What’s wrong with your car? Here’s how to fix it

A new study found that while nearly 90 percent of the vehicles on the road today are either “sustainable” or “green,” a little over 20 percent are actually worse off than they were a few years ago.

The new findings were published in the peer-reviewed journal Global Change Biology.

The researchers analyzed data from more than 1,600 drivers around the world and tracked how they drove and where they lived.

The findings show that the average driver has a 2.7 percent crash risk, up from 1.9 percent a few decades ago.

While many factors are responsible for driving fatalities, the researchers found that people are driving more slowly and that people in poorer neighborhoods are less likely to drive than those in better neighborhoods.

The study also found that those in poorer urban areas are at higher risk of crashes and that higher levels of pollution, air quality, and other air-quality issues have a greater impact on health and the environment.

“This is a sobering and sobering reminder that climate change is having a profound impact on the health of our cities and on the people who live in them,” said study author and associate professor of geography at the University of Michigan David Cote.

“There are a number of ways we can mitigate the impact of climate change, but one of the most important ways is to get our cities built with the right infrastructure and to make sure people are protected from the adverse effects of climate disruption.”

The researchers found a dramatic decline in car ownership in the United States.

From 2003 to 2015, car ownership declined by about 6 million vehicles.

But, according to the researchers, this drop was driven by two factors: the introduction of more fuel-efficient vehicles and the growing affordability of electric vehicles.

The researchers note that more than 40 percent of U.S. car ownership has been driven by electric vehicles since the early 1990s.

In cities like Los Angeles, New York, and San Francisco, people drive an average of 9,000 miles each year on their electric vehicles and that figure is expected to increase to nearly 25,000 by 2035.

As the cost of electric vehicle ownership continues to increase, there is an increased need for electric vehicle charging stations.

For example, the average U.K. driver charges their electric vehicle at a charging station five times a week.

Other countries are also trying to figure out how to address climate change and environmental problems.

In 2016, the United Kingdom announced that it would build new roads, bridges, and tunnels that will reduce the carbon footprint of travel by 40 percent by 2050.

China is also trying its best to tackle climate change.

Last year, the country installed more than 4,500 solar farms to meet the needs of the nation’s expanding solar power sector.

China’s government is also building the world’s largest carbon capture and storage facility.

The plant, which will capture up to 100 tons of CO2 from every kilowatt hour of electricity generated, is slated to be completed by 2021.

It’s not just people in wealthy countries who are paying more attention to climate change in recent years.

For instance, in 2017, the cost per gallon of gasoline in the U.N. Climate Change Conference in Paris increased to $1.50.

Some of the world is also preparing for the consequences of climate action.

In the United Arab Emirates, the first ever solar farm was inaugurated in 2017 and solar panels are now installed on the roof of the Emirates State House in Abu Dhabi.

In Japan, the government is working to create more solar power plants and has a plan to create 1,200 megawatts of renewable energy by 2020.

And in France, the French government announced in March that the country would invest an additional $1 billion to develop green energy.

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Trump’s ‘dream team’ of techies to lead DOJ, FBI

In a move that is sure to anger some of the administration’s biggest tech supporters, President Donald Trump’s White House is set to hire two of the most prominent tech figures on Capitol Hill to lead the Federal Bureau of Investigation and the Department of Justice.

The White House confirmed the hiring of two former technology executives, David Sanger and Kevin Mandia, to head the National Security Agency and the National Counterintelligence and Security Center, the Washington Post reported.

The Post added that the appointment of Sanger to the top intelligence post, which was previously vacant, could be viewed as an acknowledgment that Trump’s tech team, while still being young, has grown significantly.

The appointment of the two former tech giants to the National Intelligence and Analysis Council (NIAAC), which has been run by former NSC director James Clapper, raises the possibility that the president will be looking to his tech team for ideas for how to combat Russian meddling in the 2016 election, which he blames on Democrats.

The two tech execs will be tasked with overseeing the NIAAC’s work in areas including cybersecurity, foreign intelligence, intelligence analysis and analysis, and cybercrime, according to the report.

In addition, Trump’s national security adviser, retired Lt.

Gen. Michael Flynn, and his top tech aide, Sebastian Gorka, will be heading the NICS, the report said.

Trump’s top aides on CapitolHill are reportedly looking for a new “dream team” of tech executives to help shape the administration.

The White House has already said that the two tech men are among those expected to lead NIAACA and the FBI, the two agencies that were once dominated by former President Barack Obama.

But the president’s decision to hire the two Silicon Valley veterans to lead both agencies has caused some observers to worry that he may be taking a hardline stance against Silicon Valley.

According to a report by the Washington Examiner, Trump has “no intention of going to the Wall Street Journal and telling the stock market that he’s not going to let the Wall St. Journal do business with him,” the Hill reported.

“He’s not a Wall Street CEO,” a source close to Trump told the Examiner.

“He’s a Silicon Valley CEO.”

However, one of the Silicon Valley CEOs who has previously been on Trump’s short list to lead his tech administration told the newspaper that the administration has “a lot of people in the White House who are good at tech and have the ability to create a great team.”

“He will try to get the best out of everybody,” said the Silicon Chamber of Commerce CEO.

“And I’m confident that he will.”

The Whitehouse said it was looking to hire “a new set of national security and intelligence experts,” and that the Whitehouse would be “evaluating the best of the best” to lead those positions.

The Post added the administration would also be looking for “experts with strong backgrounds in cybersecurity, computer forensics, cybersecurity education, and information security to help lead the NCAACA and NICS.”

Sanger and Mandia have both previously served as leaders at the White Houses Information Security and Privacy Office.

A full look at the industrial machinery components of a blazor

The Blazor is one of the coolest and most powerful industrial robots ever built.

Its blades are super fast and have a variety of cutting tools, and it can even turn on and off as needed.

But this sleek, sleek beast isn’t cheap.

It costs $25,000.

And that’s before you get the blades.

The Blade Bladeblaster is one that’s been made by a Japanese company, the Bladeblasters.

Its sleek, compact design is made with some very powerful industrial machinery.

The blades are so powerful that it’s capable of cutting through solid wood, even at speeds of up to 500 mph.

The blazer can do this at speeds as fast as 1,000 mph.

Its power is amazing, but its cost makes it even more attractive.

And you can get it for less than $1,000, so its pretty darn good value.

But the BladeBlaster doesn’t come cheap.

You need a $30,000 blade to get the BladeBladeblaster up and running.

So if you’re not a fan of the blazer’s price tag, then you might want to avoid the BladeBuster.

The Blazer Bladeblazer has a $1.25 million price tag to get it running.

The cost to build a Bladeblacker for the BladeBuilder’s $1 million price is $1 billion.

But that’s a lot of money.

What makes this machine so special is the way the blades can cut wood.

These blades can go through solid logs at speeds up to 600 mph.

They can cut through solid plywood at speeds between 1,200 and 1,600 mph.

And they can even cut through steel.

It’s one of those machines that can’t be replaced, so it’s pretty special.

But it’s also a pretty expensive machine.

And the BladeBot’s price?

It can cost you $1 to $1 and a half times the Blade Blaster’s.

This Bladeblender Bladeblast is a super cool industrial robot, but it can cost as much as $1 a dozen.

The SteelBlaster Steelblaster, on the other hand, can go from 1,800 to 2,400 mph.

That’s about twice the speed of the Blade Blaster’s blade.

But its cost?

It’s a whopping $4.5 million.

But you can have one for $200.

The price of a steel blade can vary.

It can be a lot more expensive than you think.

We can estimate the Bladebot Steelblasters price based on its speed and its size.

We also found out how much it costs to make a steel BladeBlower.

The steel Bladeblower Bladeblaser is a $2.5 billion machine.

Its cost is more than twice the Blade Bot’s Bladeblader price.

So the Bladebots cost isn’t exactly a bargain.

But if you want to get a BladeBlazer, the price tag can be as low as $5,000 to $7,500 a piece.

So you can easily build one for yourself for about $3,000 or less.

So why not get one?

This blazer BladeBlast is so cool, but if you have a BladeBot BladeBlaser or BladeBuilder, you can also get one of these steel Bladebots for just as little as $749.99.

And if you just want a Blade Bot or BladeBotBuilder, they’ll start at $1 per dozen and go up to $4 per dozen.

These Bladebots have a much higher price tag than the Blade Blocks and Blade Blasters we’ve listed before.

But they’re also a lot better for building things than the steel Blade Blocks, so if you really want to build something from scratch, you might consider a Steelblazer Bladebot.

It also comes with a blade tool kit.

So that makes it easy to assemble a few more of these Bladeblasts.

This Blazer Blazer is a lot cooler than the blazers you can buy at a hardware store, but you can’t build one just yet.

You’ll have to spend a lot to get one built.

And this Blazer Block is a bit more expensive.

But unlike the Blazer blasters, you don’t need to pay for the blasters toolkit.

It comes with all of the tools you’ll need to build the Blade Block.

The Blades toolkit includes everything you need to create a steel Block that will hold up to 2 million pounds.

This is the BladeBlock.

The blade is designed to be durable and to hold up through use and abuse.

The cutting blade can cut up to 6 inches (15 centimeters) thick and will cut through concrete, glass, steel, wood, and metal at speeds approaching Mach 3.

The Cutting Bladeblaze Bladeblazers blades can handle up to 20,000 pounds of cutting force.

The metal cutting blade is more durable than the blade, so the BladeBlocks Bladeblazes blades

How to Build a $15-an-hour Jobs Plan from Scratch

With the unemployment rate still at 11.9 percent, the federal government can’t afford to pay the wages and benefits Americans are receiving under President Donald Trump’s signature healthcare law.

Yet, if the Trump administration continues its path of privatizing and outsourcing jobs, many Americans are not going to get their jobs back anytime soon.

That’s why the Center for American Progress has developed a $1,000 Jobs Plan that offers a blueprint to get Americans back to work.

And it’s also an important first step to creating a new generation of businesses that can employ more Americans and generate jobs.

The Job Plan is a simple yet effective way to build a $5,000 economy that pays everyone a living wage.

We are not advocating for a one-size-fits-all solution.

We want to build the economy that will create jobs for all Americans.

The job plan focuses on three key elements: 1) Reforming the workforce to attract and retain workers; 2) Creating incentives to invest in education and training; and 3) Investing in infrastructure.

1) Reducing the number of people with disabilities and other barriers to entry for businesses; 2, creating a skilled labor force with skills that employers can use; and, 3, expanding access to affordable childcare for all workers.

1.

Reducing barriers to Entry: The first step is to make sure employers are prepared to offer good jobs to workers, and to create incentives to hire.

In particular, we need to expand access to high-skill training, as this will help employers attract and hire the people who are needed in the future.

To do this, we should invest in apprenticeships and training programs, especially for workers with disabilities.

We should also invest in training to ensure that workers with skills are ready for the jobs of tomorrow.

And we should support the apprenticeship movement by providing grants to companies that train and train apprentices for a variety of occupations.

The next step is creating incentives for employers to invest to hire more workers with the help of apprenticeships.

Companies should invest to create apprenticeships that enable workers to get better jobs and get their skills on the job market.

We also need to invest for training workers in higher-level skills, like business management and leadership, as well as skills that help businesses make informed decisions.

The second step is investing in skills that are critical to jobs in the economy.

Companies must make the case that they can find qualified workers and train them to work in an expanding range of occupations and for specific industries.

This is why we support apprenticeships, including programs for business managers, entrepreneurs, and other professionals.

We support vocational training programs and the skills that they allow people to learn, like communication, problem solving, and problem-solving.

We need to ensure we invest in those skills as well.

And finally, we must support apprenticeship programs and training to encourage workers to work with their families to learn new skills and make the most of their lives.

To create jobs, we also need companies to invest more in training.

And for those businesses that do not have the skills and experience needed to hire and train, we can help them by creating training programs that will help people get the training they need to be successful in their jobs.

2.

Redesigning the Workforce: To create a living-wage economy, the next step requires companies to change the way they do business.

We must build a workforce that is well-educated, productive, and self-reliant.

To achieve that, we are going to need to focus on three areas: 1.

Creating training programs to prepare workers to succeed in jobs in which they will be essential 2.

Training programs that encourage employers to create more jobs 3.

Training for employees to learn to be productive and effective in the workforce 4.

Training that helps workers develop new skills that will enable them to perform the jobs they want to do in the workplace.

We will also need better training for people to enter the workforce.

We know that people are more motivated to work when they have a good-paying job.

We’re also finding that a better-educated workforce means more job security and higher pay.

We believe we can achieve both goals by providing training programs in key areas of business management, entrepreneurship, and workforce development that are tailored to prepare people for careers in the job sector.

We’ll build on these efforts by investing in vocational training to create skills and experiences that help people become more productive in their job, including skills that can help businesses better align their business goals with their customers’ needs.

3.

Investing In Infrastructure: While infrastructure is a crucial component of a thriving economy, it also plays an important role in creating jobs and generating income for businesses.

The government should invest more money in public transportation and infrastructure, especially in areas that help create jobs.

We have seen this in cities like Austin and Philadelphia.

We see it in our communities by expanding public transportation systems and investing in infrastructure improvements, including bike lanes

How to mine cryptocurrencies from your PC and on your Mac and iOS devices

How to get started with crypto coins and crypto mining on your desktop, laptop, or iOS device?

The first step is to download a wallet.

Then, you can mine cryptocurrencies on the desktop, on your mobile phone, and on the web.

Here’s how.

1.

Download and install Bitcoin-qt, the bitcoin-qt client for MacOS, iOS, or Android.

2.

Download the Crypto Coins desktop wallet.

3.

Open Bitcoin-Qt, and you’ll see a wallet tab.

Click on “Wallet.”

4.

Click the “Configure” button and you should see a menu with options.

Click “Add wallet.”

5.

Fill out the “Address” and “Confirm password” fields.

6.

Now, you’ll want to create a new Bitcoin-Wallet address.

Fill it out as shown in the image below.

7.

The wallet tab will now appear.

Click “+Add Address” to add the wallet address.

8.

You can now see your wallet address in the Bitcoin-Ticker.

You’ll need to fill out the Wallet address in order to get a wallet address for that address.

9.

You’re ready to mine cryptocurrency.

Click over to the Cryptocoins iOS app and then on the “Wallet” tab.

10.

From here, you need to enter a private key.

Enter a random string of letters and numbers and click “Generate.”

11.

You should now see a page with your wallet’s address.

12.

Now you’re ready for your next step.

Click here to see our guide on how to mine on Mac and Android.

13.

Enter your private key in the Wallet tab, and click the “Create Private Key” button.

14.

You will be asked to enter your private keys password.

Enter “yoursecretpassword” and click OK. 15.

You now have a new private key, and the wallet tab should show up. 16.

If you have multiple wallets, you will see them in the sidebar.

17.

To mine on your phone, open the CryptoWallet app on your computer, then tap the “Add to Wallet” button, then follow the instructions.

18.

Once you’ve added a wallet, you may want to change your password so it doesn’t expire.

Click to see how to change a wallet password.

19.

Once your wallet has been added to the list, click the tab and choose “Start mining.”

20.

The screen should now be displayed.

You need to start mining to confirm the new transaction.

21.

To confirm the transaction, you must press the “Confirmation” button on the top right.

You must wait for confirmation to finish.

22.

You may be asked if you want to transfer the funds to your wallet.

Tap “Transfer” to transfer your funds.

23.

After the transfer is completed, you should now have the coins.

24.

Your wallet address is now available in the Crypto-Wallet.

25.

Once the transaction is confirmed, your wallet should show the coins in the list of wallet addresses.

26.

Once all your coins are in your wallet, the screen should show you that you can start mining.

27.

If everything went well, you now have your own wallet address, a Bitcoin address, and a Crypto-Ticket to buy Bitcoin.

You also need to download the “wallet-manager” app for your mobile device.

You’ve also got to open a new wallet on your device and add the address and password.

28.

You have now mined Bitcoin.

Congratulations!

You’ve now mine Bitcoin!

C3C: A new way to design and implement modular and extensible software components

In a nutshell, C3Cs are a set of rules that describe how components should be written, which components should run, and which components have access to the rest of the system.

The C3s are a modular way of designing software.

The goal of the C3 is to make software components modular, extensible, and portable.

They have several features.

For example, you can have two different implementations of the same component.

You can also have different implementations that have different APIs, but all of them are the same, regardless of the configuration.

You have to write the components in different ways.

These different implementations can be used together, or separately.

C3 components can be defined in a declarative way, so you can easily reuse them in a variety of scenarios.

The flexibility of these C3 Components makes them ideal for applications where flexibility is important.

The ability to reuse the same components in many different configurations means that you can design and develop software in a way that is more flexible than with traditional languages, which are hard to use in a complex system.

For this reason, the C2C standard, which was created in the mid-1990s, was the first C3 to be accepted into the language.

The next major C3 was created by the team at Red Hat in the early 2000s, and was released in 2008.

A new version of the standard was also released in 2018, and in 2020 a new version was also published.

The main features of the new C3 standard are: C3 means modular, reusable, and extensible software.

C4 is the name of the version that is currently being used by Red Hat.

C5 is a successor of the original C3.

C6 is the current version of C3 that is in the language used by many Red Hat users.

C7 is the version of that standard that is being used in Red Hat Enterprise Linux.

C8 is a subset of C4 that is the subset of the old C3 C5 that is used by most Red Hat customers.

C9 is the new subset of that C3 of C5 which is being supported by many organizations.

These are the core elements of a modular, generic, and versatile software system.

However, the new features of C2Cs are not all that different from the old ones.

There are also some minor differences.

For instance, the way that the C1C standard defines classes in C3 can be different.

However there is no reason that the new design would be harder to write than the old design.

Another minor difference is that there are some new features added in the C4C standard.

This is a major one because it has some important implications for the future of software development.

The new C4 standard has several important improvements.

First, it allows the specification of generic, generic classes in the standard, allowing generic, functional languages to be used in the future.

Second, it adds a new syntax to the language that makes it easier to write generic code.

The syntax allows generic code to be defined without requiring the use of class names in class declarations.

The language is a very powerful tool for software development and testing.

Third, the language has many new features.

It allows to define generic functions in the same way that they are defined in C2 classes.

In C2, you need to specify the parameters in the declaration of the function.

In the new syntax, you don’t have to specify these parameters, and you can specify them using the syntax that has been added.

In addition, it has many other improvements, such as the ability to declare new generic methods.

Finally, the current C4 syntax supports the definition of methods with the new class syntax, which is important for the language in a general way.

These changes are very important for modern software development because it enables the creation of generic functions that are useful in many situations.

For many people, the goal is to write software that works with many different operating systems.

The problem with using software with many operating systems is that, for a given application, the operating system is not as flexible as it could be.

For a given class of program, the code will run well on a given system.

In other words, it will run as fast as it is designed to run.

But this will only be true for a specific class of applications.

When writing code for many different kinds of applications, you have to design a very complex and complicated system.

You need to write programs that work on many different types of computers, and on many operating system platforms.

A C3 system can be designed to work on any type of computer, with or without support for the specific operating system.

When you write a program that runs on any operating system, you are not only writing a new way of writing software, you also are writing a completely new kind of software.

You are also writing a system that has to be maintained by

What do Jenna Compono’s nakedness and jenna compon naked have in common?

Jenna Compondo naked is a nude selfie shot that Jenna Compon has posted on Instagram, captioning it “I’m not ashamed of my body, I just don’t have the confidence to take care of myself.”

The shot is captioned “My body is mine, it’s not mine to control.”

The photo was captioned with a line that read “I am not ashamed, but I am proud of my natural beauty.”

The caption read “It’s ok to be me.

It’s ok not to be you.

It is ok to look and feel like a woman and be myself.

I am a woman.

I will not change my body to fit society’s standards.”

Jenna Compondo has a history of using the word “naked” to describe herself and has also used the word in the past to describe women’s body, in the context of their sex appeal.

A screenshot from the “nude selfie” Jenna Compo posted on June 30, 2017.

Jana Compondo Naked selfie.

Photo via InstagramJenna compondo naked, the first photo captioned in a tweet on June 22, 2017, was captioning her body with a statement that reads “I love my body.”

The tweet, which has since been deleted, read, “I have been the only woman in my entire life who has never given my body up.

I love my beauty, I love being nude and I love to have the freedom to explore myself and express myself.

It would be a shame if I was seen as anything other than a beautiful, beautiful woman.”

Jana compondo nude, the second photo caption in a post on June 23, 2017., the first caption in the tweet above, was the second caption to be captioned by Jenna Compontons naked selfie.

Jenna and Compondos body, the tweet reads, “For many women, the world is made up of bodies.

We are made up from parts of ourselves, parts of our souls, and parts of each other.

We all need a body that can be healthy and strong.

But we need to be more conscious about the things we do to get to this place of abundance.

I hope my body is not a symbol of a woman who has to hide from her true self.”

Jara compon, the third caption in an Instagram post on July 1, 2017 is the fourth caption to have been captioned nude by Compondons naked self.

Jara Compondo nude selfie.

Photo via Instagram

Windows 8 vs Windows 7: Which is the best desktop PC?

The question comes up regularly when it comes to which Windows 8 or Windows 7 laptop is best for gamers.

With the new Surface Pro 4, Microsoft has finally brought the answer back to us, and it is time to compare the two in the real world.

The Surface Pro 3 is the clear winner, as it is capable of running both Windows 8 and Windows 7.

If you’re new to gaming, you’ll want to take the plunge on this one now.

Read more: Microsoft Surface Pro3 review and benchmarks: The Surface 3 vs Surface Pro4 comparison article For the uninitiated, the Surface Pro line of laptops are the cheapest option when it come to Windows 8.

They also offer a great deal of gaming support, and with a price tag of just £499 for the base model, you can find the one for you.

They are also the most affordable laptop you can buy in the UK, offering you the best performance for the money.

The base model is also great value for money, and offers a wide range of ports and features.

However, there are a few caveats to consider when it came to the Surface 3’s performance.

The laptop is still the best overall gaming laptop you’ll ever buy, but it lacks the gaming prowess of the Surface Book 2, which is why we have to say the Surface 4 is the better option when you are trying to build your gaming rig.

The Surface Pro 5 is the closest thing Microsoft has to a gaming laptop, and comes with some key advantages over the Surface Pros.

It has a slightly faster CPU, but has a significantly lower price tag.

Its ports are more advanced, with HDMI and USB 3.0 being the only USB 3 ports included.

And, as mentioned earlier, it comes with an HDMI out port for a more powerful gaming experience.

However we do have to acknowledge that the Surface 5’s performance is slightly lower, and is not as powerful as the Surface 2, with the CPU clocking in at 2.5GHz and the GPU clocking at 1.9GHz.

However with its price tag and relatively low specifications, you will definitely find this to be a good option if you’re looking for the best gaming laptop for your money.

Read the full review: Microsoft Windows 8 review: The new Surface Pros comparison article The Surface Book is the only new Windows 8 laptop in this comparison, and although it is only available in a limited quantity, it is still a great choice.

This laptop is packed with features, and has a massive price tag to boot.

It comes with a Core i5 processor and NVIDIA GeForce GTX 960M graphics card, so you can build an awesome gaming machine.

However it lacks some key gaming features such as dedicated GPUs, and also a USB Type-C port, which means you’ll need to buy a separate keyboard and mouse if you want to connect to the internet.

You can also only buy one USB Type C adapter per computer, which will limit your options to the Xbox One S and PlayStation 4 Pro.

So if you don’t want to spend too much money, then the Surface Books are definitely worth considering.

Read our full review of the Microsoft Windows Surface Book review: Windows 8 versus Surface Pro Book comparison article And that’s the end of our Windows 8 gaming laptop review.

If we missed anything, let us know in the comments below!

Read more about Windows, tablets and the new Mac in our reviews section.

‘Electronic Components Store’ expands at $3.6B with $4.2B in revenue

CNN title Apple ‘Electronics Store’ to open in California article The electronics store is set to open its doors at a new location in California’s Central Valley next year, according to a report.

The site will be called “Electronic Component Store” and will open in the California Central Valley, according TechCrunch.

The news comes as Apple prepares to launch its new iPhone X and iPhone XS models in the US next month.

The new iPhone will be priced at $999, with a 3G version priced at an even higher price of $1,199.

The iPhone X is set for release on October 23, with the iPhone Xs and XS Max also expected to arrive in the same month.

‘Furious’ to discover NHS ‘totally unprepared’ for Ebola outbreak

NEW YORK (Reuters) – New York’s Health Department has yet to declare a state of emergency in the worst-hit state, despite the worst Ebola outbreak since the World War Two era, the agency said on Thursday.

The announcement follows a statement from Governor Andrew Cuomo that the state was “well prepared” for the pandemic.

Cuomo said on Tuesday that New York had already declared a state-wide state of alert for the outbreak and that he would take further steps to protect residents.

“This state of readiness has not changed,” Cuomo said at a news conference.

“The state of health and public safety is absolutely intact.”

Cuomo’s comments came after a state official told the New York Times the department had already “completed its review of our state of preparedness and will make a final decision on its declaration of a state, state-based, state of state of emergencies within the next few days.”

He said the department would not consider expanding its emergency declaration to other states.

The state has been battling the deadly coronavirus for almost two weeks, after a New York City nurse and a doctor who cared for Thomas Eric Duncan, the first person to be diagnosed with the virus, died.

The outbreak is now thought to have infected about 4,000 people.