jail and some poor black neighborhood on the South Side or West Side of Chicago each year.

Long lines of visitors snake around corners outside the entrances to each of the main dormitories. Once visitors get inside the first gate, longer lines mark the pilgrimage of overworked public defenders, parents and grandparents, social workers, wives, husbands, and partners, some with strollers, others holding the hands of their little ones, huddled together under the elements.  One line is for visitation, another is to post bail, a third is to retrieve property.

When “feeding time” is announced, some man in oversize khakis hauling an industrial-strength black garbage bag filled with bologna or ham sandwiches on white bread, sometimes with oranges and cartons of milk, makes his way to the front of the wing to pass out his goods.

In the early 1980s, my grandmother, whom we called Ma Ma (pronounced “Mah-Ma”), took me to court with my two brothers, Joseph and Jeremiah. Our mother had left us at a police station. This was right before the crack era but after Reagan made a scandal out of the “welfare queen.” The police station was one of the few places that a poor, drug-addicted, or mentally ill woman could leave the children she couldn’t raise, or simply did not want to raise, without risking a charge of child neglect.

Some judge or underpaid hearing officer got to decide whether or not my family stayed together or if my brothers and I would be sent back to the foster homes where the other kids did not know us, where we could not play with the toys, where as a toddler I once sat in shit for an entire day. As we grew up, my brothers and I got into trouble. We got into fights and dropped out of school. My brothers cycled between different kinds of confinement—group homes and foster care and jails and prison cells and treatment facilities and electronic monitors. At various points in our lives we’ve all slept on park benches or stayed in shelters and lived in neighborhoods that none of us felt were safe.

On a hearing officer’s whim, I was spared the worst parts of the system and left in the care of my grandmother. I’m fortunate never to have done time. My brothers weren’t so lucky.

The plea deal is a perverse kind of a confession. It is an abdication of the inquisitorial process. Fact-finding is unnecessary. No deep truths are revealed through plea deals. They are negotiations between a prosecutor with the power of incarceration and death at his or her disposal, whether or not there is evidence, and a defendant who just wants to go home.

The people who take these pleas are typically stuck in cells and live under the threat of long prison sentences. They’ve been separated from their families. They confess guilt to a judge and to their accusers in open court, giving up their right to a trial that they likely couldn’t afford. They do this whether or not they believe that they are guilty because copping a plea is the fastest way to get home, but almost everyone I met who took a plea regretted it. You cannot undo a guilty plea.

Once it’s entered, the defendant gives up the right to an appeal. And you can never do enough to erase it. A conviction follows you through news clippings, mug-shot databases, and cheap electronic background checks easily accessible to employers, landlords, licensing officials, and anyone with thirty dollars, a credit card, and enough curiosity to look. There are whole industries built around disseminating criminal records and storing files in digital databases. Sometimes, companies make records publicly available and charge a fee to take them down. Most times, they compile the data and charge a fee for people who want to use the information to investigate others. And while a plea deal saved Ronald’s mother from a lifetime of incarceration, this was an atypical outcome.

I launched the Detroit Reentry Study, a research project that would follow 90 newly released prisoners for two years. I would meet them on the day of their release from jails, prisons, and police lockup facilities nearby and observe them as they tried to put their lives back together. We followed men and women as they looked for work or places to live and as they did their best to reconnect with their families. Some had been locked up for just a few days; others had been incarcerated for decades.

My brother Jeremiah was pulled over one day, and the officers found he was driving without a license; it had been suspended after his last DUI. When they ran his name, they saw he had an open warrant in Michigan. They took him into custody. He was processed, shackled, and put on a transport van to Ann Arbor, where he would face his day in court. He told me the trip took three days even though Chicago to Ann Arbor is only a 4.5 hour drive, five hours if you stop for coffee and bathroom breaks. The van, which was privately owned, took a detour to the East Coast to pick up additional passengers. After three days in a van and three days in jail, Jeremiah was released on his own recognizance. A judge ordered him to check in with a probation officer and submit to weekly drug tests, even though he had not (yet) been convicted of a crime. It didn’t matter that he had a wife and a job back in Chicago. He could not leave Michigan. He could not go back to my home, which was, after all, the scene of the crime. It would have been hard for me to let him stay anyway.

While he awaited trial, no one in liberal Ann Arbor would hire him. He did not have an address, which made it nearly impossible for him to find steady work, and he knew landlords rejected applicants with records. With no job, he couldn’t have afforded an apartment anyway. Jeremiah couch-surfed with people he barely knew or slept in a moving truck. He eventually found a community—a local priest allowed the homeless to erect a tent city in the church parking lot, and he slept outside on the asphalt on a makeshift cot.

He went home a free man with a charge that he could probably explain if he was asked about it in an interview, but he had a conviction. He would be considered a “habitual offender” should he ever be arrested again, and “habitual offenders” got “sentence enhancements”—legalese that meant a judge could give a longer sentence. I turned to his attorney and asked, “What if we fought and lost?” He said that if Jeremiah was convicted, he would do 10-15 years. Plus, the judge could add an additional 10-15 years because he was a “repeat offender.” Jeremiah had been caught shoplifting a cart full of goods worth more than 500 dollars from a Target in Ohio. He had been convicted of grand larceny, making him a “habitual offender.

Timothy’s story was like that of so many other people I’d interviewed. I would ask, “How old were you when you were first arrested?” They would tell me 10 or 12 or 16. I would ask, “How many times?” They would say 10 or 15 or sometimes laugh and say something like “Shit, too many times to count.” Chicago, Detroit, New York, LA, Ann Arbor or Ypsilanti, Michigan, even Harvey, Illinois. It didn’t matter what city. Boys got in trouble. Boys got into fights. Boys cut class. Boys got arrested. And their trials were so similar: A boy or his mother or his brother or his friend was assaulted. The police were called, and they either came too late or didn’t come at all. In Detroit, in 2013 the average response time for a 911 call was 58 minutes, and that was for “high-priority calls” like robberies, sexual assault, or active shooters. And the homicide clearance rate in Chicago in 2017 was just 17%. This meant that 83% of the city’s murderers were never brought to “justice.” Why would anyone call the police? The girls’ stories were similar, but there were important distinctions. They were 16 on average when they were first arrested. Almost all of them had children. They leaned on their mothers or sisters or friends when they were locked up, rarely on their lovers. Almost all of them had been sexually assaulted—by babysitters, by parents, by boyfriends, by strangers. (Some of the boys were sexually assaulted too, but it took many, many interviews and sometimes a number of years before they shared those stories with me.) New York City had something like 17,000 untested rape kits; Detroit and Chicago and every other major city in the country were about the same.

The people I met told me without fail that the police didn’t come when they needed them, but they were there when they smoked a joint or sold a few rocks or turned a trick to get out of a bad situation.

I’ve sat across many tables from many different people, sometimes when they were in prison, most times after they were released. Most had been locked away for years. We’d have coffee or break bread or share a bench during cigarette breaks at their AA meetings or their anger-management sessions. I’d meet them at the unemployment office or a library or when they filled out applications for public aid. I’d go to their homes and sit with their families, doing my best to learn what it was like to live in a supervised society. I spent hours talking with some and years talking with others. It didn’t matter if they were convicted of killing a man or robbing a store or getting high. There was a pattern: An arrest. A series of incarcerations. A sense of guilt. A feeling of shame. A struggle to find their way.

The outcomes were almost always the same. Very few people landed jobs. Fewer still could rent apartments. They moved from couch to couch as their lovers and family members grew exhausted caring for able-bodied adults who could not find their way.

The psychologist Geraldine Downey studies the weight of rejection in people’s lives. She studies how the anticipation of rejection affects psychological and physical health.  In adults, it leads to anxiety and depression and a sense of dissatisfaction with life and intimate partners. No wonder so many relationships dissolve when a lover comes home from prison; no wonder so many people struggle to get their footing after hearing No dozens of times.

Locked out of the political and economic life of the city, formerly incarcerated people must depend on the mercy of others, although they rarely find it. They look for housing, but options are scarce or unaffordable. Social-service agencies refuse to help them or have long waiting lists.

Jimmy (one of the 90 people the author interviewed for this book)

He had just come from a meeting with his parole officer. When I asked how it went, he whipped out a photocopy listing his “conditions of release.” He could not cross state lines without the court’s permission. He could not possess a firearm. He could not return to or be near the vicinity of his last arrest. He could not “associate with known offenders.” That is, he could not live or work with anyone who had a criminal record, and he could not spend time with anyone on probation or parole. He could not drink alcohol or use “any controlled substance.

The restrictions were straightforward, but the sheet also listed tasks he was required to accomplish. He had to report to his parole officer once a week to submit a urine sample for drug testing, which he was expected to pay for—ten dollars for every test. He had to complete a job-skills training program at the Michigan Works! Association, a workforce-development agency. He had to attend Narcotics Anonymous meetings twice a week. He had to attend all other “physical or mental health treatment” the courts or his parole officer deemed necessary. He had to search for employment. He was on an electronic monitor, his whereabouts tracked through an ankle bracelet and GPS satellite technology, so he had to do all of this between 8:00 a.m. and 3:00 p.m. each day. If he violated any of these conditions, he could be sent back to prison.

The parole officer sent Jimmy to a job agency that was closed. That was not unusual; these kinds of places folded all the time. But it had taken Jimmy an hour to get to me on Detroit’s notoriously unpredictable transit system, and we’d still ended up walking a mile. I wondered if there was somewhere else we could go, somewhere closer to Midtown. But that would just make it harder for Jimmy to get there when the bus pass I’d given him eventually expired. Besides, there was no phone number on the printout for the agencies we might go to, and in any case, Jimmy’s phone had run out of minutes. There was no way to know which place would be open.

If the workforce-development center had been open, he could have gotten a bus card for the month from a case manager. Without a bus card, Jimmy would have to walk nine miles to the other center. He would have to walk to his court-ordered AA meetings and he would have to walk to the parole office to give his weekly drop. He told me he could be sent back to prison for missing any of these appointments, and he was right.

We both knew men who had been “flopped” for similar reasons. Nearly a quarter of all prison admissions the previous year were for parole violations like these, and the price of violation was steep. Parolees who got flopped had to finish their sentences, and Jimmy had eighteen months left on his. Even if his PO didn’t think Jimmy’s violation was serious enough to warrant prison, he could be held for ninety days in the “eye-drop” unit at the detention center.

Jimmy had been laid down many times. He did seventy-seven days at a work camp for stealing something from a garage with a partially open door. He did thirty days in the county jail for “pissing hot”—failing a drug test—and another thirty days at the eye drop for missing his very next appointment.

Missing an appointment because he overslept or not going to a treatment group because he couldn’t borrow bus fare—could cost this man his freedom.

We walked to the counter together to sign Jimmy up for a session. The receptionist told us that all the classes were full. She instructed Jimmy to put his name on the waiting list and to come back the next week because a parolee might fail to show. They did not give out bus cards to people who were not yet in the program, and they could not guarantee him a spot.

In that moment, I understood why Jimmy worked so hard to make sure that I was comfortable. He lived in an economy of favors. With so many rules to follow and so much risk involved—one mistake could cost him his freedom—he needed favors from people he barely knew to meet his basic needs. Life for Jimmy was so chaotic in part because he was so often rejected.

He moved from one catastrophe to the next. There was no way for him to anticipate that he would need a ride from me, but he had to stay in my good graces just in case he needed me. In the end, my help didn’t matter. The agency had no room for Jimmy, and it would make no room for him, even though he’d spent a good part of the day trying to get there.

Jimmy turned to his girlfriend for a place to stay each time he was released. And she would always help him, letting him sleep on her couch or giving him a hot meal or cash when she could afford it. But her landlord started asking questions. He told her he saw Jimmy come and go at night. He didn’t want trouble in his building. And he knew, like everyone else, that Jimmy had been to prison. He told Ruth that he liked her, but if Jimmy moved back in, he would be forced to put her out.

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Of the 250 dollars I sent my brother in prison, 100 dollars was applied to fees he owned — a 400-dollar extradition fee and a 68-dollar fee for the “state minimum costs” to record his felony conviction.  We were both surprised to learn that half of everything he received over 50 dollars in a 30-day period would be applied to pay down his legal debt. He owed thousands of dollars. He was charged $650 for the privilege of being represented by a public defender he’d met just once, on the day of his hearing, and $1611 for “court costs.” Judges, stenographers, bailiffs, and clerks had to be paid.

One in three black American men lives with a felony record and where almost nothing they can do will save their children from meeting the same end.

A million families live this way: Sending money they can’t afford. Making court dates they don’t have time for. Driving five hours only to be turned away because there’s been a lockdown at the facility or their names weren’t on some registry or they showed up on the wrong day or someone’s dress wasn’t quite long enough.

Over half of all Americans, including nearly two-thirds of all black people in this country, have a family member who has been to prison.

“At the halfway house,” Yvette told me, “my roommate was using and selling drugs and boosting.” Her roommate was supporting a heroin habit by stealing clothes from local department stores and selling them on the street. “Of course she gave me some,” Yvette said, “which started me back up, you know.” Yvette was using again just a few days after her release, a parole violation for sure. She knew she would give a dirty drop. She knew she was headed back to prison.

Yvette and a few girlfriends stuck together in those early days, sleeping on couches and alternating nights at some “guy’s house” that one of them was “talking to.” Nights on the street. Nights in dope houses. Nights in the beds of people they didn’t know very well. Yvette lived like this for a year.

Just about every woman I talked with had been sexually assaulted. An uncle. A boyfriend. A parent. A half sister’s husband. One in six women nationally and a staggering 86% of all incarcerated women are survivors of sexual assault; 75% were abused at home, and over half were abused as children.

Rich kids didn’t get arrested; people like Yvette did in the early 1970s. With just 300,000 people in cages and a population that exceeded 200,000,000, the U.S. incarceration rate was relatively low. Mass incarceration at the scale and concentration that we know it today was in its nascent stages.  She had seen so many people who were released come back to prison in just a few months. A new prostitution charge. A parole violation—pissing hot or missing appointments or getting into a fight with a boyfriend.

Her boss understood but said there was little he could do. An employer could be sued for having a felon on the payroll. A decade free and a decade sober. A volunteer. A hard worker. A good daughter and wife, and soon to be a mother. In the end, none of that mattered.

It was 1991. Mass incarceration had reached its midpoint, with 1.2 million people held in American jails and prisons.

Changes in liability law, beginning in the 1980s, started in housing. Tenants sued negligent landlords when they were robbed or mugged in their buildings. The courts sided with the renters, finding that crime prevention was part of every landlord’s responsibility. More lawsuits followed. Landlords were fined under nuisance ordinances for letting their buildings fall into disrepair, for harboring drug users and gang activity, and for leasing apartments to felons. Almost overnight, property owners became part of the crime-fighting machine.

They responded to this new responsibility by evicting tenants with even decades-old criminal records, and denying leases to people facing criminal allegations.

The verdict was in on prisoner rehabilitation—much of the public and most policy makers believed it simply did not work. Crime could not be treated, the public thought, because criminals were born, not made. A suite of new laws provided a way to avoid the risks posed by “criminals” without having to deter crime. Employers could simply refuse to hire “ex-cons” or fire them once they learned of their convictions.

Employment discrimination was illegal. Were Yvette fired because she was black or because she was a woman, she could have filed a lawsuit against her employer. But she was fired because of her record, and there was nothing that she could do. If you are labeled criminal in this country, your life will never be the same.

MASS INCARCERATION AND CHILDREN

On any given day, there are 48,000 incarcerated children living in the United States; 17,000 are in juvenile detention; 11,000 are in “long-term secure facilities,” those training schools and reformatories that use work and school and moral teachings to turn bad boys and girls into good ones. Over 10,000 are in residential treatment for drugs or alcohol or a sex offense or for mental-health or behavioral problems, 3,400 are in group homes, and 4,500 children do time in an adult jail or prison despite what we know happens to children when we lock them away with adults.

Half of the nation’s prisoners have minor children. That’s a million parents locked up on any given day. That’s 2.7 million children who have a parent, at this very moment, sitting in a cage. Five million American children have lived this way, their parents experiencing their children’s first steps or their first words or their first real disappointments from a cell. A million fathers watch their kids “grow up through family pictures.

In the past decade and a half, 32,000 prisoners lost the right to raise their children although they were not charged with child abuse or neglect. And while nearly all of them were poor, and many were addicted, some five thousand had their parental rights revoked simply because they were incarcerated—as if their incarceration weren’t punishment enough.

Mothers are almost always the primary caregivers for their children, and incarcerated mothers were five times more likely to lose their rights than incarcerated fathers.

The child welfare system was in crisis. There were horror stories. Foster children were abused (there was a 50% increase in reported cases between 1985 and 1993) and neglected (there was a similar increase in reported cases of neglect during the same period). Because these children were hard to place, many never found a permanent home. Instead, they “aged out” of foster care as they became adults. And we know from studies of foster-care outcomes that these children had a terrible time. More than half dropped out of high school. Nearly half were arrested. Over half were unemployed. Nearly 40% became homeless. Some had children of their own much earlier than they’d expected. And many of their children ended up in foster care.

After 20 years and nearly one million adoptions, the act is vaunted as a success. But the act’s passage had deleterious consequences for the nation’s poorest families. As part of the streamlining process, the federal government set guidelines to terminate the rights of parents whose children had been in foster care for 15 of the previous 22 months. The average prison sentence in the United States is 2.6 years, over a year beyond the 15-month guideline.

They received letters in their cells telling them their rights had been taken away. Their children were adopted. The adoptions were closed. They could never contact their children again. The Department of Corrections has no legal obligation to take the parent to family court.

Judges set bail, or don’t, without thinking twice about the children

‘I was supposed to pick up my kids,’ the mom might say. ‘I got pulled over for a taillight, and when I didn’t show up, the school called [Child Protective Services].’

Black families are more likely than white ones to be reported to child welfare agencies. They are less likely to receive the services they need to keep their children out of foster care. Their children are more likely to be removed from their homes, and once removed, they receive services inferior to those offered to white families. This is despite the fact that black families are no more likely to abuse or neglect their children than white ones. Half of all foster children in New York State are black, and they are admitted into foster care at ten times the rate of white children.

“The parent is picked up,” Amanda said. “Jail. Bail. She can’t pay. It’s tricky because no one is really tracking this.

All the people I met doing research for this book were on their way somewhere when they were arrested: To work. To the grocery store. To visit a relative. To the hospital. One woman was arrested the day before her graduation from an alternative high school in Detroit. She got into a fight with a cheating boyfriend while getting her hair done at a beauty salon. The police were called. She had a Taser and a criminal history. She spent the next few months in jail.

Sixty percent will leave an American jail without ever being convicted of a crime, but almost all of these women will be separated from their children.

Congress passed the Housing Opportunity Extension Act of 1996. The act required public-housing agencies to evict tenants for “any criminal activity” that threatened the “health, safety or right to peaceful enjoyment” of any other resident. This included any crimes committed “on or off such premises” as well as crimes committed by “any member of the tenants’ household…any guest, or other person under the tenants’ control.” Put differently, tenants could be evicted for allowing someone with a criminal record to simply visit their home.

Thousands of families have been evicted, and thousands more live under the threat, for housing relatives with criminal records. Many can’t afford the risk, so they must turn their relatives away.

By 1998, almost every public-housing authority in the nation had taken up some version of the initiative, barring people with criminal records from the premises and evicting entire families who let formerly incarcerated loved ones sleep on their couches. Exclusion became official housing policy.

If a landlord has decent housing to provide, they probably won’t even rent to someone with a criminal record…But there are plenty of landlords who do, [and they] rent to people with extensive records or people [they know who are involved in] criminal activities…But often times those places aren’t fit for people to really live in. I had heard as much from dozens of previously incarcerated people, that it was nearly impossible for them to find a place to live regardless of their credit or income. And they told me the conditions in the apartments they found were unbearable. Vermin. Rusty water. Broken appliances. Lights and electric sockets that didn’t work. Some places were dangerous in other ways. They were next to crack houses, or they were in neighborhoods where the police rode through to make arrests but didn’t have a real presence otherwise. The schools were the worst in their districts. Nothing ever worked. The landlords abused their rights, and the tenants had little or no recourse.

With so much at risk, sometimes telling a mother to evict her child was the best legal advice she could give.

The people the government has incarcerated, cut off from their family and friends, are twice as likely to die from any cause than anyone else in this country. They are three times as likely to die from heart disease and four times as likely to die from cancer. They are most likely to die within the first few years of their release. If you consider death by drug overdose, incarcerated people are 129 times more likely to die within just two weeks of their release than members of the general population. For every year someone spends in prison, he loses two full years of life expectancy.

And the health care in prison is poor—when health care is provided at all. Most inmates have a history of drug addiction. Some have tuberculosis and hepatitis and HIV and all of the various illnesses that circulate in places like prisons.

Men in prison experience a kind of death. To be cut off from family for years—to be too far away for regular visits. To watch so many of your closest relationships fray and then dissolve. To see your children grow up through family pictures. To be hungry for days at a time because the food you eat is never enough, and there is nothing that you can do about it. To be isolated. To be in a place with thousands of men but to somehow feel alone. This is what it means to be socially dead. To be subjected to violence and humiliation. To be shackled, one to another, during daily routines, your ability to work and provide for yourself taken away. To move in a coffle down long hallways like animals for “feeding time” or “meds.” To be marched away from your lover and your children every time visitation ends. To be cut off from the human community or to have no community at all—at least, no community that might be valued by members of a free society.

Prisoners might haunt a neighborhood after release, unable to find work or secure a home, unable to participate in the politics of the city in the ways most people find meaningful. To have no say over where or how often you connect with people you love. To be made a “nonperson,” in the words of sociologist Orlando Patterson, who gave us the term social death. To be at once a part of the wider world, through labor or punishment or as a social problem of national concern, yet to be kept just outside of it.

A halfway house has a lot of rules

The halfway house was in a foreign land. Zo was nervous, but he had to go. It was a condition of his release. Zo knocked on the door wearing khakis, his prison-issued oversize button-down white short-sleeved shirt, and black plastic boots, the kind that gave most men blisters. The man who opened the door took Zo’s paperwork to another office, showed him his rack, and went over the rules: You can smoke outside. No drugs. No drinking. No guests. No pets. You must sign up for food stamps right away and turn over your Link Card (a debit card for food stamps issued by the State of Illinois) to the house manager; he would use it to buy groceries for Zo and the 15 other men who lived in the house. No food in the rooms. Get your own toiletries. Check in with your parole officer once a week. Stay sober. You have to leave each morning and piss in a cup when you return at night. Curfew is eight p.m. You have to get a job. The IDOC covered the first thirty days’ rent, but it was four hundred dollars a month after that. Rent must be paid on time. This was a halfway house (the kind of place my grandmother would have called a flophouse). There were no five-day eviction notices. You could be put out any day of the week for any reason.

The 30 days went by fast. Zo had lost most of his family connections. His mother was dead. His younger brothers were in no position to help. He had never been in a romantic relationship, at least nothing long term, so there was no warm bed to sleep in at night. He hadn’t been called for a job interview. Even if he found a job, he wouldn’t get a paycheck for at least two weeks, and it probably still wouldn’t cover the rent. Where would he get the 400 dollars? Zo faced eviction. He had been to many different kinds of prisons—to juvie, to jail, to penitentiaries downstate—but he had never been homeless. Worse still, homelessness was a violation of parole.

Nearly all day-labor agencies in the city were in Latino neighborhoods with high concentrations of immigrants, and many of Chicago’s restaurants, meatpacking floors, and waste-disposal and construction sites were staffed with undocumented workers. You can’t talk about day labor in Chicago without acknowledging that day-labor agencies seem to prefer to hire Latinos.

Reentry programs don’t seek to remove the barriers formerly incarcerated people face. They can’t. Criminal records are stored in electronic databases. Anyone with 30 dollars and a debit card can pull them up. Some are even free to the public. In Chicago, there are over 700 policies that keep people with criminal records unemployed. More than 50 bar them from housing. There’s very little social-service agencies can do.

In criminal justice parlance, the reentry program tries to make “criminals” into “productive citizens.” They can’t change the reality these people face, so they try to change how the people who face those realities see, understand, and respond to them.

The focus on employability comes out of efforts by policy makers to enhance what economists call “human capital”—the skills, competencies, and qualities associated with a healthy workforce. Human capital has two sides. One has to do with the education and training an employee uses to complete a task. The other has to do with “noncognitive skills,” attributes like mental toughness, trustworthiness, and grit. To reduce the poverty and address the cycles of unemployment that formerly incarcerated people face, policy makers seek to enhance their personal qualities, making them more desirable job candidates.

The goals of the Second Chance Act couldn’t have been stated any more clearly: 165 million dollars to teach men how to shake hands and tie ties, but nothing to help secure their long-term employment. There was funding for case managers who might find a man or a woman just released from a cage a place to live, but there was no money allotted for affordable housing.

The problem of reentry is not simply a problem of behavior. There are rules that formerly incarcerated people must follow that other people just don’t have to. There are laws that regulate their lives that do not apply to anyone else, that puts them in a zoo whether they deserved to be or not.

There is no question about the need for reentry programs. They relieve real human suffering in real time. But the problem of mass incarceration is ultimately a problem of citizenship. As long as formerly incarcerated people are legally excluded from the labor and housing markets, investing in their human capital won’t do much to improve their lives. Reentry organizations can’t erase their records or change their social situations.

If you live with someone on parole, you are subject to the things that person is subject to—random checks at ungodly hours, phone calls, the threat of a raid. This was not only a point of discomfort. There were videos floating around the internet of police shooting the wrong person or raiding the wrong house or killing black people every day going about their normal routines.

If I allowed my brother Jeremiah to live with me, my family could be evicted. Renting the unit from my homeowner friend was the only real option.  I didn’t know it then, because I didn’t have the words, but I was drawn into the economy of favors. I had to overlook my friend renting the basement to that handyman; there was nowhere else I could turn for help. I had to leverage my reputation to get the parole board to believe in the plan or Jeremiah would spend more time in prison. I had to indulge the parole officer, sitting through ridicule, so that he would approve the placement. All of these arrangements could dissolve on a whim. Any of the people I turned to for help could have said no without so much as an explanation.

After a three-hour visit, and after I’d endured bad jokes and threats for more time than I spend with most people, the officer denied Jeremiah the placement I’d found him. I called the officer to find out why. I got his voice mail. He replied with a text message a few days later. The unit had dogs, he texted. Not allowed by section 12 of Illinois Criminal Statute 720: Possession of unsterilized or vicious dogs by felons prohibited.

I discussed how demands that can’t be legally required of others, like peeing in a cup or attending an anger-management class, can be required of you. I discussed how the laws and policies that made you dependent on others also made you among the least desirable candidates for help, that the people you turned to in your time of need could be punished if they helped you.

And I talked about what it meant for everyday activities that were legal for everyone else, like drinking or crossing state lines or spending time with whomever you wanted, to be illegal for you.  I called this “carceral citizenship” and said the emergence of an economy of favors changed how people relate to one another in this new supervised society. It introduced a new power dynamic. Relationships, for formerly incarcerated people, now began from a position of need. You need the apartment or the job with the boss who mistreats you or the relationship with the lover you no longer care for because you have nowhere else to go.

I asked about Jeremiah’s curfew. The agent said on normal days he would need to be back by three o’clock, but he would let him stay out today until six since I had driven all the way from Chicago.  Then the agent showed me his computer screen. Three people would be monitoring Jeremiah’s movements. The agent would be watching, someone from MDOC headquarters in Lansing would be watching through a GPS satellite, and someone from the private company that MDOC contracted to provide the satellite images would be watching. “We can even tell which direction he’s facing in the car”.

Jeremiah had a good relationship with the job coordinator at a trucking company. They found him a job right away, but then I got a call from him one night. He told me he couldn’t take the job as a driver because felons couldn’t cross state lines. Even if he got a job as a local driver, he had a curfew and his travel had to be approved. There was no way the parole supervisor would sign off on the new job, even if his parole agent went to bat for him. I’d worried about this when he signed up for the program, but if they knew this would be a problem, why did they send him to truck-driving school? What did they think would happen? A man who had been homeless. A man who just got out of prison. A man who would have a terrible time finding work otherwise. What good would a truck driver’s license do?

The agent found him a job working the second shift at a tortilla factory, but he hated every minute of every day. He was fired a few weeks later. The job was too demanding. “They changed my shift, and I couldn’t keep up,” he said. This too is the afterlife of mass incarceration—to be separated from your hopes and any real idea of freedom. Millions of people are unable to decide for themselves where they will work or live or spend time. Millions more can’t find a job or housing at all.

He had already been re-arrested four times. Once he’d stayed in jail for three days. Twice for ten. Once for 30. This time he was being sent to a 90-day residential drug-treatment program in a small town in western Michigan. They didn’t tell him it was 90 days. They never told him how long he would have to stay. And he didn’t know this at the time either, but his two-year parole would start all over when he was eventually released. Jeremiah was arrested twice more over the next four months. He was sent to another drug-treatment program, this time in Detroit. He did 90 days there, telling me he thought he’d gotten something out of the program.

 

 

 

 

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Insect & other BioInvasions

Preface.  Invasive insects that have no predators in the U.S. can only be somewhat reduced with oil-based products that will grow scarcer as petroleum declines. Pesticides are made out of oil and damage the environment for many generations to come.

To prepare for oil decline, more research needs to be done to study native predators as pest control, which takes time since since they might do as much harm as the invasive species. There are 83 known invasive insects harming forests alone, and far more devouring food crops, all of them developing resistance to whatever pesticides are thrown at them within 5 years on average.

Ironically, invasive species like fire ants can be excellent pest control agents (Yirka 2022). What a shame the fire ant wars across the entire south east doused the land with millions of tons of toxic pesticides instead (Buhs 2004). And could these poisons gone to people’s heads and made them prefer the toxic disinformation they’d like to hear (Stirewalt 2022)?

Invasion by non-native insects expected to increase 36% by 2050. Europe is likely to experience the strongest biological invasions, followed by Asia, North America and South America (USDA 2020).

Worldwide, forests are increasingly affected by nonnative insects and diseases, some of which cause substantial tree mortality. Forests in the United States have been invaded by a particularly large number (>450) of tree-feeding pest species, with  41.1% of the total live forest biomass in the conterminous United States is at risk of future loss from just 15 pests. Since forests contribute ~76% of North America’s net terrestrial carbon sequestration, this loss may accelerate climate change (Fei 2019).

Perhaps postcarbon survivors will find yet another solution: eating insects, and why not, over 2 billion people eat bugs as a standard part of their diet (Mishan 2018).

Below are specific species that I’ve run across in the news, clearly hundreds of other species could be added.

Alice Friedemann  www.energyskeptic.com  Author of Life After Fossil Fuels: A Reality Check on Alternative Energy; When Trucks Stop Running: Energy and the Future of Transportation”, Barriers to Making Algal Biofuels, & “Crunch! Whole Grain Artisan Chips and Crackers”.  Women in ecology  Podcasts: WGBH, Jore, Planet: Critical, Crazy Town, Collapse Chronicles, Derrick Jensen, Practical Prepping, Kunstler 253 &278, Peak Prosperity,  Index of best energyskeptic posts

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Kaplan S (2022) As many as one in six U.S. tree species is threatened with extinction. Some 100 native tree species could die out amid an onslaught of invasive insects, a surge in deadly diseases and the all-encompassing peril of climate change. Washington Post

The new study is the first to list and assess the health of all 881 tree species native to the contiguous United States. “Plant blindness” — the human tendency to overlook the plants that surround us — means that fewer resources are devoted to the organisms that supply Earth’s oxygen, feed its animals and store more carbon than humanity will emit in 10 years. Until several years ago, scientists didn’t even know how many tree species existed (the correct number is 58,497).

The threatened list includes soaring coast redwoods, capacious American chestnuts, elegant black ash and gnarled whitebark pine. Yet only eight tree species are federally recognized as endangered or threatened.  In the United States, she found, more than two-thirds of species had never been assessed for their extinction risk. Others hadn’t been examined in decades, even as new illnesses and rising global temperatures imperiled their populations. After five years poring over scientific journals, combing through academic databases and interviewing experts, the researchers uncovered that swaths of America’s forests have silently slipped toward oblivion.

Invasive insects or pathogens are the predominant drivers of extinction risk, the scientists found. Though trees have highly evolved immune systems — a necessity for any creature that survives for centuries — they are easily overwhelmed by disease they’ve never encountered before.And climate change seems to be making these threats worse.  Trees stressed by extreme weather become easy pickings for marauding insects and fungi. Prolonged droughts deprive trees of the water they need to produce resin, the sticky substance they use to seal up wounds and trap potential invaders.

In some cases, changing environmental conditions may turn previously benign organisms into killers. Adams pointed to an outbreak of blight among bur oaks across the Midwest. Though the trees have long coexisted with the fungus that causes the disease, they only started dying in recent years. Researchers think that escalating severe storms and heavy floods — trademarks of rising global temperatures — are promoting the growth of the fungus at the expense of its tree hosts.

The decline of American trees is just one piece of a broader crisis ravaging the planet. A 2019 report from the United Nations Panel on Biodiversity and Ecosystem Services estimated that 1 million species are in danger of dying out. The global rate of extinction is at least tens of hundreds of times higher than normal and still accelerating, threatening to eclipse some of the largest mass die-offs in Earth’s history.

The threats to trees are especially worrying, Westwood said, because of the distinct role they play in nature. Trees are the largest and longest-lived organisms on the planet. They constitute the framework of ecosystems, provide habitat for other creatures and even create their own weather.

And trees have an essential role in humanity’s efforts to avert catastrophic climate change. The United States’ plan to halve emissions by the end of the decade depends on forests to offset about 12 percent of its planet-warming pollution. Disease outbreaks, wildfires, droughts, logging and pollution may jeopardize that plan.

Lambert J (2021) These are the 5 costliest invasive species, causing billions in damages. Science News.

The impact from all invasive species cost the global economy at least $1 trillion since 1970. $149 billion: Aedes mosquitoes (A. albopictus and A. aegypti), $67 billion: Rats, $52 billion: Cats, $19 billion: Termites, $17 billion: Fire Ants

Sever M (2020) Invasive jumping worms damage U.S. soil and threaten forests. The writhing wrigglers devour leaf litter, changing soils and ecosystems as they go. Science News.

These earthworms are wriggling their way across the United States, voraciously devouring protective forest leaf litter and leaving behind bare, denuded soil. They displace other earthworms, centipedes, salamanders and ground-nesting birds, and disrupt forest food chains. They can invade more than five hectares in a single year, changing soil chemistry and microbial communities as they go, new research shows. And they don’t even need mates to reproduce.

Endemic to Japan and the Korean Peninsula, three invasive species of these worms — Amynthas agrestis, A. tokioensis and Metaphire hilgendorfi — have been in the United States for over a century. But just in the past 15 years, they’ve begun to spread widely (SNS: 10/7/16). Collectively known as Asian jumping worms, crazy worms, snake worms or Alabama jumpers, they’ve become well established across the South and Mid-Atlantic and have reached parts of the Northeast, Upper Midwest and West.

Jumping worms consume more nutrients than other earthworms, turning soil into dry granular pellets that resemble coffee grounds or ground beef — Henshue calls it “taco meat.” This can make the soil inhospitable to native plants and tree seedlings and far more likely to erode.

Worms can reduce leaf litter by 95 percent in a single season, which in turn can reduce or remove the forest understory, providing less nutrients or protection for the creatures that live there or for seedlings to grow. Eventually, different plants come in, usually invasive, nonnative species, and they also are changing the soil chemistry and the fungi, bacteria and microbes that live in the soils.

Ant BioInvasion

2014 Crazy Ants are replacing Fire ants.  This is not a good thing!  If you do some research on crazy ants, you will miss the fire ants.  Researchers reported that where crazy ants take hold, the numbers and types of arthropods — insects, spiders, centipedes and crustaceans — decrease, which is likely to have ripple effects on ecosystems by reducing food sources for birds, reptiles and other animals. They also nest in people’s homes and damage electrical equipment.  University of Texas at Austin.  Crazy ants dominate fire ants by neutralizing their venom.

2021 Invasive tawny crazy ants have an intense craving for calcium – with implications for their spread in the US. These ants can blanket the ground by the millions. They harm other insects, asphyxiate chickens and even short-circuit electronics in homes.

This is the first study showing calcium is important to an invasive ant, a bit surprising given ants don’t have bones, but calcium is important in their egg productionlarval development and physiological regulation.

If the spread of crazy ants continues north, the calcium-rich limestone bedrock of the lower U.S. Midwest may provide ideal conditions for populations to explode. Farmlands may be at risk because calcium is found in many fertilizers. Additionally, cities often have more calcium than surrounding areas, thanks to heavy cement use, limestone quarrying and destruction of buildings.  Tawny crazy ants not only are a major threat to the biodiversity and conservation of ecosystems but also cost the U.S. billions of dollars in damage annually.

Fire Ants.

Integrated Pest Management Manual. National Park Service.

Senate Rpt.105-073 – Agricultural research, extension, & Education reform act of 1997

Ironically, Buh’s The Fire Ant Wars Nature, Science, and Public Policy in Twentieth-Century America book shows how the mind boggling amount of toxic chemicals dumped on vast regions of the South may have done far more harm than the fire ant itself, which can actually be quite beneficial because it attacks many crop pests.

Beetle BioInvasion

Khapra beetleIf this beetle gets a foothold in the USA, it could quickly consume the entire contents of a grain elevator, drive up the cost of food, and if anyone tried to eat the remaining grain, make them sick from the beetle skin and feces.  Economically, this would also ruin our agricultural export industry.  The Khapra beetle eats just about everything — cereals, grains, and dry plant or animal matter.  They are hard to get rid of because they’re extremely resistant to insecticides and fumigants.  In 2009 it was on the worldwide list of the 100 most feared invasive pests and has been found 16 times at U.S. seaports and airports.  In 2010 it was found 34 times, and in 2011 106 times (Mullen 2011). 

Ash borer beetles – 8 billion trees at risk

Hamilton, Anita. 4 Jul 2011. The Bug That’s Eating America. Time Magazine.

Infestations of ash borer beetles have killed 60 million ash trees in 15 states since they first appeared in Detroit in 2002.  Deb McCullough, an entomologist, considers them to be the most destructive forest insect ever to invade North America.  There are 8 billion ash trees for this pest with no predators to chow down on in the future. Cities are expected to spend over $10 billion the next decade to fight this pest and remove infested trees.  Unfortunately, many cities replaced elms destroyed with only ashes, in the future towns plan to plant a wider variety of trees.

Mountain Pine Beetle invades ponderosa, lodgepole, Scotch and limber pine trees. They once played a useful role by killing old or weakened trees, but climate change has turned them into an  unprecedented epidemic.

And it’s not just “one thing” — according to this June 2012 article, Dying Trees in Southwest Set Stage for Erosion, Water Loss in Colorado River: a one-two punch of drought and mountain pine beetle attacks have killed more than 2.5 million acres of pinyon pine and juniper trees in the American Southwest the past 15 years, setting the stage for further ecological disruption.  The widespread dieback of these tree species is a special concern because they are some of the last trees that can hold together a fragile ecosystem, stabilize soil, store carbon in their biomass and the soil beneath their canopy, nourish other plant and animal species, and prevent serious soil erosion. The major form of soil erosion in this region is wind erosion. Dust blowing from eroded hills can cover snowpacks, cause them to absorb heat from the sun and melt more quickly, and further reduce critically-short water supplies in the Colorado River basin.

In British Columbia over 40 million acres have been affected, and over 3, 600,000 acres in Colorado and Wyoming.  It may be the largest forest insect blight ever seen in North America.

The small hive beetle is a beekeeping pest. It was first discovered in 1996 and is now in many states including, Georgia, South Carolina, North Carolina, Pennsylvania, Ohio, Illinois, Minnesota, Missouri, New York, Virginia and Hawaii.  The small hive beetle can be a destructive pest of honey bee colonies, causing damage to comb, stored honey and pollen and even cause bees to abandon their hive. The beetles can also invest stored combs and honey inside. Beetle larvae defecate and discolor the honey as they tunnel through it.

Beetles destroy coffee plants.  Now that’s a real tragedy! I can cope with the collapse of civilization as long as I have my morning  cup of coffee.  But the coffee berry borer beetle now threatens coffee plants.  It affects over 20 million farming families and causes half a billion dollars in damage every year.

Lanternflies

The spotted lanternfly, Lycorma delicatula, first showed up in the United States five years ago, and are expected to expand throughout the nation. They can decimate vineyards, and destroy maples, oaks, and dozens of other trees by feeding on their sap (NPR 2019 Vineyards Facing An Insect Invasion May Turn To Aliens For Help).

Brown Marmorated Stink Bug

In 2010, the species reached outbreak proportions, inflicting severe economic injury in Mid-Atlantic U.S. tree fruit production to the tune of $37 million dollars. The species has now spread to 44 states, and a wave of stink bugs seems to be pushing westward and southward with no end yet in sight.

Spotted Wing Drosophila

This species is attracted to not-quite-ripe or ripe fruit, tears it open, and deposits eggs in the ripening fruit. By the time the fruit are harvested, they are crawling with fly maggots. First spotted on berries in 2008 it’s now spread from southern California to British Columbia, Canada, and most temperate areas of the U.S.  They are causing up to $500 million in damage a year, an able to reproduce 13 generations in a season (Morrison 2011).

References

Buhs JB (2004) The Fire Ant Wars. University of Chicago Press.

Fei S et al (2019) Biomass losses resulting from insect and disease invasions in US forests. Proceedings of the National Academy of Sciences of the USA.

Mishan L (2019) Why Aren’t We Eating More Insects? They’re high in protein, low in cost, eco-friendly and tasty. And only in the West have we resisted them. New York Times.

Morrison R (2018) Invasive Insects: The Top 4 “Most Wanted” List. Entomology Today.

Mullen W (2011) Inspectors do battle against alien invader. Customs agents search cargo for voracious beetle. Chicago Tribune.

Stirewalt C (2022) Broken News: Why the Media Rage Machine Divides America and How to Fight Back

USDA (2020) Invasion by non-native insects expected to increase 36%. Morning AgClips.

Yirka B (2022) Replacing pesticides with ants to protect crops. phys.org

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Richard Heinberg on what to do

Preface. I encourage you to read Heinberg’s entire “A simple way…” post. It is a great overview of history and how we came to this point of energy decline. And as usual, easy to read, clear, and wise as is all his writing. Much of this repeats what other “what to do” posts recommend, but I think that his first idea is important, to use “renewable” energy to supply electricity for applications that are especially important. That is the main reason to build solar and wind turbines at all, to keep the grid up until we run out of the natural gas to do so, since it will be hard enough to adjust to a tremendous decline in transportation and manufacturing.

Alice Friedemann  www.energyskeptic.com  Author of Life After Fossil Fuels: A Reality Check on Alternative Energy; When Trucks Stop Running: Energy and the Future of Transportation”, Barriers to Making Algal Biofuels, & “Crunch! Whole Grain Artisan Chips and Crackers”.  Women in ecology  Podcasts: WGBH, Planet: Critical, Crazy Town, Collapse Chronicles, Derrick Jensen, Practical Prepping, Kunstler 253 &278, Peak Prosperity,  Index of best energyskeptic posts

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Richard Heinberg. 2020. A simple way to understand what’s happening … and what to do. Resilience.org

…we must deploy remaining energy strategically—not with the intent to maintain current patterns of industrial production and consumption, but with the goal of keeping necessities available while the amount of useful energy declines. Forget 5G, the Internet of Things, and self-driving cars. Concentrate on low tech for the most part, and use renewable energy to supply electricity for applications that are especially important. During the last few decades we have digitized all human knowledge; if the grid goes down, we lose civilization altogether. We must choose what knowledge is essential and let the rest go, but that will take a while; in the interim, we need electricity to keep the grid up and running—and solar and wind can provide it.

Food is also top priority. Provide incentives and education for city kids to move to the country and start small farms. Make land available to them if they will work it sustainably, and do whatever is necessary to enable them to make a decent living. Promote urban gardening. Support local food distribution networks as well as small-scale, energy-efficient local storage and processing facilities.

Ratchet down production and consumption of manufactured goods controllably. The best way to do this is to remove the elements of profit and affordability from distribution as much as possible. That means distributing necessities more by quota than by price. Rationing has often worked well in the past; we need it now more than ever.

Reducing inequality will help. If inequality remains at current levels, social cohesion will be difficult to maintain. Reduction in inequality can substitute for overall economic growth in keeping the poorest from descending into destitution. Tax the rich.

Focus on the local economy. That means letting go of empire-building aspirations and many aspects of global trade—but re-localization will yield upsides from more robust and satisfying community relationships.

Forgive debts. Start with student loans, but don’t stop there. Defaults will occur anyway; what’s important is that there is support for people thrown out of work as a result of bankruptcies. Save bailouts for industries that are actually essential (we really don’t need hedge funds, airlines, and car companies).

Reduce population by incentivizing small families rather than large ones, and by fully supporting the rights of women.

Reduce harms to the environment so that it doesn’t cost as much to recover from natural disasters or to clean up pollution. Reducing population, production, and consumption will certainly help, but we could achieve just as much by transforming agriculture so that farms build topsoil rather than ruining it, and capture atmospheric carbon rather than adding to it.

With regard to the pandemic, everyone should emulate New Zealand. That means total lockdowns for a period of weeks, then massive testing and tracing efforts directed by compassionate but strong, science-minded leaders. No excuses. No arguments about facemasks and contact questionnaires. Just do it. Eliminate the virus. Then we can move on and celebrate.

Which brings me to a final point: life is about more than survival. We are all more likely to engage willingly in the collective effort described above if we are able to enjoy ourselves in the process. Over the next few decades, we need to build a social system that differs radically from the industrial, consumption-oriented, growth economy of the 20th century. Let’s make it a beautiful human world, filled with opportunities for singing, dancing, reflecting, remembering, imagining, mourning, meditating, and all the other life-sustaining activities that go on in a healthy culture. Enlist creative artists in the process, and enable everyone with even an ounce of creativity to find ways to express it.

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Methods to preserve knowledge for Wood world (Life After Fossil Fuels)

Preface.  My books “When Trucks Stop Running” and “Life after fossil fuels” explain why we are returning to wood as our major energy resource and for infrastructure, just like all civilizations before fossil fuels. I call it “Wood World”. The electric grid will come down, permanently. All the trillions of documents online will be lost.  So too will CDs — they can easily begin failing after only five years”.  Or a bit longer if stored at 41 F / 5 C and 30% humidity Salter (2019).

We ought to be preserving knowledge on metal, glass, or other materials that residents of Wood World can read, even if they don’t have the technology to record knowledge. It is probably only doable now while we have fossil fuels and precision machine tools and engineering.  Without an electric grid or computers in wood world, magnifying glasses and microscopes will have to suffice for future generations.

Below are projects I’ve run across to store knowledge, none of them suitable for Wood World.

Alice Friedemann  www.energyskeptic.com  Author of Life After Fossil Fuels: A Reality Check on Alternative Energy; When Trucks Stop Running: Energy and the Future of Transportation”, Barriers to Making Algal Biofuels, & “Crunch! Whole Grain Artisan Chips and Crackers”.  Women in ecology  Podcasts: WGBH, Planet: Critical, Crazy Town, Collapse Chronicles, Derrick Jensen, Practical Prepping, Kunstler 253 &278, Peak Prosperity,  Index of best energyskeptic posts

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Microsoft’s Project Silica: store data in glass blocks (Salter 2019, Nordrum 2020)

The advantage of Project Silica’s glass blocks is that there’s no plastic outer covering to wear off as there is with CD, DVD or Blu-Ray, and there’s no magnetic medium to physically lose from the surface of a tape or hard disk.  Silica is expected to survive for thousands of years in nearly any temperature, humidity, and chemical environment—it’s literally just glass, and the physical and chemical properties of glass are extremely well understood.

But…clearly this is not a way to store knowledge for life after fossil fuel, Wood World will not be able to read the glass: “Reading data from the glass is a drawback of this method. Researchers shine different kinds of polarized light—in which light waves all oscillate in the same direction, rather than every which way—onto specific voxels. They capture the results with a camera. Then, machine-learning algorithms analyze those images and translate their measurements into data”

Nor will Wood World be able to store data this way: “The storage medium is a block of high-purity glass, which has voxels (3D pixels) etched into it with femtosecond lasers. Machine learning algorithms read the data back by decoding images and patterns that are created as polarized light shines through the glass. It is not something you have in your house to read or play movies, it is meant to store massive amounts of zettabytes (1021) of cloud data.

“The writing process is hard to make reliable and repeatable, and [it’s hard] to minimize the time it takes to create a voxel,” says Rowstron. “The read process has been a challenge in figuring out how to read the data from the glass using the minimum signal possible from the glass.”

REFERENCES

Nordrum A (2020) Lasers Write Data Into Glass. Microsoft’s Project Silica is one of several efforts underway to make it practical to store huge amounts of data in glass. IEEE Spectrum.

Salter J (2019) Microsoft’s Project Silica offers robust thousand-year storage. Project Silica extends storage reliability goals from “decades” to “centuries.” Arstechnica.

 

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USGS Groundwater Depletion study of aquifer decline in the U.S.

GroundwaterDepletion 1900-2008 USAPreface. I summarize two major research papers on the state of the Ogallal below.  It and many other aquifers are depleting rapidly, and polluted from pesticides, feedlot waste, intruding salts, and other pollution. Rainfall isn’t replenishing the Ogallala. Many won’t be recharged until after the next ice age.

Globally, aquifers are “highly stressed” in 17 countries that hold one-quarter of the world’s population, according to the World Resources Institute. Water and food supplies for billions of people are under threat.

The Ogallala is one of Earth’s largest aquifers. This water is used in 10 great Plains states and produces 20% of U.S. food and 40% of the grain fed to cattle.  Over the last century, two-thirds of the total water has been pumped up, enough to fill Lake Erie.  Many geologists expect parts  of the Ogallala to run out of water in 25 to 30 years.

The “tragedy of the commons” is writ large over the Ogallala. Underground water ignores property lines, so farming and ranching owners pump as much as they can because their neighbors are doing likewise (Hayes 2015).

Like climate change, aquifer depletion is the type of problem that human minds aren’t well designed to handle. We operate day to day, but this problem spans generations.

Groundwater pumping in the High Plains Aquifer currently supports 30% of the irrigated agriculture in the USA and has transformed the region into the “Breadbasket of the World”.  Peak groundwater depletion from over-tapping aquifers beyond recharge rates happened in 1999 Texas, 2002 New Mexico, 2010 Kansas, 2012 Oklahoma, 2023 Colorado and peaks for Nebraska, South Dakota and Wyoming won’t occur until 2110 (Steward 2015).

Cows are polluting the Ogallala (and other aquifers). The aquifer’s water was once of such fine quality that you could drink it unfiltered and untreated. Now, however, the EPA says that pesticides, fertilizers, feedlot wastes, trace metals, and volatile organic compounds have contaminated much of it.

Aquifers in the news:

Stokstad E (2020) Deep Deficit. Droughts highlighted California’s unsustainable use of groundwater. Now, the state is trying to refill its aquifers. Science 368: 230-233. Researchers estimate that in the Central Valley, half of the aquifers are dangerously depleted. California’s Central Valley—one of the richest agricultural regions in the world—is sinking. During a recent intense drought, from 2012 to 2016, parts of the valley sank as much as 60 centimeters per year. For decades, farmers have relentlessly pumped groundwater to irrigate their crops, draining thick, water-bearing clay layers deep underground. As the clays compress, roads, bridges, and irrigation canals have cracked, causing extensive and expensive damage. Such sagging can leave canals carrying less water. Excessive pumping also jeopardizes water quality, as pollutants accumulate within groundwater and the clays release arsenic. Worst of all, the persistent pumping means that, one day, aquifers might run out of usable water.  Geologists are working to identify the best places to replenish aquifers by flooding farm fields, including some with especially permeable geology.

Schreiner-McGraw AP et al (2020) Woody Plant Encroachment has a Larger Impact than Climate Change on Dryland Water Budgets. Scientific Reports.  Grasslands across the globe, which support the majority of the world’s grazing animals, have been transitioning to shrublands. This study found that shrub encroachment on slopes can increase the amount of water that goes into groundwater storage. The effect is so powerful that it even counterbalances the lower annual rainfall amounts expected during climate change.

Alice Friedemann  www.energyskeptic.com  Author of Life After Fossil Fuels: A Reality Check on Alternative Energy; When Trucks Stop Running: Energy and the Future of Transportation”, Barriers to Making Algal Biofuels, & “Crunch! Whole Grain Artisan Chips and Crackers”.  Women in ecology  Podcasts: WGBH, Planet: Critical, Crazy Town, Collapse Chronicles, Derrick Jensen, Practical Prepping, Kunstler 253 &278, Peak Prosperity,  Index of best energyskeptic posts

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Konikow, L.F. 2013. Groundwater depletion in the United States (1900−2008): U.S. Geological Survey Scientific Investigations Report 2013−5079.

According to the USGS Groundwater Depletion in the United States 1900-2008:

  • Groundwater depletion in the United States between 1900–2008 was 240 cubic miles (1,000 cubic km3).
  • That’s twice as much water in Lake Erie (480 km3).
  • For many areas the rate is unsustainable
  • This rate increased dramatically after 1950
  • The consumption rate nearly tripled from 2000-2008 over past rates.  Some of this was due to drought and decreased snowmelt.
  • In 2000-2008 about 25% of all water taken during the previous century was removed. This large volume of depletion represents a serious problem in the United States because much of this storage loss cannot be easily or quickly recovered and affects the sustainability of some critical water supplies and base flow to streams, among other effects
  • The Ogallala aquifer won’t be replenished until after the next ice age and underlies 10 states (175,000 square miles). It is the main source of drinking and agricultural water. In 2000-2008, as much water was taken out as during the entire previous century from 1900 to 1999.
  • Another dark side to depleting aquifers is that the extra water runs into the ocean and adds 2% of the global sea-level rise seen so far. 

Map of the United States showing cumulative groundwater depletion 1900-2008 in 40 assessed aquifer systems or subareas. Colors are hatched in the Dakota aquifer (area 39) where the aquifer overlaps with other aquifers having different values of depletion (page 16).

GroundwaterDepletion 1900-2008 USA by regionCumulative groundwater depletion in the United States and major aquifer systems or categories, 1900 through 2008

GroundwaterDepletion 1900-2008 USA by decadeDecadal scale rate of groundwater depletion in the United States, 1900 through 2008. Final value represents average rate during an 8-year period, 2001 through 2008.

Agricultural and Land Drainage in the United States

During the 20th century, many agricultural and civil engineering projects were completed for land reclamation, flood control, and agricultural drainage purposes in the United States. This led to significant losses of wetland areas throughout the Nation. On farms, crop yields can be increased by keeping the water table some distance below the land surface, thereby precluding water logging of land and allowing salts to be removed from the soil profile. Drainage projects can result in permanently lowered water-table elevations both locally and regionally. Where the seasonal or average annual position of the water table is permanently lowered, the net decline represents a long-term depletion of the volume of groundwater in storage below the land surface.

The first half of the 20th century was marked by emerging technologies for land drainage. Farmers joined together in drainage organizations to build drainage and flood control measures. Large-scale drainage projects backed by drainage organizations and Federal agencies affected both large and small wetland areas. Agricultural and urban expansion persisted throughout the United States. Use of drained lands usually occurred in a succession, from undrained wetlands to agricultural lands to urban areas. These factors led to the drainage of over 100,000 square miles of wetlands in the lower 48 states during the 20th century, which is about 55 km3 of permanently lost water.

Institute of Medicine. The Nexus of Biofuels, Climate Change, and Human Health: Workshop Summary. Washington, DC: The National Academies Press, 2014.

The session’s first speaker was Lester Brown, founder and president of the Earth Policy Institute and one of the world’s best-known environmental analysts. He spoke on the importance of biofuels in the world food economy.

Brown said that last year 129 million tons of grain were converted into ethanol in the United States, and because there are about 400 million tons of grain produced in the country each year, that means that the share going to biofuels is roughly 30%. The amount of grain going to biofuels production exceeded the amount of grain being used to feed livestock and poultry. “We are now diverting more grain to fuel than to feed.”

To put the 129 million tons into perspective, Brown pointed out that this is more grain than Russia produces in total. “So, we have taken out of the food/feed economy a chunk of grain, variety of factors are making it difficult for farmers to keep up with the record growth in the demand for grain.

The four most important are water shortages, climate change, soil erosion, and hitting the ceiling on grain yields.

“Water shortages aren’t entirely new, but water shortages on the scale we are seeing today are unique.”

Half of the world’s people live in countries where water tables are falling as a result of overpumping, including the 3 major grain producers: China, India, and the United States.

“The World Bank estimates that in India, 175 million people are being fed with grain produced by overpumping,” he said. “My estimate for China is 130 million.”

In the United States, the irrigated areas in California and Texas, the country’s 2 largest agricultural states, are steadily shrinking, Brown said. In Texas, that is mostly because the wells are going dry. Many of the wells there rely on the Ogallala Aquifer, which is a fossil aquifer. In California, the shrinkage is partly due to wells going dry, but part of the reason is that substantial irrigation water is being diverted to cities.

And for the first time, there is a sub-region of the world with declining grain production as a result of water shortages; the Arab Middle East, including Iraq, Jordan, Saudi Arabia, Syria, and Yemen. In those countries, grain production is not only falling, but falling at a fairly substantial rate because the wells are going dry.

In Saudi Arabia, much of the pumping has come from a fossil aquifer, and it is almost gone now. “As it goes, so will their wheat production go.”

With the second major factor affecting food supply—climate change—there is still much that is not known, Brown commented.  A recent study that drew on data from hundreds of counties in the United States indicates that a 17% decline in grain yields for each 1° Celsius rise in temperature is likely.

The root of the issue lies in the relationship between temperature and photosynthesis. As temperature rises, Brown said, so does photosynthesis— but only up to 68°Fahrenheit (F). From 68°F degrees to 95°F, the photosynthesis remains constant, and above 95°F it begins to drop. Once the average temperature reaches 104°F, plants go into thermal shock and photosynthesis stops. Thus, he said, as the world’s average temperature edges up, it will affect grain yields adversely, unless the problem can be somehow offset through plant breeding, which researchers are now trying to do.

Climate change will bring other changes as well, such as changes in rainfall patterns. “The main point,” Brown said, “is that the agricultural system that we have now evolved over an 11,000-year period of rather remarkable climate stability. Now, suddenly, the climate system is changing.” Farmers no longer know exactly what to expect and do not have enough information to do long-term planning.

A third factor affecting food supply is soil erosion. The world is seeing more soil erosion than at any time in history. The United States experienced a dust bowl in the 1930s. To get it under control, farmers turned some of the land back into grasslands and instituted a variety of farming practices designed to minimize soil erosion. When the Soviet Union experienced a similar problem in the late 1950s, they reacted in a similar way.

“There are now two dust bowls forming in the world,” Brown said, “both far larger than either the one in the United States in the 1930s or the one in Russia in the late 1950s.” They are in northern China and the African Sahel. Indeed, the entire northern part of China is becoming a huge dust bowl. Rather than overplowing, however, the main reason is overgrazing. “The vegetation is simply being destroyed,” he said. China has about the same grazing capacity as the United States, but it has far more animals. Although both countries have close to 100 million head of cattle, the United States has only 9 million sheep and goats, while China has 284 million. “They are literally just destroying the vegetation throughout northern China,” Brown said. The government seems politically unable to deal with the problem, because of the potential unrest that would be caused by trying to reduce flocks to a sustainable level.

The fourth factor affecting food supply is that grain yields seem to have reached a point where it will be very difficult to increase them much more. In Japan and South Korea, rice yields were rising for decades. “Suddenly, about 15 years ago, they stopped rising and they have been flat as a pancake since then,” Brown said. China is just now reaching the same yields that Japan has, and unless China can take its rice yields beyond those in Japan—which Brown doubts will happen— that country is also about to hit a ceiling on rice yields. In Europe, wheat yields in the three major producers—France, Germany, and the United Kingdom—have all been flat now for more than a decade. “In none of these countries that have hit the glass ceiling, has anyone been able to break out of it,” Brown said, “because they are being boxed in by the limits of photosynthesis itself. Unless someone can figure out a process that is more efficient than photosynthesis or somehow modify photosynthesis, which is not an easy thing, we are going to have to face the reality of more and more agriculturally advanced countries hitting these glass ceilings.”

What can be done?

Stabilize population, which will go hand in hand with eradicating poverty. “There are millions of women in the world today who want to plan their families, but who do not have access to family planning services,” Brown said. “Just getting them the services they want would take care of much of the population growth in the world today.”

REFERENCES

Hayes, Denis and Gail. 2015. Cowed: The Hidden Impact of 93 Million Cows on America’s Health, Economy, Politics, Culture, and Environment.    W.W. Norton & Company.

Konikow, L.F., 2013, Groundwater depletion in the United States (1900−2008): U.S. Geological Survey Scientific Investigations Report 2013−5079, 63 p., http://pubs.usgs.gov/sir/2013/5079.
Steward, D. R., et al. 2015. Peak groundwater depletion in the high plains aquifer, projections from 1930 to 2110. Agricultural water management 170: 36-48
Posted in Government study predictions, Groundwater, Peak Food, Peak Water | Tagged , , , , , | 1 Comment

Toxic chemicals threaten health, reproduction, cause cancer, diabetes

Preface.  This post could have thousands more entries, but devoting energyskeptic to the tens of thousands of chemicals that are legally polluting our environment would be a full-time job. However scary the transition from fossils back to wood world may be, the inability to pollute in the future and destroy ourselves and other creatures makes me less sad about energy decline and consequent inability to continue to make these mostly fossil-fueled derived compounds made with fossil fuels. They are an existential threat not only to humans, but every species and ecosystem on the planet.

Alice Friedemann  www.energyskeptic.com  Author of Life After Fossil Fuels: A Reality Check on Alternative Energy; When Trucks Stop Running: Energy and the Future of Transportation”, Barriers to Making Algal Biofuels, & “Crunch! Whole Grain Artisan Chips and Crackers”.  Women in ecology  Podcasts: WGBH, Planet: Critical, Crazy Town, Collapse Chronicles, Derrick Jensen, Practical Prepping, Kunstler 253 &278, Peak Prosperity,  Index of best energyskeptic posts

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Brokovich E (2021) Plummeting sperm counts, shrinking penises: toxic chemicals threaten humanity. The Guardian.

The end of humankind? It may be coming sooner than we think, thanks to hormone-disrupting chemicals that are decimating fertility at an alarming rate around the globe. A new book called Countdown, by Shanna Swan, an environmental and reproductive epidemiologist at Icahn School of Medicine at Mount Sinai in New York, finds that sperm counts have dropped almost 60% since 1973. Following the trajectory we are on, Swan’s research suggests sperm counts could reach zero by 2045. Zero. Let that sink in. That would mean no babies. No reproduction. No more humans.

The chemicals to blame for this crisis are found in everything from plastic containers and food wrapping, to waterproof clothes and fragrances in cleaning products, to soaps and shampoos, to electronics and carpeting. Some of them, called PFAS, are known as “forever chemicals”, because they don’t breakdown in the environment or the human body. They just accumulate and accumulate – doing more and more damage, minute by minute, hour by hour, day by day. Now, it seems, humanity is reaching a breaking point. These chemicals are literally confusing our bodies, making them send mix messages and go haywire.

In some parts of the world, the average twenty something woman today is less fertile than her grandmother was at 35, and on average, a man today will have half of the sperm his grandfather had. This threatens human survival, it’s a global existential crisis.

These chemicals aren’t just dramatically reducing semen quality, they are also shrinking penis size and volume of the testes.

Pickard HM et al. (2020) Ice Core Record of Persistent Short-Chain Fluorinated Alkyl Acids: Evidence of the Impact From Global Environmental Regulations. Geophysical Research Letters.

Substances used to replace ozone-depleting chlorofluorocarbons (CFCs) may be just as problematic as their predecessors. Their degradation components are highly mobile persistent organic pollutants and belong to the class of so-called “forever chemicals” because they do not break down.

 

September 29, 2015. Diabetes, obesity linked to chemical exposure – Endocrine Society.  www.rt.com

Scientific research has increasingly linked common chemicals found in everyday products to diabetes, obesity, cancer, and other major ailments, according to a new policy statement.  Endocrine-disrupting chemicals (EDCs) like bisphenol A and phthalates, found in food can linings, plastics, cosmetics, and pesticides, are common to the point that everyone on Earth has been exposed to one or more. EDCs – which influence the body’s natural hormones – mimic, block, or simply interfere with hormone functions, leading to the malformation of cells. The Endocrine Society now says in a new scientific statement that research in recent years has repeatedly pointed to links between these and other chemicals to not only diabetes and obesity, but infertility and breast cancer.

“The evidence is more definitive than ever before – endocrine-disrupting chemicals disrupt hormones in a manner that harms human health,” said Andrea Gore, a pharmacology professor at the University of Texas at Austin and chair of the task force that offered the statement. “Hundreds of studies are pointing to the same conclusion, whether they are long-term epidemiological studies in human, basic research in animals and cells, or research into groups of people with known occupational exposure to specific chemicals.”

October 1, 2015. Exposure to toxic chemicals threatening human reproduction and health. ScienceDaily.com

Miscarriage and still birth, impaired fetal growth, congenital malformations, impaired or reduced neurodevelopment and cognitive function, and an increase in cancer, attention problems, ADHD behaviors and hyperactivity are among the list of poor health outcomes linked to chemicals such as pesticides, air pollutants, plastics, solvents and more, according to the Federation of Gynecology and Obstetrics (FIGO).

In the U.S. alone, more than 30,000 pounds of chemicals per person are manufactured or imported, and yet the vast majority of these chemicals have not been tested.

Dramatic increases in exposure to toxic chemicals in the last four decades are threatening human reproduction and health. Exposure to toxic environmental chemicals is linked to millions of deaths and costs billions of dollars every year. The opinion was written by obstetrician-gynecologists and scientists from the major global, US, UK and Canadian reproductive health professional societies, the World Health Organization and the University of California, San Francisco (UCSF).  FIGO, which represents obstetricians from 125 countries and territories, published the opinion in the International Journal of Gynecology and Obstetrics on Oct. 1, 2015.

“We are drowning our world in untested and unsafe chemicals, and the price we are paying in terms of our reproductive health is of serious concern,” said Gian Carlo Di Renzo, MD, PhD, Honorary Secretary of FIGO and lead author of the FIGO opinion. According to Di Renzo, reproductive health professionals “witness first-hand the increasing numbers of health problems facing their patients, and preventing exposure to toxic chemicals can reduce this burden on women, children and families around the world.”

“What FIGO is saying is that physicians need to do more than simply advise patients about the health risks of chemical exposure,” said Jeanne A. Conry, MD, PhD, a co-author of the FIGO opinion and past president of the American College of Obstetricians and Gynecologists, which issued an opinion on chemicals and reproductive health in 2013. “We need to advocate for policies that will protect our patients and communities from the dangers of involuntary exposure to toxic chemicals.”

Exposure to toxic environmental chemicals is linked to millions of deaths and costs billions of dollars every year, according to the FIGO opinion, which cites the following examples:

• Nearly 4 million people die each year because of exposure to indoor and outdoor air pollution as well as to lead.

• Pesticide poisonings of farm workers in sub-Saharan Africa is estimated to cost $66 billion between 2005-2020.

• Health care and other costs from exposure to endocrine disrupting chemicals in Europe are estimated to be at a minimum of 157 billion Euros a year.

• The cost of childhood diseases related to environmental toxins and pollutants in air, food, water, soil and in homes and neighborhoods was calculated to be $76.6 billion in 2008 in the United States.

“Given accumulating evidence of adverse health impacts related to toxic chemicals, including the potential for inter-generational harm, FIGO has wisely proposed a series of recommendations that health professionals can adopt to reduce the burden of unsafe chemicals on patients and communities,” said FIGO President Sabaratnam Arulkumaran, MBBS, who is also past president of the British Medical Association.

 The above post is reprinted from materials provided by University of California, San Francisco (UCSF). The original item was written by Laura Kurtzman.  Journal Reference: Linda C. Giudice et al. International Federation of Gynecology and Obstetrics opinion on reproductive health impacts of exposure to toxic environmental chemicals. International Journal of Gynecology and Obstetrics, September 2015 DOI: 10.1016/j.ijgo.2015.09.002

 

Blum, D. September 25, 2014. A Rising Tide of Contaminants. New York Times.  

Deborah Swackhamer, a professor of environmental health sciences at the University of Minnesota, decided last year to investigate the chemistry of the nearby Zumbro River. She and her colleagues were not surprised to find traces of pesticides in the water.

Neither were they shocked to find prescription drugs ranging from antibiotics to the anti–convulsive carbamazepine. Researchers realized more than 15 years ago that pharmaceuticals – excreted by users, dumped down drains – were slipping through wastewater treatment systems.

But though she is a leading expert in so-called emerging contaminants, Dr. Swackhamer was both surprised and dismayed by the sheer range and variety of what she found. Caffeine drifted through the river water, testament to local consumption of everything from coffee to energy drinks. There were relatively high levels of acetaminophen, the over-the-counter painkiller. Acetaminophen causes liver damage in humans at high doses; no one knows what it does to fish.

“We don’t know what these background levels mean in terms of environmental or public health,” she said. “It’s definitely another thing that we’re going to be looking at.”

The number of chemicals contaminating our environment is growing at exponential rate. A team of researchers at the U.S. Geological Survey tracks them in American waterways, sediments, landfills and municipal sewage sludge, which is often converted into agricultural fertilizer. They’ve found steroid hormones and the antibacterial agent triclosan in sewage; the antidepressant fluoxetine (Prozac) in fish; and compounds from both birth control pills and detergents in the thin, slimy layer that forms over stones in streams.

“We’re looking at an increasingly diverse array of organic and inorganic chemicals that may have ecosystem health effects,” said Edward Furlong, a research chemist with the U.S.G.S. office in Denver and one of the first scientists to track the spread of pharmaceutical compounds in the nation’s waterways. “Many of them are understudied and unrecognized.”

In an essay last week in the journal Environmental Science & Technology, titled “Re-Emergence of Emerging Contaminants,” editor-in-chief Jerald L. Schnoor called attention to both the startling growth of newly registered chemical compounds and our inadequate understanding of older ones.

The American Chemical Society, the publisher of the journal, maintains the most comprehensive national database of commercially registered chemical compounds in the country. “The growth of the list is eye-popping, with approximately 15,000 new chemicals and biological sequences registered every day,” Dr. Schnoor wrote.

Not all of those are currently in use, he emphasized, and the majority are unlikely to be dangerous. “But, for better or worse, our commerce is producing innovative, challenging new compounds,” he wrote.

Dr. Schnoor, a professor of civil and environmental engineering at the University of Iowa, also noted rising concern among researchers about the way older compounds are altered in the environment, sometimes taking new and more dangerous forms.

Some research suggests that polychlorinated biphenyls, or PCBs, are broken down by plants into even more toxic metabolites. Equally troubling, scientists are finding that while PCBs are banned, they continue to seep into the environment in unexpected ways, such as from impurities in the caulk of old school buildings.

PCBs have long been identified as hazardous, but not every contaminant is so risky, Dr. Schnoor emphasized.

“Out of the millions of chemical compounds that we know about, thousands have been tested and there are very few that show important health effects,” he said in an interview.

But, he added, the development of new compounds and the increasing discovery of unexpected contaminants in the environment means that the nation desperately needs a better system for assessing and prioritizing chemical exposures.

That includes revisiting the country’s antiquated chemical regulation and assessment regulations. The Toxic Substances Control Act went into effect in 1976, almost 40 years ago, and has not been updated since.

The law does require the Environmental Protection Agency to maintain an inventory of registered industrial compounds that may be toxic, but it does not require advance safety testing of those materials. Of the some 84,000 compounds registered, only a fraction have ever been fully tested for health effects on humans. The data gap includes some materials, like creosote and coal tar derivatives, which are currently manufactured at rates topping a million pounds a year.

Not surprisingly, Dr. Schnoor and other scientists want to see the act updated and transformed into a mechanism for science-based risk assessment of suspect compounds. Indeed, everyone from researchers to environmental groups to the American chemical industry agree that the law is frustratingly inadequate.

“Our chemical safety net is more hole than net,” said Ken Cook, president of the Environmental Working Group, an advocacy group. The Food and Drug Administration, for instance, doesn’t regulate the environmental spread of pharmaceuticals. And the toxic substances law ignores their presence in waterways.

“Where does that leave us in terms of scientific understanding of what drugs to regulate?” Mr. Cook said.

Anne Womack Kolton, vice president for communications at the American Chemistry Council, an organization representing chemical manufacturers, agreed. “Think about the world 40 years ago,” she said. “It was a vastly different place. It’s common sense to revise the law and make it consistent with what we know about chemicals today.”

The two sides don’t agree on what standards for chemical testing are needed or what kind of protective restrictions should be put in place for chemicals deemed hazardous. And they are in deep disagreement about whether a revised federal law should preempt actions taken by tough-minded states like California.

The council argues for federal standardization as the most efficient route; environmental groups believe that such an action would weaken public protection. Legislators have so far not been able to resolve those differences. This month yet another proposed update to the act stalled in a Senate committee.

“Congress has not sent an environmental law to the president’s desk in 18 years,” Mr. Cook said. “And in the current environment, it’s very difficult to get something through.”

Still, Dr. Swackhamer, who recently stepped down as chair of the E.P.A.’s science advisory board, notes that despite the lack of legislation, scientists have been working toward better ways to assess the risks posed by the increasing numbers of chemicals in our lives. Some may help whittle the inventory of T.S.C.A. compounds down to a priority list that focuses on less than a thousand products.

That’s still a daunting number of chemical unknowns. But given the tens of thousands of materials in the inventory, it’s a start.

Posted in Chemical Pollution, Chemicals | Tagged , , , , , , , , , , | Comments Off on Toxic chemicals threaten health, reproduction, cause cancer, diabetes

Your life and the economy depend on biodiversity

Preface. We are trained in school, newspapers, and TV to view the world politically and economically. Not ecologically.  The World Economic Forum article below is an excellent summary of why biodiversity is so important, as much as climate change, which gets most of the attention paid to the environment at the expense of awareness about other important overshoot threats.

Alice Friedemann  www.energyskeptic.com  Author of Life After Fossil Fuels: A Reality Check on Alternative Energy; When Trucks Stop Running: Energy and the Future of Transportation”, Barriers to Making Algal Biofuels, & “Crunch! Whole Grain Artisan Chips and Crackers”.  Women in ecology  Podcasts: WGBH, Planet: Critical, Crazy Town, Collapse Chronicles, Derrick Jensen, Practical Prepping, Kunstler 253 &278, Peak Prosperity,  Index of best energyskeptic posts

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Quinney M (2020) 5 Reasons Why Biodiversity Matters – to Human Health, the Economy and Your Wellbeing. World economic forum.

Biodiversity is critically important – to your health, to your safety and, probably, to your business or livelihood.

But biodiversity – the diversity within species, between species and of ecosystems – is declining globally, faster than at any other time in human history. The world’s 7.6 billion people represent just 0.01% of all living things by weight, but humanity has caused the loss of 83% of all wild mammals and half of all plants. (Biodiversity loss and ecosystem collapse is one of the top five risks in the World Economic Forum’s 2020 Global Risks Report, too.)

In celebration of the International Day for Biological Diversity, we break down the five ways in which biodiversity supports our economies and enhances our wellbeing – and has the potential to do even more.

1. Biodiversity Ensures Health and Food Security.

Biodiversity underpins global nutrition and food security. Millions of species work together to provide us with a large array of fruits, vegetables and animal products essential to a healthy, balanced diet – but they are increasingly under threat.

Every country has indigenous produce – such as wild greens and grains – which have adapted to local conditions, making them more resilient to pests and extreme weather. In the past, this produce provided much-needed micronutrients for local populations. Unfortunately, however, the simplification of diets, processed foods and poor access to food have led to poor-quality diets. As a result, one-third of the world suffers from micronutrient deficiencies.

Three crops – wheat, corn and rice – provide almost 60% of total plant-based calories consumed by humans. This leads to reduced resiliency in our supply chains and on our plates. For example, the number of rice varieties cultivated in Asia has dropped from tens of thousands to just a few dozen; in Thailand, 50% of land used for growing rice only produces two varieties.

People once understood that the conservation of species was crucial for healthy societies and ecosystems. We must ensure this knowledge remains part of our modern agricultural and food systems to prevent diet-related diseases and reduce the environmental impact of feeding ourselves.

2. Biodiversity Helps Fight Disease.

Higher rates of biodiversity have been linked to an increase in human health.

First, plants are essential for medicines. For example, 25% of drugs used in modern medicine are derived from rainforest plants while 70% of cancer drugs are natural or synthetic products inspired by nature. This means that every time a species goes extinct, we miss out on a potential new medicine.

Second, biodiversity due to protected natural areas has been linked to lower instances of disease such as Lyme disease and malaria. While the exact origin of the virus causing COVID-19 is still unknown, 60% of infectious diseases originate from animals and 70% of emerging infectious diseases originate from wildlife. As human activities encroach upon the natural world, through deforestation and urbanization, we reduce the size and number of ecosystems. As a result, animals live in closer quarters with one another and with humans, creating ideal conditions for the spread of zoonotic diseases.

Simply put: more species means less disease.

3. Biodiversity Benefits Business.

According to the World Economic Forum’s recent Nature Risk Rising Report, more than half of the world’s GDP ($44 trillion) is highly or moderately dependent on nature. Many businesses are, therefore, at risk due to increasing nature loss. Global sales of pharmaceuticals based on materials of natural origin are worth an estimated $75 billion a year, while natural wonders such as coral reefs are essential to food and tourism.

There is great potential for the economy to grow and become more resilient by ensuring biodiversity. Every dollar spent on nature restoration leads to at least $9 of economic benefits. In addition, changing agricultural and food production methods could unlock $4.5 trillion per year in new business opportunities by 2030, while also preventing trillions of dollars’ worth of social and environmental harms.

4. Biodiversity Provides Livelihoods.

Humans derive approximately $125 trillion of value from natural ecosystems each year. Globally, three out of four jobs are dependent on water while the agricultural sector employs over 60% of the world’s working poor. In the Global South, forests are the source of livelihoods for over 1.6 billion people. In India, forest ecosystems contribute only 7% to India’s GDP yet 57% of rural Indian communities’ livelihoods.

Ecosystems, therefore, must be protected and restored – not only for the good of nature but also for the communities that depend on them.

Although some fear environmental regulation and the safeguarding of nature could threaten businesses, the “restoration economy” – the restoration of natural landscapes – provides more jobs in the United States than most of the extractives sector, with the potential to create even more. According to some estimates, the restoration economy is worth $25 billion per year and directly employs more than the coal, mining, logging and steel industries altogether. Nature-positive businesses can provide cost-effective, robot-proof, business-friendly jobs that stimulate the rural economy without harming the environment.

5. Biodiversity Protects Us.

Biodiversity makes the earth habitable. Biodiverse ecosystems provide nature-based solutions that buffer us from natural disasters such as floods and stormsfilter our water and regenerate our soils.

The clearance of over 35% of the world’s mangroves for human activities has increasingly put people and their homes at risk from floods and sea-level rise. If today’s mangroves were lost, 18 million more people would be flooded every year (an increase of 39%) and annual damages to property would increase by 16% ($82 billion).

Protecting and restoring natural ecosystems is vital to fighting climate change. Nature-based solutions could provide 37% of the cost-effective CO2 mitigation needed by 2030 to maintain global warming within 2°C (35.6 F).

Natural ecosystems provide the foundations for economic growth, human health and prosperity. Our fate as a species is deeply connected to the fate of our natural environment.

As ecosystems are increasingly threatened by human activity, acknowledging the benefits of biodiversity is the first step in ensuring that we look after it. We know biodiversity matters. Now, as a society, we should protect it – and in doing so, protect our own long-term interests.

References

EIA (2020) International Energy Statistics. Petroleum and other liquids. Data Options. U.S. Energy Information Administration. Select crude oil including lease condensate to see data past 2017.

IEA (2018) International Energy Agency World Energy Outlook 2018, page 45, figures 1.19 and 3.13. International Energy Agency.

Posted in Biodiversity, Limits To Growth | Tagged , , , | Comments Off on Your life and the economy depend on biodiversity

Solar panels in the Sahara could cause global warming

Preface. Adding tens of thousands of square miles of solar panels to replace fossil fuels could cause climate change and heat up the planet. Of course this is a fantasy, dust storms would scour the panels rendering them useless, with little water to wash them off meanwhile to prevent degradation of solar generation from dust, and a massive infrastructure of roads, transmission lines, and energy storage batteries would add trillions of dollars to the cost. And it would all have to be rebuilt every 18 to 25 years, the lifespan of solar photovoltaic panels.

So this is a Thought Experiment. Still, it is interesting to consider the consequences. The article below is based on the following scientific paper: Li Y, Kalnay E, Motesharrei S et al (2018) Climate model shows large-scale wind and solar farms in the Sahara increase rain and vegetation. Science 361: 1019-1022.

Alice Friedemann  www.energyskeptic.com  Author of Life After Fossil Fuels: A Reality Check on Alternative Energy; When Trucks Stop Running: Energy and the Future of Transportation”, Barriers to Making Algal Biofuels, & “Crunch! Whole Grain Artisan Chips and Crackers”.  Women in ecology  Podcasts: WGBH, Planet: Critical, Crazy Town, Collapse Chronicles, Derrick Jensen, Practical Prepping, Kunstler 253 &278, Peak Prosperity,  Index of best energyskeptic posts

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Lu Z, Smith B (2021) Solar panels in Sahara could boost renewable energy but damage the global climate – here’s why. The Conversation.

The world’s most forbidding deserts could be the best places on Earth for harvesting solar power – the most abundant and clean source of energy we have. Deserts are spacious, relatively flat, rich in silicon – the raw material for the semiconductors from which solar cells are made — and never short of sunlight. In fact, the ten largest solar plants around the world are all located in deserts or dry regions.

Researchers imagine it might be possible to transform the world’s largest desert, the Sahara, into a giant solar farm, capable of meeting four times the world’s current energy demand.

While the black surfaces of solar panels absorb most of the sunlight that reaches them, only a fraction (around 15%) of that incoming energy gets converted to electricity. The other 85% is returned to the environment as heat. The panels are usually much darker than the ground they cover, so a vast expanse of solar cells will absorb a lot of additional energy and emit it as heat, affecting the climate.

If these effects were only local, they might not matter in a sparsely populated and barren desert. But the scale of the installations that would be needed to make a dent in the world’s fossil energy demand would be vast, covering thousands of square kilometers. Heat re-emitted from an area this size will be redistributed by the flow of air in the atmosphere, having regional and even global effects on the climate.

A greener Sahara

A 2018 study used a climate model to simulate the effects of lower albedo on the land surface of deserts caused by installing massive solar farms. Albedo is a measure of how well surfaces reflect sunlight. Sand, for example, is much more reflective than a solar panel and so has a higher albedo.

The model revealed that when the size of the solar farm reaches 20% of the total area of the Sahara, it triggers a feedback loop. Heat emitted by the darker solar panels (compared to the highly reflective desert soil) creates a steep temperature difference between the land and the surrounding oceans that ultimately lowers surface air pressure and causes moist air to rise and condense into raindrops. With more monsoon rainfall, plants grow and the desert reflects less of the sun’s energy, since vegetation absorbs light better than sand and soil. With more plants present, more water is evaporated, creating a more humid environment that causes vegetation to spread.


Read more: Should we turn the Sahara Desert into a huge solar farm?


This scenario might seem fanciful, but studies suggest that a similar feedback loop kept much of the Sahara green during the African Humid Period, which only ended 5,000 years ago.

So, a giant solar farm could generate ample energy to meet global demand and simultaneously turn one of the most hostile environments on Earth into a habitable oasis. Sounds perfect, right?

Not quite. In a recent study, we used an advanced Earth system model to closely examine how Saharan solar farms interact with the climate. Our model takes into account the complex feedbacks between the interacting spheres of the world’s climate – the atmosphere, the ocean and the land and its ecosystems. It showed there could be unintended effects in remote parts of the land and ocean that offset any regional benefits over the Sahara itself.

Drought in the Amazon, cyclones in Vietnam

Covering 20% of the Sahara with solar farms raises local temperatures in the desert by 1.5°C according to our model. At 50% coverage, the temperature increase is 2.5°C. This warming is eventually spread around the globe by atmosphere and ocean movement, raising the world’s average temperature by 0.16°C for 20% coverage, and 0.39°C for 50% coverage. The global temperature shift is not uniform though – the polar regions would warm more than the tropics, increasing sea ice loss in the Arctic. This could further accelerate warming, as melting sea ice exposes dark water which absorbs much more solar energy.

This massive new heat source in the Sahara reorganizes global air and ocean circulation, affecting precipitation patterns around the world. The narrow band of heavy rainfall in the tropics, which accounts for more than 30% of global precipitation and supports the rain forests of the Amazon and Congo Basin, shifts northward in our simulations. For the Amazon region, this causes droughts as less moisture arrives from the ocean. Roughly the same amount of additional rainfall that falls over the Sahara due to the surface-darkening effects of solar panels is lost from the Amazon. The model also predicts more frequent tropical cyclones hitting North American and East Asian coasts.

Some important processes are still missing from our model, such as dust blown from large deserts. Saharan dust, carried on the wind, is a vital source of nutrients for the Amazon and the Atlantic Ocean. So a greener Sahara could have an even bigger global effect than our simulations suggested.

We are only beginning to understand the potential consequences of establishing massive solar farms in the world’s deserts. Solutions like this may help society transition from fossil energy, but Earth system studies like ours underscore the importance of considering the numerous coupled responses of the atmosphere, oceans and land surface when examining their benefits and risks.

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Freshwater fish under threat of extinction

Preface. A third of freshwater fish are under threat from pollution, over fishing, dams, non-native species, climate change, disruption of river ecology and more. 

Alice Friedemann  www.energyskeptic.com  Author of Life After Fossil Fuels: A Reality Check on Alternative Energy; When Trucks Stop Running: Energy and the Future of Transportation”, Barriers to Making Algal Biofuels, & “Crunch! Whole Grain Artisan Chips and Crackers”.  Women in ecology  Podcasts: WGBH, Planet: Critical, Crazy Town, Collapse Chronicles, Derrick Jensen, Practical Prepping, Kunstler 253 &278, Peak Prosperity,  Index of best energyskeptic posts

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Harvey F (2021) Global freshwater fish populations at risk of extinction, study finds. World’s Forgotten Fishes report lists pollution, overfishing and climate change as dangers. The Guardian.

Rivers and lakes are vital ecosystems. They cover less than 1% of the planet’s surface, but their nearly 18,000 fish species represent a quarter of all vertebrates, as well as providing food for many millions of people. Healthy rivers are also needed to supply clean water.

Freshwater fish are under threat, with as many as a third of global populations in danger of extinction, according to an assessment.

Populations of migratory freshwater fish have plummeted by 76% since 1970, and large fish – those weighing more than 66 pounds (30 kg) – have been all but wiped out in most rivers. The global population of megafish down by 94%, and 16 freshwater fish species were declared extinct last year.

Only 14% of the world’s river basin areas have fish populations escaping serious damage from humans activities.

The worst-hit regions are western Europe and North America, where large and affluent populations mean humans’ impact on rivers is highest, such as with the Thames in the UK and the Mississippi in the US.

The report by 16 global conservation organizations, called The World’s Forgotten Fishes, said that global populations of freshwater fish were in freefall. The problems are diverse and include pollution, overfishing and destructive fishing practices, the introduction of invasive non-native species, climate change and the disruption of river ecologies. Most of the world’s rivers are now dammed in parts, have water extracted for irrigation or have their natural flows disrupted, making life difficult for freshwater fish. Only a third of the world’s great rivers are still free flowing without dams on them.

The report found that biodiversity in freshwater ecosystems was being lost at twice the rate of oceans and forests. There are more than 18,000 species of freshwater fish known, and more are still being discovered. The International Union for Conservation of Nature (IUCN), which compiles the global red list of species in danger, has assessed more than 10,000 species and found that about 30% were at risk of extinction.

The 16 organizations behind the report were: Alliance for Freshwater Life, Alliance for Inland Fisheries, Conservation International, Fisheries Conservation Foundation, Freshwaters Illustrated, Global Wildlife Conservation, InFish, the IUCN, the Sustainable Seafood Coalition, Mahseer Trust, Shoal, Synchronicity Earth, the Nature Conservancy, World Fish Migration Foundation, the WWF and Zoological Society of London.

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Create a free food forest

Preface. Atlanta has planted 7 acres of land with edible and medicinal plants. Why can’t your city do the same? More than 70 other cities have. All towns have emergency plans. And after a natural disaster or oil shortage, when grocery store shelves empty out, a food garden might be a big help. My home town of Oakland is putting food forests in at Oakland Schools (OUSD 2021) and has 16 community and urban edible gardens. Even the U.S. Forest Service is promoting them (USFS 2018)

Community gardens create a sense of community, make residents healthier, and are a peaceful place to escape from city strife.

How to create one: Constructing a Food Forest, Planting Justice.

Food forests in the news

Alice Friedemann www.energyskeptic.com  author of “Life After Fossil Fuels: A Reality Check on Alternative Energy“, 2021, Springer; “When Trucks Stop Running: Energy and the Future of Transportation”, 2015, Springer; Barriers to Making Algal Biofuels, and “Crunch! Whole Grain Artisan Chips and Crackers”. Podcasts: Collapse Chronicles, Derrick Jensen, Practical Prepping, KunstlerCast 253, KunstlerCast278, Peak Prosperity , XX2 report

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Ryan C (2021) Atlanta creates the nation’s largest free food forest with hopes of addressing food insecurity. CNN.

When a dormant pecan farm in the neighborhoods of south Atlanta closed, the land was soon rezoned and earmarked to become townhouses.But when the townhouses never came to fruition and with the lot remaining in foreclosure, the Conservation Fund bought it in 2016 to develop an unexpected project: the nation’s largest free food forest.

Thanks to a US Forest Service grant and a partnership between the city of Atlanta, the Conservation Fund, and Trees Atlanta, you’ll find 7.1 acres of land ripe with 2,500 pesticide-free edible and medicinal plants only 10 minutes from Atlanta’s airport, the world’s busiest airport before the pandemic struck.

The forest is in the Browns Mill neighborhood of southeast Atlanta, where the closest grocery store is a 30-minute bus ride away.

“Access to green space and healthy foods is very important. And that’s a part of our mission,” says Michael McCord, a certified arborist and expert edible landscaper who helps manage the forest.The forest is part of the city of Atlanta’s larger mission to bring healthy food within half a mile of 85% of Atlanta’s 500,000 residents by 2022, though as recently as 2014, it was illegal to grow food on residential lots in the city.

Resources like the food forest are a rarity and necessity in Atlanta as 1 in 6 Georgians face food insecurity, 1 in 3 Browns Mill residents live below the poverty line, and 1 in 4 Atlantans live in food deserts so severe, some find it more apt to call the problem “supermarket redlining.”

“We host lots of students for field trips, and for a lot of them, it’s their first time at a garden or farm or forest,” said McCord. “So here they get to experience everything urban agriculture and urban forestry all in one day. It’s really special.”

The forest is now owned by the parks department and more than 1,000 volunteers and neighbors are helping to plant, water and maintain the forest. In a day alone, there can be more than 50 volunteers working on the forest.

That work of maintaining the forest is done by volunteers is a testament to the forest’s ability to build community, said Carla Smith, an Atlanta city councilwoman who helped start the project.

“It’s really a park for everyone, said Smith. “Every time I go there’s a community there who respects and appreciates the fresh healthy foods. There’s a mentality there that people know to only take what they need.”

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