Ryan Sutter Shares He Has Lyme Disease After Year-Long Health Battle

Ryan Sutter Shares He Has Lyme Disease After Year-Long Health Battle

Elyse Dupre                          May 25, 2021

 

After months of uncertainty, Trista and Ryan Sutter finally have some answers about his health.

During the May 25 episode of her podcast Better Etc., the former Bachelorette and her husband shared he has been diagnosed with Lyme disease.

“It’s been hard,” Trista said while looking back at their path to Ryan’s diagnosis. “It’s a really difficult thing to see the person that you love most in this world struggling. And he’s a big strong guy, and to see him get emotional and feel helpless in a way in that all I could do was really advocate for him. So, that’s what I did.”

While Trista informed her followers of Ryan’s medical journey in November, her spouse of 17 years said he actually started experiencing symptoms in early 2020.

“My body would just itch for no reason. I’d get some pretty severe headaches…swollen lymph nodes, nausea, night sweats, fevers, really really deep bone aches and muscle aches and joint aches, periods of extreme fatigue—almost paralyzing fatigue…. All things that I just had never really experienced before in my life,” he recalled. “I mean, I’ve done a lot of things that have made me tired, but this was beyond tired.”

After speaking with a number of doctors and undergoing a series of tests, Ryan still didn’t have clarity. It wasn’t until about a year into the investigative process that he received a diagnosis.

Ryan later learned he has a genetic predisposition that makes him more susceptible to toxins, which he said he’s exposed to as a firefighter. He also said he was dealing with mold in his body.

“On top of being exposed to mold, I was also dealing with these long days, exhaustion, dehydration, all these other things that weaken your immune system, products of combustion,” he explained. “So, my immune system was weakened, making it difficult to fight off infections, or what it seems like, allowing prior infections that my immune system had been able to sort of suppress and keep down to resurface. One of those infections was indeed Lyme disease.”

Ryan tested positive for Lyme disease. “I now essentially have Lyme disease,” he said. “It seems like that’s something that I will always have. It’s just that, now, I know and I can start to try to build back my immune system so I can fight it off. Again, Epstein-Barr I had shown that virus. This weakened immune system may have allowed that to kind of come back in. On top of that, COVID. So, I had the COVID virus, EBV virus and Lyme disease all were able to show back up. I don’t know which ones necessarily did and which ones didn’t other than Lyme disease.”

Now, “the major things” Ryan is addressing are Lyme disease and mold toxicity. For Lyme disease, he said he’s “responded well” to supplements and dietary changes. He also noted he has a “good team” supporting him.

“I truly believe that we’re on the right path now,” he continued. “I’m very thankful for where we are and for everyone who’s helped us get there, whether that’s doctors, our family support or even all the people that have written in on social media or in other avenues.”

Trista and Ryan also hope to use their platform to help other people in their health journeys. “For anyone out there who is struggling, keep up hope and keep advocating for yourself,” Trista said. “Never stop, never settle for an answer that you don’t believe to be true. Keep advocating, keep looking for answers. It’s your right. It’s your right to find answers and consult with different doctors.”

Climate Change Is Pushing Wildfires to New Heights

Climate Change Is Pushing Wildfires to New Heights

The Conversation                          May 26, 2021
Kyle Grillot/Getty
Kyle Grillot/Getty

By Mojtaba Sadegh, John Abatzoglou, and Mohammad Reza Alizadeh

The western U.S. appears headed for another dangerous fire season, and a new study shows that even high mountain areas once considered too wet to burn are at increasing risk as the climate warms.

Nearly two-thirds of the U.S. West is in severe to exceptional drought right now, including large parts of the Rocky Mountains, Cascades and Sierra Nevada. The situation is so severe that the Colorado River basin is on the verge of its first official water shortage declaration, and forecasts suggest another hot, dry summer is on the way.

Warm and dry conditions like these are a recipe for wildfire disaster.

In a new study published May 24, 2021, in Proceedings of the National Academy of Sciences, our team of fire and climate scientists and engineers found that forest fires are now reaching higher, normally wetter elevations. And they are burning there at rates unprecedented in recent fire history.

While some people focus on historical fire suppression and other forest management practices as reasons for the West’s worsening fire problem, these high-elevation forests have had little human intervention. The results provide a clear indication that climate change is enabling these normally wet forests to burn.

As wildfires creep higher up mountains, another tenth of the West’s forest area is now at risk, according to our study. That creates new hazards for mountain communities, with impacts on downstream water supplies and the plants and wildlife that call these forests home.

In the new study, we analyzed records of all fires larger than 1,000 acres (405 hectares) in the mountainous regions of the contiguous western U.S. between 1984 and 2017.

The amount of land that burned increased across all elevations during that period, but the largest increase occurred above 8,200 feet (2,500 meters). To put that elevation into perspective, Denver—the mile-high city—sits at 5,280 feet, and Aspen, Colorado, is at 8,000 feet. These high-elevation areas are largely remote mountains and forests with some small communities and ski areas.

The area burning above 8,200 feet more than tripled in 2001-2017 compared with 1984-2000.

Forest fires advanced to higher elevations as the climate dried from 1984 to 2017. Every 200 meters equals 656 feet.

<div class="inline-image__caption"><p>Forest fires advanced to higher elevations as the climate dried from 1984 to 2017. Every 200 meters equals 656 feet.</p></div> <div class="inline-image__credit">Mojtaba Sadegh, CC BY-ND</div>Mojtaba Sadegh, CC BY-ND

Our results show that climate warming has diminished the high-elevation flammability barrier—the point where forests historically were too wet to burn regularly because the snow normally lingered well into summer and started falling again early in the fall. Fires advanced about 826 feet (252 meters) uphill in the western mountains over those three decades.

The Cameron Peak Fire in Colorado in 2020 was the state’s largest fire in its history, burning over 208,000 acres (84,200 hectares) and is a prime example of a high-elevation forest fire. The fire burned in forests extending to 12,000 feet (3,650 meters) and reached the upper tree line of the Rocky Mountains.

We found that rising temperatures in the past 34 years have helped to extend the fire territory in the West to an additional 31,470 square miles (81,500 square kilometers) of high-elevation forests. That means a staggering 11% of all western U.S. forests – an area similar in size to South Carolina – are susceptible to fire now that weren’t three decades ago.

In lower-elevation forests, several factors contribute to fire activity, including the presence of more people in wildland areas and a history of fire suppression.

In the early 1900s, Congress commissioned the U.S. Forest Service to manage forest fires, which resulted in a focus on suppressing fires—a policy that continued through the 1970s. This caused flammable underbrush that would normally be cleared out by occasional natural blazes to accumulate. The increase in biomass in many lower elevation forests across the West has been associated with increases in high-severity fires and megafires. At the same time, climate warming has dried out forests in the western U.S., making them more prone to large fires.

By focusing on high-elevation fires, in areas with little history of fire suppression, we can more clearly see the influence of climate change.

Most high-elevation forests haven’t been subjected to much fire suppression, logging or other human activities, and because trees at these high elevations are in wetter forests, they historically have long return intervals between fires, typically a century or more. Yet they experienced the highest rate of increase in fire activity in the past 34 years. We found that the increase is strongly correlated with the observed warming.

A Wildfire Destroyed His House. This Climate Denier Blames Environmentalists.

High-elevation fires have implications for natural and human systems.

High mountains are natural water towers that normally provide a sustained source of water to millions of people in dry summer months in the western U.S. The scars that wildfires leave behind—known as burn scars—affect how much snow can accumulate at high elevations. This can influence the timing, quality and quantity of water that reaches reservoirs and rivers downstream.

High-elevation fires also remove standing trees that act as anchor points that normally stabilize the snowpack, raising the risk of avalanches.

The loss of tree canopy also exposes mountain streams to the sun, increasing water temperatures in the cold headwater streams. Increasing stream temperatures can harm fish and the larger wildlife and predators that rely on them.

Climate change is increasing fire risk in many regions across the globe, and studies show that this trend will continue as the planet warms. The increase in fires in the high mountains is another warning to the U.S. West and elsewhere of the risks ahead as the climate changes.

Mojtaba Sadegh is an assistant professor of civil engineering at Boise State University; John Abatzoglou is an associate professor of engineering at University of California, Merced; Mohammad Reza Alizadeh is a Ph.D. student in engineering at McGill University.

Climate: World at risk of hitting temperature limit soon

Climate: World at risk of hitting temperature limit soon

David Shukman – Science editor                  May 26, 2021
Nantou in Taiwan during a drought this year
Nantou in Taiwan during a drought this year

 

It’s becoming more likely that a key global temperature limit will be reached in one of the next five years.

A major study says by 2025 there’s a 40% chance of at least one year being 1.5C hotter than the pre-industrial level.

That’s the lower of two temperature limits set by the Paris Agreement on climate change.

The conclusion comes in a report published by the World Meteorological Organization (WMO).

The analysis is based on modelling by the UK Met Office and climate researchers in 10 countries including the US and China.

In the last decade, it was estimated that the chance of any one year reaching the 1.5C threshold was only 20%.

This new assessment puts that risk at 40%.

Leon Hermanson, a senior Met Office scientist, told BBC News that comparing projected temperatures with those of 1980-1900 shows a clear rise.

“What it means is that we’re approaching 1.5C – we’re not there yet but we’re getting close,” he said.

“Time is running out for the strong action which we need now.”

The researchers point out that even if one of the next five years is 1.5C above the pre-industrial level, it’ll be a temporary situation.

Temperature curve
Temperature curve

 

Natural variability will mean the following few years may be slightly cooler and it could be another decade or two or more before the 1.5C limit is crossed permanently.

The Paris Agreement established the goal of keeping the increase in the global average temperature to no more than 2C and to try not to surpass 1.5C – and that’s understood to mean over a long period rather than a single year.

According to Dr Joeri Rogelj, director of research at the Grantham Institute, Imperial College London, “the 1.5C in the Met Office announcement should not be confused with the 1.5C limit in the Paris Agreement”.

“The Paris targets refer to global warming – that is, the temperature increase of our planet once we smooth out year-to-year variations,” he explained.

“A single year hitting 1.5C therefore doesn’t mean the Paris limits are breached, but is nevertheless very bad news.

“It tells us once again that climate action to date is wholly insufficient and emissions need to be reduced urgently to zero to halt global warming.”

Wildfire consumes house in St Helena, California
A house is consumed by flames during the Glass wildfire in California last year

 

A landmark report by the UN climate panel in 2018 highlighted how the impacts of climate change are far more severe when the increase is greater than 1.5C.

At the moment, projections suggest that even with recent pledges to cut emissions of greenhouse gases, the world is on course to heat up by up to 3C.

The WMO’s secretary-general, Prof Petteri Taalas, said the results of the new research were “more than mere statistics”.

“This study shows – with a high level of scientific skill – that we are getting measurably and inexorably closer to the lower target of the Paris Agreement on Climate Change,” he explained.

“It is yet another wake up call that the world needs to fast-track commitments to slash greenhouse gas emissions and achieve carbon neutrality.”

Prof Ed Hawkins, a climate scientist at the University of Reading, told me that if the new forecast is proved right “it does not mean that we have exceeded the Paris Agreement limit”.

He points out that two individual months in 2016 saw a rise of 1.5C.

“As the climate warms, we’ll get more months above 1.5C, then a sequence of them, then a whole year on average above 1.5 and then two or three years and then virtually every year,” Prof Hawkins said.

He also stresses that 1.5C is “not a magic number that we’ve got to avoid”.

“It’s not a sudden cliff edge, it’s more like a slope that we’re already on and, as the climate warms, the effects get worse and worse.

“We have to set a line in the sand to try to limit the temperature rise but we clearly need to recognize that we’re seeing the effects of climate change already in the UK and around the world and those effects will continue to become more severe.”

The report comes in the approach to the COP26 summit on climate change, due to be held in Glasgow in November.

The summit aims to raise ambition among world leaders on tackling the climate crisis.

New Mexico Stuck With $8 billion in Cleanup for Oil Wells, Highlighting Dangers From Fossil Fuel Dependence

DeSmog

New Mexico Stuck With $8 billion in Cleanup for Oil Wells, Highlighting Dangers From Fossil Fuel Dependence

The oil industry boasts that it fills state coffers with revenues from drilling, but a new study finds a serious gap in funding available to tackle the environmental legacy of abandoned wells.
Nick Cunningham         May 26, 2021
 
Oil stored in tanks. Credit: Bureau of Land Management (CC BY 2.0)

New Mexico is facing more than $8 billion in cleanup costs for oil and gas wells, an enormous liability that taxpayers could be left to pick up if drillers go out of business or walk away from their obligations.

Cleaning up old wells at the end of their operating lives can be expensive, and typically states require drillers to cover part of the cleanup cost at the outset, known as financial assurance requirements. The money is tapped later on when the well or pipeline must be dismantled and cleaned up.

But a study commissioned by the New Mexico State Land Office published on April 30 found that “financial assurance requirements do not exist for much of the oil and gas infrastructure explored in this study, and in some cases where such requirements are imposed, operators may have multiple ways of minimizing or avoiding those requirements.” The study was conducted by the Center for Applied Research, an independent analytical firm.

Inadequate bonding requirements means there is a serious gap in available funding to properly clean up after the fossil fuel industry. According to the report, it could cost as much as $8.38 billion to clean up the state’s tens of thousands of wells and associated pipeline infrastructure. Alarmingly, however, New Mexico only has $201 million tucked away for cleanup, leaving a hole of $8.1 billion.

“That’s $8.1 billion that we don’t have,” New Mexico Commissioner of Public Lands Stephanie Garcia Richard said in a statement. “Enormous sums of taxpayer money and money meant for public schools, along with the long-term health of our lands, are on the line.”

The industry likes to boast that oil and gas revenues contribute roughly a third of the state’s general fund — a fact that the New Mexico Oil & Gas Association (NMOGA) triumphantly advertised in a recent report and regularly highlights on social media.

Indeed, drilling accounts for a large source of state revenues. In April 2021, for example, the state took in $109 million in royalties, a record high. Those funds will be funneled into public services, including schools and hospitals.

As the report exposed, however, the massive liability put onto the public in cleanup costs somewhat undercuts the notion that the oil and gas industry is a financial godsend.

The industry has helped fill state coffers in recent years, with oil production booming to roughly 1 million barrels per day, more than double production levels from five years ago. According to the report, last year the oil and gas industry produced nearly 370 million barrels of oil and 2 trillion cubic feet of natural gas from roughly 60,000 wells, which was transported on 35,000 miles of pipelines.

But as the State Land Office study highlights, the industry is leaving behind enormous costs for the state and the general public to deal with at a later date, a liability that is mostly obscured from public discussion.

The average cost to plug an old well and reclaim the surface is over $182,000 per well, but the state only has the finances to cover a little over $3,200 per well. The funding gap is even more staggering for pipelines. Decommissioning and reclamation costs are roughly $211,000 per mile of pipeline, but available financial assurance only totals about $51 per mile.

A pump jack in Roswell, New Mexico. Credit: BLM(CC BY 2.0)

 

The risk to the public from inadequate bonding requirements is compounded by the fact that oil and gas drillers can go out of business long before wells are cleaned up, which can be years or even decades later. The U.S. shale industry has burned through hundreds of billions of dollars in cash, and there have been more than 250 bankruptcies of North American oil and gas companies since 2015. And as the clean energy transition accelerates, the financial challenges to the industry are likely to only grow more severe.

The state has long suffered from the roller coaster cycles of extractive industry, according to James Jimenez, executive director of New Mexico Voices for Children, a health, education, and economic advocacy organization. “We’ve made policy choices in boom times that have really exacerbated our over-dependence on oil and natural gas revenues,” Jimenez told DeSmog.

“Because of the really volatile nature of the oil and gas industries, we haven’t had sustainability in the programs,” he said. A dependence on a boom-and-bust industry has forced the state to make cuts to school systems during downturns in the past.

“We need to reduce this over reliance we have on oil and natural gas to fund really basic important programs like our K-12 education and higher education systems,” Jimenez said. He added that the state should diversify its revenue base, such as through progressive taxation on the wealthy and supporting non-extractive business sectors.

Even as money flows to the state from drilling today, the unfunded liabilities of cleanup that are dumped onto the public also highlight the downside to such high levels of drilling. “The $8 billion that it would take to do the cleanup would have to come from somewhere,” Jimenez said. Dollars spent on cleaning up the waste from the oil and gas industry, are dollars not spent on other important needs, such as rural broadband or road infrastructure, he added.

“The answers are simple and urgent — raise royalty rates and taxes on the industry, stash away the revenues in our Permanent Fund to stabilize cash flows, and spend current budget dollars on investments to diversify our economy,” Thomas Singer, senior policy advisor at the Western Environmental Law Center, told DeSmog via email.

NMOGA did not respond to a request for comment.

Well pad near Roswell, NM. Credit: BLM(CC BY 2.0)

 

On top of the financial risks from abandoned wells, the fossil fuel industry brings numerous environmental and public health hazards as well. Oil and gas operations have contributed to a deterioration in air quality in the state. And in northwestern New Mexico, there have been more than 300 accidents since 2019, including oil spills, fires, blowouts, and gas releases, and much of it has occurred on Navajo land, as reported by Capital & Main.

A recently published peer-reviewed study found that shut-in conventional oil wells in the Permian basin could be leaking a substantial amount of methane, a powerful greenhouse gas that exacerbates climate change.

“New Mexicans must recognize that while industrialization of our landscape to produce oil and gas brings revenue today, if not properly cleaned up, it also jeopardizes our economy of the future,” Singer said. Allowing drillers “to defer this obligation indefinitely puts the state and taxpayers at great risk that they will have pick up the tab or leave these areas as polluted sacrifice zones.”

Nick Cunningham is an independent journalist covering the oil and gas industry, climate change and international politics. He has been featured in Oilprice.com, The Fuse, YaleE360 and NACLA.

Turn off the gas: is America ready to embrace electric vehicles?

The Guardian

Turn off the gas: is America ready to embrace electric vehicles?

Tom Perkins               May 23,  2021 
Joe Biden inside the new Lightning last week. ‘This sucker’s quick,’ he declared.
Joe Biden inside the new Lightning last week. ‘This sucker’s quick,’ he declared. Photograph: Nicholas Kamm/AFP/Getty Images

 

Ford unveiled its new F-150 Lightning pickup this week – but the success of EVs in this car-loving nation is far from certain

In Detroit, auto plants have for decades churned out trucks built with Motor City steel and fueled by gasoline. But this week’s rollout of the Ford F-150 Lightning electric truck offered a vision of the future in America’s automotive heartland: aluminum-clad pickups running off of electric powertrains with lithium batteries.

Ford launching electric F-150 truck in ‘huge’ shift for low-emission vehicles.

 

An electric model of the nation’s best-selling vehicle at an accessible $40,000 has the potential to shift the auto industry’s course, and do more to advance the transportation sector’s electrification than any recent development, analysts say.

“Offering a well-known vehicle at a competitive price could really help push the EV agenda in the US,” said Jessica Caldwell, executive director of insights at Edmunds.com.

Meanwhile, Ford characterized the Lightning’s introduction as a “watershed moment”, but it also represents a major gamble. The F-150 embodies American ruggedness, and it raises the question: is the truck market’s meat-and-potatoes base ready to embrace environmentally friendly electric vehicles (EVs)?

It’s uncharted territory, said Michelle Krebs, Autotrader executive analyst. The success of the Lightning or any EV hinges on a major infrastructure build-out that’s far from certain.

“There’s no EV pickup market at the moment, so we just don’t know how big it could be, or what consumer acceptance will be,” she said.

Truck consumers are generally unwilling to switch to cars just to go electric, Krebs said. So pitching them on the Lightning not only opens a new market for Ford, but is a critical step in the nation’s efforts to rein in greenhouse gas emissions, of which the transportation sector accounts for 29%. The EV transition is a key component of Joe Biden’s climate plan, which calls for the nation to cut emissions by 50% from 2005 levels by 2030, and net-zero emissions economy-wide by 2050.

Though EVs only make up less than 2% of new-vehicle sales in the US, there’s perhaps no better line to push the needle on those figures than the F-Series. Last year, Ford generated about $42bn in the sale of over 800,000 F-Series trucks, according to data from the company and Edmunds.com. Sales of the F-150, the line’s light-duty truck, exceeded 556,000.

The Lightning feature that seems to be catching the most attention isn’t under the hood or in the cab, but on the price tag. With EV tax incentives, the truck’s base model could cost about $32,000 – less than a $37,000 gas-powered F-150 with a crew cab. By contrast, the GMC Hummer EV and Rivian R1T, are priced at $80,000 and $70,000 though they are slightly flashier.

The Lightning also marks one of the first attempts to electrify a well-known, everyday vehicle that appeals to a mass market. Previously, EVs were mostly small, unconventionally designed cars that appealed to environmentally minded people who made a personality statement with their vehicle, Caldwell said. The “pendulum has swung” in terms of design, she added.

The Lightning’s range is also notable. One charge will take a base model Lightning 230 miles, or, for an additional $20,000, the extended range trim will travel 300 miles. It can haul up to 2,000lb of payload and tow up to 10,000lb. However, Ford doesn’t offer any data on range with a heavy payload or tow, and Car And Drive estimated it at as little as 100 miles.

That’s the type of detail that could keep consumers away from not just the Lightning, but all electric pickups. On a 150kw DC fast charger, the extended-range trim targets up to 54 miles of range in 10 minutes, or just under an hour for a full charge.

It’s not hard to imagine a scenario in which someone who may be buying a truck to tow a camper a long distance once or twice per year opting for a gas-powered F-150 instead being inconvenienced with an hour-long stop to recharge every 100 miles or so, Caldwell said.

But several once-in-a-while Lightning features are generating a buzz, like a drain hole in case the cab needs to be hosed out. Its dual battery system can power tools in the field, or a house for three days during an outage. The F-150 Hybrid was utilized as a mobile generator in the recent deadly Texas blackouts.

Ford’s chief executive engineer Linda Zhang unveils the Ford F-150 Lightning in Dearborn on Wednesday.
Ford’s chief executive engineer Linda Zhang unveils the Ford F-150 Lightning in Dearborn on Wednesday. Photograph: Carlos Osorio/AP

 

The Lightning’s power is another selling point – it can go 0-60mph in just over four seconds, offers 775lb-ft of torque, and the extended range model targets 563 horsepower.

That was enough to impress the president, who test drove a Lightning during a Michigan stop last week. “This sucker’s quick,” he declared.

Among those who will need to harness the truck’s full power and hauling capacity are contractors. It’s worth consideration, said Dave Alder, an electrician in Detroit, especially if it could save on gas money. But he worried about where he would charge it, and said it’s a bit of a “If it’s not broken, don’t fix it” situation with his gas-powered Chevy Silverado.

The Lightning has the support of the United Auto Workers union, which at times has been skeptical of electrification. The truck will be built at the Rouge Electric Vehicle Center in Dearborn, which sits just outside of Detroit and next to the Dearborn Truck Plant that produces gas-powered and hybrid F-150s. Lightning production is slated to start next spring, with the trucks hitting the lot in mid-2022.

Critical to its success is an infrastructure build out, and Biden’s $2tn infrastructure plan includes $174bn to support the EV transition.

Biden has framed his pitch by repeatedly claiming the US is in an electrification race with China.

“The future of the auto industry is electric. There’s no turning back,” he said during the Lightning’s unveiling. “The question is whether we will lead or we will fall behind in the race to the future.”

Buy-in from the auto industry could help Biden push his proposal with Congress, though it’s uniformly opposed by the GOP. Republican leadership has pointed to the lack of infrastructure as a chief reason for opposing spending on the EV transition, but at the same time opposes funding an infrastructure build-out.

American consumers have said they won’t buy an EV without the infrastructure in place, Krebs said, which leaves the industry facing a “chicken and egg” situation.

“That’s key – they have got to have the charging infrastructure in place or this will all go kaput,” she said.

Trucks of fresh water used to feed Taiwan’s semiconductors as crops left to die in punishing drought

Trucks of fresh water used to feed Taiwan’s semiconductors as crops left to die in punishing drought

Nicola Smith                          May 22, 2021
The dried lakebed of Sun Moon Lake in Nantou county in central Taiwan - AP
The dried lakebed of Sun Moon Lake in Nantou county in central Taiwan – AP

 

The world’s largest microchip maker is buying tanker trucks full of water to keep its plant going as farmers struggle to make ends meet during the worst drought in the history of Taiwan.

The Taiwanese government this week said it would tighten water rationing from June 1 in the semiconductor making hubs of Hsinchu and Taichung if there is no significant rainfall by then. This would require companies to cut water consumption by 17 per cent.

Chip manufacturing requires a significant amount of water, and the shortfall in Taiwan, the rainswept island that hasn’t seen a typhoon in the last last year, has sounded alarm bells across the world.

The global economy is suffering from a major shortage of semiconductors that are key to almost all consumer appliances and vehicles.

A cut in supply from factories shut by Covid first hit the market last year, but a surge in spending on electrical items during lockdown has savaged the industry.

The automotive sector is by far the hardest hit, with Ford, Volkswagen and Jaguar Land Rover shutting down factories and laying off workers.

Taiwan Semiconductor Manufacturing Co Ltd (TSMC), the world’s largest chipmaker, told the Telegraph it had a contingency plan for the punishing drought compounding global supply issues further.

“We have initiated some measures including cutting back water usage and ordering water by tanker trucks for some of our facilities. So far there’s no impact on production and we are closely monitoring the water supply situation,” said a spokesperson.

People fish at the Sun Moon Lake with low water levels during an island wide drought - ANNABELLE CHIH&#xa0;/REUTERS
People fish at the Sun Moon Lake with low water levels during an island wide drought – ANNABELLE CHIH /REUTERS

 

But the 18-month drought, which has seen reservoirs in the island’s central and southern region plunge below 5 per cent of capacity, not only threatens Taiwan’s technological dominance, it has damaged farmers’ livelihoods and revived calls for long term action over climate change.

In parts of central Taiwan, taps are now turned off two days a week.

“With climate change accelerating, it is a sign that we have to think about how to transform,” said farmer Liu Cheng-yu, 37, who is facing significant losses from his rice paddy fields due to irrigation restrictions.

“That means our previous investment and effort will go to waste completely, and we won’t be able to earn any income,” he said. “We are desperately looking for other water resources to prevent the irrigation from halting.”

Mr Liu said he saw the crisis as an opportunity, but other farmers believe they have been shortchanged to save the chip industry.

“We had no choice but to stop planting for this season,” said Ho Wan-chin, 57, who was forced to lease his 100 hectares of land in Hsinchu county fallow.

“The government’s policy has always prioritized water supply to industries like the Hsinchu Science Park,” he said. “We are frustrated by the drought, and with climate change, drought will only happen again in the future.”

The island’s Greenpeace chapter agrees, concluding that Taiwan will face a more intense drought by 2030 if nothing is done to reduce carbon emissions.

People visit dried up Sun Moon Lake in Taiwan&#39;s Nantou County
People visit dried up Sun Moon Lake in Taiwan’s Nantou County

 

“Because of semiconductors and the regulation of domestic water use, the public awareness of climate change has indeed increased. However, climate change is never the focus of the discussion,” said June Liu, climate and energy campaigner.

“A long-term and climate-orientated water management policy is lacking and must be built up as soon as possible. Crossing fingers is not how we deal with risks.”

Dr Hsu Huang-hsiung, a climate change expert at Taiwan’s Academia Sinica, said that although this year’s drought was likely more attributable to bad luck rather than proven to be global warming, that it served as a wake-up call for the island.

“This has been a good lesson for the Taiwanese people and government to learn,” he said. “Although this particular event was not necessarily caused by global warming, similar phenomena occurred so that we know that our water resources policy is not well planned.”

The island needed to address leakage in water pipes, hike consumption prices, and explore other water resources like retention pools, he said.

“I think the government will start to come up with better plans for long term policies for water resources for the future.”

A couple just moved into a 3D printed concrete home for about $1,400 a month- see what it’s like to live in

A couple just moved into a 3D printed concrete home for about $1,400 a month- see what it’s like to live in

Brittany Chang                         May 23, 2021

A couple just moved into a 3D printed concrete home for about $1,400 a month- see what it’s like to live in
3d printed concrete home with project milestone
A 3D printed concrete home with Project Milestone. Bart van Overbeeke

  • A couple recently moved into a 1,012-square-foot 3D printed concrete home in the Netherlands.
  • It’s one of five homes that are part of the first 3D printed concrete “commercial housing project.”
  • The home’s makers say concrete 3D printed homes could help alleviate housing shortages.

On April 30, a Dutch couple began calling a 3D printed concrete house their home.

3d printed concrete home with project milestone
A 3D printed concrete home with Project Milestone. Bart van Overbeeke 

 

The home is located in Eindhoven in the Netherlands.

3d printed concrete home with project milestone
A 3D printed concrete home with Project Milestone. Bart van Overbeeke

 

It’s the first of five 3D printed homes under Project Milestone, a collaboration among the Eindhoven University of Technology, the municipality, industry experts, architects, and several private companies.

3d printed concrete home with project milestone
Inside a 3D printed concrete home with Project Milestone. Bart van Overbeeke 

Project Milestone serves as the world’s first 3D printed concrete “commercial housing project,” according to its maker.

3d printed concrete home with project milestone
Inside a 3D printed concrete home with Project Milestone. Bart van Overbeeke.     Source: 3D Printed House

 

The five homes are being built one at a time, which allows the makers to apply learnings from previous builds into each new home. Each house is meant to be more complex than its predecessors.

3d printed concrete home with project milestone
Inside a 3D printed concrete home with Project Milestone. Bart van Overbeeke 

 

The housing crisis has been escalating in recent years, especially in the US.

3d printed concrete home with project milestone
Inside a 3D printed concrete home with Project Milestone. Bart van Overbeeke.       Source: Insider 

 

The project’s teams hope to make 3D concrete printing a sustainable home-building option to help alleviate housing shortages, according to its makers.

3d printed concrete home with project milestone
A 3D printed concrete home with Project Milestone. Bart van Overbeeke

Source: 3D Printed House

Creating a 3D printed home is often seen as more sustainable and faster than traditional homebuilding …

3d printed concrete home with project milestone
Inside a 3D printed concrete home with Project Milestone. Bart van Overbeeke.    Source: Insider 

 

… especially because the precise printer used in Project Milestone uses less concrete than traditional construction methods.

3d printed concrete home with project milestone
Inside a 3D printed concrete home with Project Milestone. Bart van Overbeeke

 

Aesthetics-wise, the printer can also create a more creative and nontraditional home, as seen with this new boulder-shaped house.

3d printed concrete home with project milestone
A 3D printed concrete home with Project Milestone. Bart van Overbeeke

 

“In addition to affordable homes, the market increasingly demands innovative housing concepts,” Yasin Torunoglu, the housing and spatial development alderman at the municipality of Eindhoven, said in a press release.

3d printed concrete home with project milestone
Inside a 3D printed concrete home with Project Milestone. Bart van Overbeeke   Source: 3D Printed House

 

“With the 3D printed home, we’re now setting the tone for the future: the rapid realization of affordable homes with control over the shape of your own house,” Torunoglu continued.

3d printed concrete home with project milestone
Inside a 3D printed concrete home with Project Milestone. Bart van Overbeeke 

 

As of now, 3D printed homes aren’t more affordable than “traditional” homes despite reduced labor costs. But it’s a goal the project is working toward.

3d printed concrete home with project milestone
Inside a 3D printed concrete home with Project Milestone. Bart van Overbeeke     Source: 3D Printed House

 

This new home is made up of 24 concrete pieces that were printed at a printing plant.

3d printed concrete home with project milestone
A 3D printed concrete home with Project Milestone. Bart van Overbeeke

 

The pieces were then trucked to the home’s final site and assembled on the house’s foundation.

3d printed concrete home with project milestone
A 3D printed concrete home with Project Milestone. Bart van Overbeeke

 

A roof and frames were later added.

3d printed concrete home with project milestone
Inside a 3D printed concrete home with Project Milestone. Bart van Overbeeke

 

The homes are described as durable despite this multipiece process: The units are meant to serve as functioning homes for a few decades.

3d printed concrete home with project milestone
A 3D printed concrete home with Project Milestone. Bart van Overbeeke

 

The 3D printed bungalow is now owned by Vesteda, a real-estate investor. It’ll be rented out to private occupants via six-month contracts at about $1,400 a month.

3d printed concrete home with project milestone
Inside a 3D printed concrete home with Project Milestone. Bart van Overbeeke                      Source: 3D Printed House

 

The home is now occupied by two retirees from Amsterdam, The Guardian reported.

3d printed concrete home with project milestone
A 3D printed concrete home with Project Milestone. Bart van Overbeeke

Source: The Guardian

“It has the feel of a bunker – it feels safe,” Harrie Dekkers, one of the occupants, told The Guardian.

3d printed concrete home with project milestone
Inside a 3D printed concrete home with Project Milestone. Bart van Overbeeke       Source:  The Guardian

 

Now, let’s take a look at the home.

3d printed concrete home with project milestone
A 3D printed concrete home with Project Milestone. Bart van Overbeeke

 

The almost 1,012-square-foot home has a living room, a kitchen, and two bedrooms.

3d printed concrete home with project milestone
Inside a 3D printed concrete home with Project Milestone. Bart van Overbeeke

 

Its distinct “large boulder-shaped” appearance was designed to fit into its surroundings and show off the 3D printer’s ability to create free-formed buildings.

3d printed concrete home with project milestone
A 3D printed concrete home with Project Milestone. Bart van Overbeeke

 

The unit’s curved walls and spaces are different from spaces of other 3D printed homes.

3d printed concrete home with project milestone
Inside a 3D printed concrete home with Project Milestone. Bart van Overbeeke

 

Besides its eccentric shape, the interior of the concrete home doesn’t look any different from that of a traditional home.

3d printed concrete home with project milestone
Inside a 3D printed concrete home with Project Milestone. Bart van Overbeeke

 

The front door can be locked and unlocked using a digital key.

3d printed concrete home with project milestone
A 3D printed concrete home with Project Milestone. Bart van Overbeeke

Source: The Guardian 

It’s also well insulated and comes with connections to a heating system, similar to any modern home.

3d printed concrete home with project milestone
Inside a 3D printed concrete home with Project Milestone. Bart van Overbeeke

 

The home is also full of large windows for more natural light.

3d printed concrete home with project milestone
A 3D printed concrete home with Project Milestone. Bart van Overbeeke

 

The living room has an open concept …

3d printed concrete home with project milestone
Inside a 3D printed concrete home with Project Milestone. Bart van Overbeeke

 

… which means the kitchen space opens out into the conjoined dining and living room.

3d printed concrete home with project milestone
Inside a 3D printed concrete home with Project Milestone. Bart van Overbeeke

 

There’s even room for a home office inside one of the two bedrooms.

3d printed concrete home with project milestone
Inside a 3D printed concrete home with Project Milestone. Bart van Overbeeke

 

And of course, there’s a bathroom with necessities like sinks and a shower.

3d printed concrete home with project milestone
Inside a 3D printed concrete home with Project Milestone. Bart van Overbeeke

 

The first unit stands at one story tall. But future homes in Project Milestone are expected to be multilevel.

3d printed concrete home with project milestone
Inside a 3D printed concrete home with Project Milestone. Bart van Overbeeke

 

The fifth home in the project, which will be two stories tall, will be printed on-site.

3d printed concrete home with project milestone
A 3D printed concrete home with Project Milestone. Bart van Overbeeke. Source: 3D Printed House 

Op-Ed: Leaving California

Op-Ed: Leaving California

Jacques Leslie                        May 23, 2021
Sunset view of mountain in Vermont
The Leslies — climate migrants — left California after four decades. This is the view from their new property in Vermont. (Ned Macksoud)

 

After more than four agreeable decades in California, my wife and I became climate migrants — highly privileged ones, to be sure — and moved to Vermont.

Our life in Marin County had turned into a tightrope walk.

Jacques Leslie&#39;s former home in Mill Valley.
Jacques Leslie’s former home in Mill Valley. (Eric Rorer)

 

In 2014, our savvy financial advisor, whom we’d acquired after a substantial bequest from my mother, told us we didn’t quite have the funds to build a new house. Leslie — yes, she’s Leslie Leslie — and I demurred. We tore down the house in Mill Valley where we’d lived for 31 years. It was beloved but it was shambly, and when we leveled it, we discovered it was filled with black mold.

In its place we built a new house, which, in addition to being sleek and beautiful, was environmentally state-of-the-art.

Designed by a skilled “green” architect, the new house had solar panels and radiant heat. Graywater, bioswales, a spectacularly performing induction stove — it oozed with environmental appurtenances. The ventilation system silently and meticulously cleansed the air, turning the place into an oasis during fire season. Compressed-bamboo framing made each room nearly soundproof and markedly increased the walls’ insulation capacity.

Outside, a glistening garden — the collaborative vision of Leslie and a landscape architect couple — consisted of 80% native plants and grasses, plus fruit trees and scores of David Austin roses. The property exuded tranquility, an antidote for the surrounding suburban bustle.

Many people who build a house end up bemoaning the experience. We didn’t. Creating a functional work of art was fundamentally pleasurable. We appreciated our perfectionist contractor and the skill of his craftsman workers. Leslie, an artist, wrote a Buddhist prayer of loving kindness and compassion on the roof and walls before they were painted over. In gentle reply, the painter added a faint white cross on a bathroom ceiling, which he also painted over. We all took pride in building something gorgeous.

I’ve written often about megaprojects — dams, bridges, concert halls, high-speed trains and Olympic Games — that almost invariably overshoot original cost and duration estimates, often by many multiples. As months passed and expenses mounted, I knew we were having our own little megaproject.

The house ended up consuming so much of our money that before it was finished, we understood we could not expect to live in it for the rest of our lives. From that point on, we felt as if we were merely borrowing the place, residing in it until we could no longer afford it, while it beguiled and occasionally seemed to taunt us with its suavité.

None of this detracted from the experience of inhabiting the house, but it induced a kind of detachment that prepared us for the end.

We lasted five years. In that time, the advance of climate change meant that each fire season was hotter and longer than the one before it. Then came the surrealistic orange-black morning in Mill Valley last September that looked like a solar eclipse, only more ominous, when ashes from nearby fires blotted out most light until close to noon. Soon after, we heard that insurers had declined to offer renewals to some homeowners in our area, and we knew it was time to sell, before the house’s value declined.

Our resolve was reinforced by serendipity, as Leslie’s close friend from college days told her he was selling a 5-acre plot in Woodstock, Vt., with a postcard-perfect view of a distant mountain. We can attest that on this verdant property, birdsong, not car traffic, is audible, and the Milky Way is visible at night. An expert contractor, our friend didn’t just sell us the land, he’s building us a new house on it — for a fraction of what the Mill Valley one cost and, we think, in half the time. Vermont’s lower cost of living and simpler regulations make this eminently plausible. In the meantime, we are renting.

We moved with more excitement than regret. We understand our enormous good fortune: Most people can’t afford to pick up stakes, no matter how dire the prognosis on home ground. We loved the Bay Area, and now, most likely, we will love another place, too.

We departed with gratitude for the kindnesses and thoughtfulness of many people we’ve known, with pain over dear family members and friends (and the neighbors’ dog we loved looking after) whom we are leaving behind, and with grief for the suffering and chaos that climate change has just begun to generate, emphatically in California and eventually everywhere.

We’re at the beginning of the diaspora, and we shudder at the thought.

Jacques Leslie is a contributing writer to Opinion.

Cannibal Mice Threaten Sydney Homes and Australian Farms

Cannibal Mice Threaten Sydney Homes and Australian Farms

Sybilla Gross                                 May 24, 2021

(Bloomberg) —

The plague of mice attacking parts of Australia is turning into a horror story, with the rodents threatening to invade Sydney, reports of the vermin eating their own, and the farming industry being thrown into turmoil.

Millions of mice have swarmed schools, homes and hospitals in the eastern states of New South Wales and Queensland, wreaking havoc and leaving entire towns suffocating from a lingering pungent odor. Now there are reports of them munching on the remains of dead rodents and even predictions that they could reach Sydney in a matter of weeks, riding on freight trucks and food crates.

While the Australian Pesticides and Veterinary Medicines Authority hasn’t approved the use of a highly toxic chemical to tackle the scourge, the state of New South Wales is already gearing up for the permit. Local authorities have secured 5,000 liters of Bromadiolone, one of the strongest mice killers, for distribution across 20 treatment sites in the worst affected areas of the region.

Giant Mice Plague Forces Australia to Turn to Banned Poison

The swarm is also threatening Australia’s $51 billion agriculture industry. Mice numbers have exploded after a bumper crop last season. With the crisis showing no signs of abating, some farmers are refraining from planting winter crops for fear of damage to freshly sown seeds and ripened grain, according to Matthew Madden, the grains committee chair for industry group NSW Farmers.

Abandoning Crops

“People are actually just abandoning crops because they think — why am I going to plant this if it’s going to get eaten?” he said from his Moree farm in northern New South Wales. “The anxiety is — even if I get it to spring, if these vast numbers are still here they’ll just eat the crop as it ripens.”

Some sorghum crops harvested earlier this year have sustained significant damage, ranging from 20% to 100% in some fields, Madden said, adding that the grains in storage from last year, if they weren’t eaten, have been subject to contamination from mouse droppings. That’s leading to extra cleaning costs for farmers, or in some cases, outright rejection of shipments at ports.

The financial pain isn’t just confined to farms. Damage to machinery, storage vessels, homes and health of people have also been reported. Madden, who himself recently lost a tractor to fire after mice bit through a live cord, said the devastation could cost hundreds of millions of dollars. Lost opportunity costs are hard to quantify, he added.

“We won’t know until harvest time,” Madden said. “It’s just unimaginable.”

The situation has spiraled ahead of buoyant expectations for a record Australian canola output this year, as a combination of high oilseed prices and optimal weather created perfect conditions for the crop. The disruption to seeding due to the mice in New South Wales has tempered enthusiasm about production this season, according to the Australian Oilseeds Federation.

The risk that the situation will escalate in spring continues to weigh on the outlook. Rodent numbers usually start to dwindle during the colder months heading into winter, but this year has bucked the trend. That’s a problem if numbers keep building ahead of the typical surge during warmer months.

Last year’s plentiful rains, which offered farmers a respite after a prolonged drought, paved the way for an explosion in mice numbers, Madden said.

“Over the drought we didn’t have these issues,” he said. “It’s been a perfect storm.”

Tips to know before a brutal tick season

Tips to know before a brutal tick season

Angela Haupt                             May 24, 2021
Dermacentor Variabilis. (Photo By: MyLoupe/UIG Via Getty Images)

 

A few weeks ago, Goudarz Molaei went on a research expedition to a wooded coastal area in southwestern Connecticut. Within minutes, droves of troublesome residents of the area were crawling across his coveralls. He was covered in ticks.

Molaei, who directs the Connecticut Agricultural Experiment Station’s tick surveillance and testing program, collected as many as he could and took them back to his lab. The final tally: more than 200 of the tiny, parasitic arachnids.

The experience was “quite disconcerting,” he said, and in line with predictions that we’re in for a bad tick year. “We have to be extremely vigilant,” he said. “We’re going to have higher than average tick activity this year.”

That’s partly because of the weather: The mild winter and early spring – plus generous rainfall – promoted tick activity, said Michael Bentley, an entomologist and the director of training and education for the National Pest Management Association. Plus, as the coronavirus pandemic lingers, people are spending lots of time outside: on trails, in campgrounds or just lounging in the backyard.

“Everybody has taken advantage of being outdoors, which is great,” Bentley said. “But it increases the likelihood of tick encounters. It’s kind of this perfect storm of all these different conditions that could put people more at risk of encountering ticks than they would have been in years past.”

Related: Questions about cicada season, answered

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With Brood X beginning to emerge in the billions, scientists finally have a once-in-a-17-year chance to answer some of the many questions surrounding these periodical cicadas.

Here’s what to know to protect yourself from tick bites.

– When it’s ‘tick season’

There are certain times of year when ticks are most active and “looking for a host to have a blood meal,” said Grace Marx, a medical epidemiologist at the Centers for Disease Control and Prevention. March, April, May and June are prime tick months, and there’s typically a peak in Lyme disease cases in June and July.

However, experts noted that ticks are becoming a year-round threat. “It seems that every season is tick season,” Molaei said. His laboratory encourages Connecticut residents to submit ticks for identification or testing. Years ago, he would receive 50 samples between December and mid-March. Now, it’s closer to 800. That highlights the importance of staying proactive year-round to protect against tickborne disease, he said.

– Which ticks are the most dangerous

While there are dozens of tick species in the United States, three spread the majority of tickborne diseases. The one responsible for the most illness is the blacklegged tick, also known as the deer tick, which spreads Lyme disease.

Blacklegged ticks, which are brown to reddish-orange and about the size of a sesame seed, have a “broad geographic range across much of the eastern United States,” Marx said, and are also found in the Upper Midwest. Last month – in news that many found surprising – research published in the journal of Applied and Environmental Microbiology reported that blacklegged ticks were abundant near beaches in Northern California.

Lyme disease accounts for 70% to 80% of all tickborne diseases, said Marx. While Lyme disease can often be treated successfully with antibiotics, it has been linked with arthritis and cardiac and neurological problems. Nearly 480,000 people in the United States are treated for it each year, according to the CDC, though it’s difficult to pinpoint the exact prevalence, because the disease can be hard to diagnose.

The blacklegged tick can also cause anaplasmosis (which leads to such symptoms as fever, headache and chills), Powassan virus disease (which can cause encephalitis) and babesiosis, a rare infection of the red blood cells.

Another species, the Lone Star tick, is particularly common in the South. It’s an aggressive tick that can be identified by a white dot – a “lone star” – on its back. It causes diseases such as tularemia and Southern tick-associated rash illness.

The American dog tick, which is most prevalent east of the Rocky Mountains, is brown with grayish markings and sometimes called a wood tick. It transmits Rocky Mountain spotted fever, “which can be rapidly fatal,” Marx said.

While they’re not yet among the most common, Molaei is worried about newer tick species, such as the Asian long-horned tick – many of which he found on himself during that recent outing to the Connecticut woods (the others were Lone Star ticks). Asian long-horned ticks, which are reddish-brown, were reported in the United States for the first time in 2017, and it’s not unusual to find thousands at a time. The ticks are known to cause anemia in livestock, Molaei said, and will “almost certainly cause major disruption to the livestock industry.” The potential risk to humans is high, he said – the ticks spread harmful pathogens in Asia, including hemorrhagic fever. But it’s still unclear if they’ll transmit disease to humans in the United States and, if so, what kind.

– Which ticks are the most dangerous

You’re at risk of encountering ticks any time you’re outside; they’re “really effective at finding and latching onto a host, and hitching a ride,” Bentley said. But ticks especially thrive in areas with thick vegetation and tall grasses.

If you can’t avoid such places, walk in the center of trails if possible and dress appropriately: Experts advise wearing long-sleeved shirts and long pants in light colors that help make ticks extra visible. Tucking your pants into your socks can block ticks’ easy access to your skin, and hats can keep them out of your hair.

Marx recommends treating your clothes and gear with an insecticide that contains at least 0.5 percent permethrin, which is nontoxic to humans. Or, she said, you can buy clothes that have been pretreated with permethrin.

When you get home from a hike or another outdoor activity, check yourself thoroughly for ticks, and do the same for family members and pets. Take a shower right away: “You can wash off those ticks before they get attached,” Marx said. And toss the clothing you wore outside into the dryer for at least 10 minutes on high heat, she advised. That will kill any ticks you might have picked up.

Some pathogens can be transmitted just minutes after a tick attaches to a human, Marx said. But the pathogen that causes Lyme disease can’t be transmitted until the tick has been attached for at least 24 hours – “and we think that most transmission actually occurs after 36 hours.” That’s why it’s important to check for ticks immediately after being outside. The sooner you remove a tick, the better.

– Which ticks are the most dangerous

The key to removal is to use tweezers or another fine-toothed forceps, rather than something more clunky like scissors. “Grab as close to the skin as possible, squeeze and lift straight up,” Bentley said. Be careful not to twist the tick or dig around, which could cause parts of it to break off and get stuck in your skin.

Bentley has heard about other home treatments for removing ticks, like spreading cayenne pepper on one and waiting for it to fall off. Ignore them. “Don’t do whatever weird things the internet is recommending,” he said. “Just get fine-toothed forceps. It takes two seconds to pull out, and you’re good to go.”

Dispose of ticks by putting them in a sealed bag, wrapping them in tape or flushing them down the toilet.

– When to see a doctor about a tick bite

Most tick bites don’t result in a tickborne disease, but some are considered riskier than others, Marx said, such as bites experienced in areas where there’s a high concentration of Lyme disease. In those cases, if the tick was attached for at least 36 hours, doctors will often prescribe a single dose of the antibiotic doxycycline as a preventive measure.

No matter where you live, if you develop a rash or fever within a few weeks of removing a tick, see a doctor.

The most important advice, Molaei said, is to remain aware of the threat ticks pose and take action accordingly. “What we’re seeing [this year] magnifies the scope of the problem we’re going to have with ticks and tickborne diseases,” he said. “We have to be mindful of these things.”