Home Blog Page 799

GDF facilitates Gauteng’s one million tree campaign

0

The Green Development Foundation (GDF) proceeded to implement and enable the planting of one million trees in Gauteng Province on September 14, 2022, when they visited Far North Secondary School in Cosmo City, north of Johannesburg, to plant more trees.

The planting of one million trees in Gauteng Province is part of the government’s commitment to the 10 Million Tree Programme, which seeks to plant at least 10 million trees in South Africa by 2024.

According to GDF Marketing Manager Refilwe Philemon, out of the ten million trees to be planted in the country, Gauteng Province agreed to contribute to the planting of one million of them, and GDF was chosen to implement and facilitate the initiative.

“We are working hard with the Gauteng Department of Agriculture and Rural Development to reach a target of one million trees in the province,” she said.

The GDF team, along with selected students, planted three trees at the school and educated the pupils on the importance of tree planting.

million trees
GDF Mascot Buti Green posing for a photograph with Far North Secondary students during the one million tree campaign.

According to Philemon, trees have numerous characteristics that contribute to our ecosystem, not only through oxygen, but also by providing sturdy support for things like natural calamities.

“We have an example of what happened lately in KZN,” she said. “All of the houses would not have collapsed in the same way if the trees had been more stable. As a result, trees have a significant impact on our society.”

Philemon added that the quality of the air we breathe in some places is poor due to traffic and population growth, which is accompanied by a lack of trees.  She believes that planting more trees improves air quality, which improves health and gives people in townships greater health.

As GDF promotes the planting of trees in Gauteng, Philemon believes it is critical to instill a green mindset in the next generation.

“Nurturing the young mind is always easier than trying to mould an older one,” she noted.

“Our children have a significant influence in our homes. For instance, if a child is taught something at school, he or she ensures that it is implemented at home. We are attempting to raise awareness that is solely aimed at children since we believe that starting from the bottom is much easier and better.”

She stated that GDF will conduct further activations in numerous schools, with the goal of reinforcing the campaign in collaboration with the Department of Agriculture and Rural Development.

“We encourage people to continue planting trees, not only for shade, but also for air quality and food security,” she said.

Patricia Runganga, a Far North Secondary School student, said the GDF’s tree planting initiative taught her more about the value of trees.

“Everyone should learn how to plant trees, and we should devise a plan to prevent deforestation in our country,” the student noted.  “I would encourage people to put seeds in a bucket every time they eat a fruit, and whether they are in a taxi or a car, they can throw those seeds out the window, and when there is a free space, trees will sprout and nature will take care of itself. Because we don’t have many trees at our school, I consider this a blessing. More trees, more life.”

Green Development Foundation (GDF) is a non-profit organization that seeks to improve agriculture. During the COVID-19 lockdown, GDF developed the FURA idea, which aims to overcome the poverty and unemployment barrier by establishing a long-term solution for home food security.

Vodacom donates 20 JoJo tanks to City of Tshwane to assist communities with access to water

0

As part of Vodacom’s commitment to improve the lives of the communities it serves, the mobile operator has donated 20 JoJo water tanks to Tshwane Municipality. The tanks will assist residents in identified areas affected by water shortages with easier access to a stable water supply.

Vodacom conducted research into the rising issue of water shortages affecting communities in the Northern Gauteng Region. Working with the City of Tshwane, we recognised that JoJo tanks provide a reliable solution in enhancing access to water in areas facing water infrastructure challenges. The donation reflects Vodacom’s purpose in using our capabilities to make a positive difference in people’s everyday lives,” says Oyisa Besman, Managing Executive of Vodacom Northern Gauteng Region.

The 20 250-litre water tanks are being installed at strategic points in the City of Tshwane, including Boschkop, Modderfontein, Lobchara, Forfar, Gelber, Zithobeni Heights, Rethabiseng, Ekangala and Rooipoort.

The tanks are able to accumulate rainwater for non-potable use, such as irrigation for food gardens and washing. This can assist in providing a cost-effective, independent supply of water in an event of a water cut, as well as saving on municipal water usage, which has added benefits for the environment in conserving the precious resource.

“Our partnership with the City of Tshwane in the installation of these water tanks puts into focus the importance of public and private sector collaboration. If we are to create a better future for all South Africans, we need to go further together,” concludes Besman.

What’s the Difference Between SASE, SD-WAN, and SSE?

When it comes to the wide area network (WAN), the letter “S” plays a pivotal role from SASE to SD-WAN to SSE, but there can be some confusion with so many WAN “S” acronyms

A Quick History Lesson

Believe it or not, the term Software-defined Wide Area Network (SD-WAN) was first introduced back in 2014, practically ancient history when it comes to networking at the edge. It’s now well recognised and increasingly adopted as the cloud-first way to transform WAN architecture, improving application performance, enabling more efficient connectivity, and reducing network complexity.

Secure Access Service Edgeknown as SASE, describes the cloud-first architecture for both WAN and security functions, all delivered and managed in the cloud. In short, SASE is a blend of SD-WAN and cloud-delivered security.

Security Service Edge stands for SSE, the youngest of the “s” acronyms, was first described in 2021 and again this year as part of the Gartner® Magic Quadrant™ for SSE. As defined by Gartner, Security service edge (SSE) secures access to the web, cloud services and private applications. Capabilities include access control, threat protection, data security, security monitoring, and acceptable-use control. SSE is primarily delivered as a cloud-based service and may include on-premises or agent-based components.

SASE as a Math Equation

Earlier, SASE was described as a combination of SD-WAN and cloud delivered security, but more specifically, it describes supporting advanced WAN edge networking functions and advanced security services, primarily delivered in the cloud.

As a math equation, it looks something like this: SASE = SD-WAN + SSE

Why The “S” Acronyms?

At the core, the “S” acronyms of SASE, SD-WAN, and SSE mean the transformation of the network and security architectures into tangible business outcomes. Over the years, Aruba has helped hundreds of customers transform legacy networks via the SASE journey, creating incremental business value realised through the automated integration of advanced SD-WAN and industry-leading SSE solutions to create a SASE architecture doesn’t compromise on either networking functionality or security services.

An effective SASE architecture entails a number of advantages:

  • Users enjoy the best cloud application experience and quality, which translates into increased productivity, customer satisfaction, and most notably, business profitability
  • Reduced business risk and more effective and consistent policy enforcement across the entire enterprise, protecting employees, customers, partners, and ultimately the brand image
  • With a simplified WAN architecture, the organization can decrease capital and operational cost via a centralized network and security management, all the while eliminating the cumbersome backhaul of cloud-destined traffic across expensive leased-line circuits
  • Enterprises realise the highest return on existing and developing cloud investments

To learn more about SASE, SD-WAN, and SSE, and how they are related, including how to realise a WAN and security transformation, watch these videos from Aruba: Everything You Need to Know about SD-WAN and Everything You Need to Know about SASE.

Eskom announces Stage 5 load shedding

0

Due to the breakdown of five generating units overnight, Stage 5 loadshedding will regretfully be implemented until 05:00 on Monday.

The breakdown of five generating units overnight and this morning, with a combined capacity of 2 400MW, has necessitated the escalation of loadshedding to Stage 5 from 10:00 this morning. This loadshedding will be implemented until 05:00 on Monday. Should any further breakdowns occur, higher stages of loadshedding may be implemented at short notice.

On Sunday, through a media briefing Eskom will provide the outlook of the loadshedding stages for the week ahead as the teams are working around the clock to return units to service.

A unit each at Kusile, Arnot and Camden, as well as two units at Duvha Power Station tripped. While some generation units are anticipated to return to service, it is necessary to escalate the loadshedding to stop the use of the emergency generation reserves and begin the replenishment thereof ahead of the week. The emergency generation reserves have been depleted by extensive utilisation to limit the amount of loadshedding over the past two weeks.

Eskom apologises for the continued and unfortunate loadshedding, which is implemented as a last resort in view of the shortage of generation capacity and the need to attend to breakdowns and carry out planned maintenance to return units to service.

We currently have 7 210MW on planned maintenance, while another 16 597MW of capacity is unavailable due to breakdowns.

At the power plants in Kusile, Arnot, and Camden, as well as two at Duvha, a unit tripped. Even if it is predicted that some generation units will restart, load shedding must be intensified in order to cease using the emergency generation reserves and start replenishing them in advance of the coming week.

Mantshantsha noted that in order to reduce the amount of load shedding over the past two weeks, the emergency generation reserves had to be heavily utilized.

Eskom apologizes for the ongoing and regrettable load shedding, which is used as a last choice due to a lack of generation capacity, the need to attend to failures, and the need to perform planned maintenance to get units back in operation.

“At this time, we have 7 210 MW scheduled for maintenance, and another 16 597 MW of capacity is not usable because of failures. Any such modifications will be swiftly communicated by Eskom, according to Mantshantsha.

GovTech 2022: Huawei South Africa Recognised For Innovation At SITA’s Digital Public Service Awards

0

Huawei South Africa won the prestigious Digital Innovator Award at The State IT Agency’s (SITA) Digital Public Service Awards ceremony which took place this week in Durban.

The event was attended by Minister Khumbudzo Ntshavheni and Deputy Minister Philly Mapulane of South Africa’s Department of Communications and Digital Technologies, as well as industry CEOs, government ministers from four African countries, and officials from the International Telecommunications Union.

The 14th Annual GovTech Conference, themed ‘Reshaping the citizen experience through enhanced service delivery’, is the leading South African ICT event focusing on public sector ICT service delivery. The Conference brings the Government and ICT industry together to connect, learn, share, and collaborate. The highlight of the conference was the SITA Digital Public Service Awards gala dinner where the annual public service awardees were recognised for excellence in their use of technology in South Africa’s public service.

The Digital Innovator Award won by Huawei, recognises outstanding innovation and IT product development in the ICT Sector. This award recognises Huawei’s new methods, ideas and products that have accelerated digital transformation in SA. It also recognises Huawei for having supported IT innovation skills in the sector.

At the awards gala dinner, Huawei South Africa CEO Spawn Fan outlined how digital technologies can stimulate economic development and improve service delivery.

“In Huawei’s view, connectivity and computing are the cornerstones of the digital economy,” he said. “The convergence of connectivity and computing will change industries and government, in critical areas like education, and healthcare to create new value for society.”

He also outlined Huawei’s efforts to support innovation, not just as a hardware and solution provider, but as an investor in the entire ICT ecosystem. This includes a commitment to industry partnerships, supporting SMMEs and building and retaining an ICT talent pipeline for South Africa.

“Digitalisation is never achieved overnight,” Fan concluded. “A large number of technology enterprises are required to participate and a wide range of ICT talents are required to support the sustainable development of digitalisation.”

Animation: The Most Popular Websites by Web Traffic (1993-2022)

0

By James Eagle 

The Most Popular Websites Since 1993

Over the last three decades, the internet has grown at a mind-bending pace.

In 1993, there were fewer than 200 websites available on the World Wide Web. Fast forward to 2022, and that figure has grown to 2 billion.

This animated graphic by James Eagle provides a historical look at the evolution of the internet, showing the most popular websites over the years from 1993 to 2022.

The 90s to Early 2000s: Dial-Up Internet

It was possible to go on the proto-internet as early as the 1970s, but the more user-centric and widely accessible version we think of today didn’t really materialize until the early 1990s using dial-up modems.

Dial-up gave users access to the web through a modem that was connected to an active telephone line. There were several different portals in the 1990s for internet use, such as Prodigy and CompuServe, but AOL quickly became the most popular.

AOL held its top spot as the most visited website for nearly a decade. By June 2000, the online portal was getting over 400 million monthly visits. For context, there were about 413 million internet users around the world at that time.

RankWebsiteMonthly Visits (May 2000)
1AOL400,891,812
2Yahoo387,573,587
3MSN354,239,803
4eBay116,101,785
5Lycos116,064,930

But when broadband internet hit the market and made dial-up obsolete, AOL lost its footing, and a new website took the top spot—Yahoo.

The Mid 2000s: Yahoo vs. Google

Founded in 1994, Yahoo started off as a web directory that was originally called “Jerry and David’s Guide to the World Wide Web.”

When the company started to pick up steam, its name changed to Yahoo, which became a backronym that stands for “Yet Another Hierarchical Officious Oracle.”

Yahoo grew fast and by the early 2000s, it became the most popular website on the internet. It held its top spot for several years—by April 2004, Yahoo was receiving 5.6 billion monthly visits.

RankWebsiteMonthly Visits (April 2004)
1Yahoo5,658,032,268
2MSN1,838,700,057
3Google1,318,276,780
4AOL905,009,947
5eBay805,474,705

But Google was close on its heels. Founded in 1998, Google started out as a simpler and more efficient search engine, and the website quickly gained traction.

Funny enough, Google was actually Yahoo’s default search engine in the early 2000s until Yahoo dropped Google so it could use its own search engine technology in 2004.

For the next few years, Google and Yahoo competed fiercely, and both names took turns at the top of the most popular websites list. Then, in the 2010s, Yahoo’s trajectory started to head south after a series of missed opportunities and unsuccessful moves.

This cemented Google’s place at the top, and the website is still the most popular website as of January 2022.

The Late 2000s, Early 2010s: Social Media Enters the Chat

While Google has held its spot at the top for nearly two decades, it’s worth highlighting the emergence of social media platforms like YouTube and Facebook.

YouTube and Facebook certainly weren’t the first social media platforms to gain traction. MySpace had a successful run back in 2007—at one point, it was the third most popular website on the World Wide Web.

RankWebsiteMonthly Visits (Jan 2007)
1Google7,349,521,929
2Yahoo5,169,762,311
3MySpace1,276,515,128
4MSN1,259,467,102
5eBay957,928,554

But YouTube and Facebook marked a new era for social media platforms, partly because of their ​​impeccable timing. Both platforms entered the scene around the same time that smartphone innovations were turning the mobile phone industry on its head. The iPhone’s design, and the introduction of the App store in 2008, made it easier than ever to access the internet via your mobile device.

As of January 2022, YouTube and Facebook are still the second and third most visited websites on the internet.

The 2020s: Google is Now Synonymous With the Internet

Google is the leading search engine by far, making up about 90% of all web, mobile, and in-app searches.

What will the most popular websites be in a few years? Will Google continue to hold the top spot? There are no signs of the internet giant slowing down anytime soon, but if history has taught us anything, it’s that things change. And no one should get too comfortable at the top.

This article was published as a part of Visual Capitalist’s Creator Program, which features data-driven visuals from some of our favorite Creators around the world.

Source: https://www.visualcapitalist.com/cp/most-popular-websites-by-web-traffic/

The compact HUAWEI MateBook D16 redefines your on-the-job experience

0

As a professional who cares about delivering quality work, you want a laptop with features that can make your workflow more efficient and enjoyable. The HUAWEI MateBook D16 high-performance laptop, with advanced features has everything you need and more. The large and immersive display, sleek metallic body, powerful performance and next-level device features, make the HUAWEI MateBook D16 a smarter, all-rounded laptop for a seamless working experience, whether in the office or working remotely.

The precision powered displayed

If you spend long hours in front of your laptop, the 16-inch eye comfort HUAWEI full view display on the HUAWEI MateBok D16 might just be the right laptop for you. The large display surrounded by ultra-narrow bezels draws your attention to the content while minimising distractions.

The taller 16:10 aspect ratio of the screen also helps improve productivity and allows more headroom for viewing web pages, documents and charts. You can also enjoy rich details and vivid colours from the HUAWEI MateBook D16 display. The display has secured TÜV Rheinland low blue light certification for its hardware-based low blue light solution that can accurately reproduce colours without the dreaded yellow cast. The display also uses dimming features to alleviate eye fatigue.

Get more done with advanced performance modes

Would you agree that most office tasks could be done faster and easier if only your laptop could keep up with your pace? If yes, the HUAWEI MateBook D16 offers the solution by giving you all the power of 12th Gen Intel® Core™ H-series processors. Fortunately, consumers have two power modes to choose from. Press the Fn and P keys at the same time and you will be able to toggle between the standard mode and performance mode.

The seamless multi-device features

The HUAWEI MateBook D16 takes multi-device collaboration to a whole new level, thanks to Super Device, which brings super productivity with a cohesive multi-device experience. It enables you to effortlessly connect to other HUAWEI devices nearby and collaborate between all of them. Simply place your HUAWEI earphones, mouse, keyboards, speakers, and printers close to the HUAWEI MateBook D16 and the laptop will automatically identify them and provide a prompt for quick and easy pairing.

Fast and stable connections for an effective meeting experience

The HUAWEI MateBook D16 with its 1080P AI Camera is here to change the game. The new camera and the smart conference features make video conferencing a delight, thanks to the picture quality and smart AI features. This laptop has a slew of tricks up its sleeve to make video calls look better and more engaging. The AI Camera smart feature processes the video, adding video effects like Virtual Background, FollowCam and Eye Contact, which are also supported by third-party video calling applications.

During a video call, the AI Camera’s FollowCam adjusts the screen in real-time to keep you in the center of the shot.

The HUAWEI MateBook D16 features a quad-mic setup placed along the laptop’s edges and supports sound pick-up from sources up to five metres away from the device. In addition, networking with the HUAWEI MateBook D16, is simple and convenient, thanks to the innovative HUAWEI metaline antenna technology. This brand-new antenna structure when compared with average antennas has 56% better signal conversion efficiency.

Buy the HUAWEI MateBook D16

Get the best out of your workday with the HUAWEI MateBook D16 that accelerates productivity. Get the high-performance HUAWEI MateBook D16 from the HUAWEI online store, Vodacom, Telkom and at selected retailers including Incredible Connection and Computer Mania, for only R25 999.

Climate change: why tech companies must address emissions caused by streaming and scrolling

0

By Doug Specht

Technology companies have been having a difficult year. The increased cost of living is turning people away from streamingcryptocurrencies are faltering, Amazon has raised its prime membership costs, as has Twitter for its premium subscription model Twitter Blue. The latter’s ongoing legal wranglings with Elon Musk have also called the platform’s valuation and future product offering into question.

Not long ago, these companies were untouchable, but the most recent tech bubble seems to have burst. So, this is a good time to reflect on what these companies have offered to the world. They have certainly enabled fast access to film and TV, global conversations and perhaps even a challenge to status quo economics via digital currencies. But what about their environmental impact?

As we enter a new era for the tech sector, combined with rising demand for businesses to be more climate aware, these companies will need to consider how technology affects the environment. Research estimates that e-waste – discarded electrical items, from chargers to photocopiers – could double between 2014 and 2030. And new regulations have begun tackling this physical waste, including chargers and device repairs. But, to reduce the world’s digital carbon footprint, these efforts need to go beyond the physical to include the impact of data use on the environment as well.

You’ve probably heard that cryptocurrencies are bad for the environment due to the huge volumes of energy used to “mine” or produce digital currencies. One study found it can consume more energy than mining an equivalent amount (by market value) of actual minerals like copper, gold or platinum. Other estimates show the buying and trading of bitcoin generates 18 million tonnes of carbon dioxide each year.

Get your news from people who know what they’re talking about.

Get newsletter

But even people who haven’t bought into digital currencies might be surprised at the carbon footprint they are leaving via their online activities. The energy used to stream all of Breaking Bad on Netflix is estimated to emit the equivalent pollution to driving 27 miles. Even the average social media user’s daily scroll of 2 hours 24 minutes was found to create similar emissions to driving more than 330 miles in a petrol car.

Where we are in the world also affects how electricity is generated to power our TV, computer or smartphone, changing our individual emissions. And the digital companies we engage with have very different ways of powering their infrastructures. Facebook now claims to be carbon neutral, while Tiktok and Reddit produce the highest carbon footprints of the ten most popular social media apps.

Even where tech companies have reduced their carbon footprints by using renewable energy, the large volumes of electricity they consume to power things like data centres places strain on these resources. As the world struggles to limit global warming to a target of 1.5℃ above pre-industrial levels, it’s clear that something needs to change.

People power

Small personal changes to our online habits can add up to a surprisingly significant impact. After all, every digital interaction we have directly affects emissions. If every British adult just sent one less “thank you” email, the nation could save 16,433 tonnes of carbon a year. Of course, if the choice is between travelling, especially by plane, or sending an email or making a video call, then the digital approach is far less damaging.

Really tackling the power consumption and polluting habits of big tech will take more than getting people to send less emails, however. First, regulation must encourage digital technology powered by renewable energy sources as standard. Digital technologies account for as much carbon emissions as the aviation industry, and this is increasing. A move to renewable energy would make digital technology less damaging by taking fossil fuel burning out of the supply chain.

Second, to ensure that enough renewables are available to power the rest of society as well as digital technologies, we must discourage or reduce emission-intensive activities that generate huge wealth at the expense of users. For example, online advertising. The energy needed to power the average online ad campaign emits 5.4 tons of carbon dioxide – a third of what an average US consumer produces in a year – as well as encouraging more consumption of goods.

Electrical pylons, sunset
Technology companies need to continue to replace fossil fuels with renewables to power energy-intensive assets like data centres. @matthewhenry / UnsplashCC BY

Finally, and most importantly, a redistribution of wealth and degrowth policies targeting tech companies could reduce unnecessary consumption. Just 63% of the global population have access to the internet, with most digital emissions generated in more economically developed countries.

The wealth generated by the technology industry is even more uneven. A relatively small number of individuals have made a lot of money in the tech industry, which often burns fossil fuels to power the data centres that keep our devices, social media and streaming platforms online. There is also evidence showing that the wealthly contribute more to climate change. Super yachts, private jets and vast homes are the reward for successful digital tech owners.

Shifting our focus from gross domestic product growth to economic measures that focus on quality of life and wellbeing not only reduces carbon, but will lift living standards for all. Of course, this should stretch beyond digital infrastructures and toward all sectors of society.

Some will complain that these three solutions will increase costs, stifle innovation or mean some tech companies fail. But if innovation comes in the form of digital tech companies burning through 300 million tonnes of carbon a year, then we can do without it.

If we don’t consider such changes, we stand to see less cat videos online, and more videos of wildfires, flooding and devastating weather events as climate change accelerates.

Source: https://theconversation.com/climate-change-why-tech-companies-must-address-emissions-caused-by-streaming-and-scrolling-187676

Ranked: The Most and Least Livable Cities in 2022

0

By Avery Koop

Ranked: The Most and Least Livable Cities in 2022

Ranked: The Most and Least Livable Cities in 2022

Pandemic restrictions changed the livability of many urban centers worldwide as cultural sites were shuttered, restaurant dining was restricted, and local economies faced the consequences. But as cities worldwide return to the status quo, many of these urban centers have become desirable places to live yet again.

This map uses annual rankings from the Economist Intelligence Unit (EIU) to show the world’s most livable cities, measuring different categories including: stability, healthcare, culture and environment, education, and infrastructure.

A Quick Note on Methodology

The ranking attempts to assess which cities across the globe provide the best living conditions, by assigning a score on 30 quantitative and qualitative measures across the five categories with the following weightings:

  1. Healthcare (20%)
  2. Culture & Environment (25%)
  3. Stability (25%)
  4. Education (10%)
  5. Infrastructure (20%)

Of the 30 factors within these categories, the qualitative ones are assigned as acceptable, tolerable, uncomfortable, undesirable, or intolerable by a team of expert analysts. Quantitative measures are given a score based on a number of external data points. Everything is then weighted to provide a score between 1-100, with 100 being the ideal.

Ranked: The 10 Most Livable Cities

Of the 172 cities included in the rankings, many of the most livable cities can be found in Europe. However, three of the top 10 are located in Canada: Vancouver, Calgary, and Toronto.

Vienna has been ranked number one many times, most recently in 2019. According to the EIU, the Austrian capital only fell out of the top slot during the pandemic years because its famous museums and restaurants were shuttered.

RankCityCountryScore
#1Vienna🇦🇹 Austria99.1
#2Copenhagen🇩🇰 Denmark98.0
#3Zurich🇨🇭 Switzerland96.3
#3Calgary🇨🇦 Canada96.3
#5Vancouver🇨🇦 Canada96.1
#6Geneva🇨🇭 Switzerland95.9
#7Frankfurt🇩🇪 Germany95.7
#8Toronto🇨🇦 Canada95.4
#9Amsterdam🇳🇱 Netherlands95.3
#10Osaka🇯🇵 Japan95.1
#10Melbourne🇦🇺 Australia95.1

Only one Asian city, Osaka, makes the top 10 list, tying with Melbourne for 10th place. Notably, not a single U.S. city is found in the top ranks.

Editor’s note: Two cities tie for both the #3 and #10 ranks, meaning that the “top 10” list actually includes 12 cities.

Ranked: The 10 Least Livable Cities

Some of the least livable cities in the world are located across Africa and Central Asia.

RankCityCountryScore
#163Tehran🇮🇷 Iran44.0
#164Douala🇨🇲 Cameroon43.3
#165Harare🇿🇼 Zimbabwe40.9
#166Dhaka🇧🇩 Bangladesh39.2
#167Port Moresby🇵🇬 Papua New Guinea38.8
#168Karachi🇵🇰 Pakistan37.5
#169Algiers🇩🇿 Algeria37.0
#170Tripoli🇱🇾 Libya34.2
#171Lagos🇳🇬 Nigeria32.2
#172Damascus🇸🇾 Syria30.7

Many of the least livable cities are within conflict zones, contributing to the low ratings. However, these regions are also home to some of the world’s fastest growing cities, presenting many opportunities for ambitious residents.

The Biggest Changes in Ranking

Let’s take a look at the cities that moved up the global rankings most dramatically compared to last year’s data.

Moving Up: The 10 Most Improved Cities

CityCountryOverall RankRank Change
Frankfurt🇩🇪 Germany#7+32
Hamburg🇩🇪 Germany#16+31
Dusseldorf🇩🇪 Germany#22+28
London🇬🇧 UK#33+27
Manchester🇬🇧 UK#28+26
Paris🇫🇷 France#19+23
Brussels🇧🇪 Belgium#24+22
Amsterdam🇳🇱 Netherlands#9+21
Athens🇬🇷 Greece#73+19
Los Angeles🇺🇸 US#37+18

Here’s a look at the cities that fell the most in the rankings since last year’s report.

Moving Down: The 10 Cities That Tumbled

CityCountryOverall RankRank Change
Wellington🇳🇿 New Zealand#50-46
Auckland🇳🇿 New Zealand#34-33
Adelaide🇦🇺 Australia#30-27
Perth🇦🇺 Australia#32-26
Houston🇺🇸 US#56-25
Reykjavik🇮🇸 Iceland#48-25
Madrid🇪🇸 Spain#43-24
Taipei🇹🇼 Taiwan#53-20
Barcelona🇪🇸 Spain#35-19
Brisbane🇦🇺 Australia#27-17

According to the report, a number of cities in New Zealand and Australia temporarily dropped in the ranking due to COVID-19 restrictions.

It’s also worth noting that some Eastern European cities moved down in the rankings because of their close proximity to the war in Ukraine. Finally, Kyiv was not included in this year’s report because of the conflict.

Urbanization and Livability

As of 2021, around 57% of the world’s population lives in urban centers and projections show that people worldwide will continue to move into cities.

While there are more amenities in urban areas, the pandemic revealed many issues with urbanization and the concentration of large populations. The stress on healthcare systems is felt most intensely in cities and restrictions on public outings are some of the first measures to be introduced in the face of a global health crisis.

Now with the cost of living rising, cities may face pressures on their quality of life, and governments may be forced to cut spending on public services. Regardless, people worldwide continue to see the benefits of city living—it’s projected that over two-thirds of the global population will live in cities by 2050.

Source: https://www.visualcapitalist.com/ranked-the-most-and-least-livable-cities-in-2022/

Sustainable fashion

0

The fashion industry has, over generations, become ‘dirty’. It has wounded the environment, according to the World Bank, by polluting 20% of the earth’s freshwater resources, it comprises 10% of global carbon emissions, and a significant amount of the industry’s microplastics (derived from washing synthetic materials) are found in the oceans.

An even more horrifying statistic is that 85% of textiles end up in dumps (that’s some 92-million tons of textile waste), which in the US alone translates into 2150 pieces of clothing being dumped every second. Now add to that human and labour rights abuses in the sector, particularly against women, it starts to feel that in the interests and high turnover margins of ‘fast’ fashion, we have become immune to, or are ignoring, the consequences of buying into the system.

This should not sit well with any of us!

The European Union isn’t ignoring the issue. It introduced legislation that demands its member states collect textile wastes separately from other recyclables by 2025. As awareness around the perils of fast fashion escalate, we are (or at least should be), more enlightened to the devastating impacts the industry has on climate change. It therefore follows that excessive consumption of fast clothing is being highlighted as completely unsustainable. Yet what to do, for in our basic need to clothe ourselves, we eagerly consume the rhetoric that drives us to buy and support fast-fashion operations that can easily present up to 30 new, and affordable, clothing collections a year.

It never used to be like this. ‘Slow’ fashion was an art form where garments were handmade, took the designer incredible amounts of time and creativity to cut patterns, sew and form-fit outfits, which were thus accordingly priced high and valued even more highly. These garments were repaired, repurposed, or passed down to others. They stayed in the system even, at end-of-life, as cleaning rags.

With new consciousness we can all play a role in saving our planet, even something as simple as supporting ‘pre-loved’ clothing outlets and platforms. More effort is required to encourage the return to ‘slow fashion, which in current times translates into buying from designers that use locally-sourced, bio-degradable, organic or natural materials, vs that of ‘fast’ which tends to favour some of the most toxic fabrics to the environment – petroleum-based textiles like nylon, acrylic, polyester and spandex.

While fast-fashion producers are increasingly under pressure to reduce the number of collections released in a year, to address unfair wages and poor working conditions, and to follow ethical sustainable practices, the ‘slow’ fashion sector need only concern itself with producing, as it has always done, some of the best quality workmanship, the ongoing use of sustainable textiles, and creating exclusivity that is a trend within itself. Yes it costs more because slow fashion is not produced at the expense of environmental degradation nor does it underpay employees.

It’s not easy to shop with sustainability in mind but it starts with consciously taking stock of what you have, and donating what you don’t use or wear. The gaps in a wardrobe can be addressed by reading labels and understanding the corporate brand’s sustainability stance. Seek more natural fabric’s that are less perishable and therefore unlikely to land up in dumps. Buy less by buying better, such as finding classic T-Shirts that may cost more but will last far longer through laundry cycles.

And look to the now booming used clothing industry. Generation Z has been hailed for adopting secondhand fashion twice as fast as other demographics and is similarly contributing more to the the rising trend of wearing vintage. It’s true that consumers alone cannot solely be responsible for motivating change in the fashion industry, but we do yield incredible power when we purchase. Use your money wisely, and dress for the good of the planet.