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The standard measure of economic performance, the gross domestic product (GDP), measures the value of goods and services produced within a country over a given period. However, the GDP doesn’t measure social factors like income inequality, domestic violence, drug addiction, or the impact of today’s actions on future generations. It also ignores sustainability and environmental destruction. It’s a very short-term view of market factors without respect to what’s happening on the social and environmental levels. As a result, the GDP gave us no warning of the impending global financial crisis in 2008.

But we continued to base our economic predictions on that metric. And it began to show economies recovering and growing—so everything’s going well again, right? But what if we factor in social and environmental realities?

English is a modern lingua franca. It is a leading language in so many areas: from global affairs and science to entertainment. One of the reasons for that lies in the colonial history of the British Crown in the 17th century, when the British Empire became the biggest empire in history. With colonialism, trade relations boomed, following the progress in science, industrial manufacturing and literature. However, there were many other competing languages, such as French, Spanish and German. To know more about how English won the competition against other languages to become a global communication tool, watch this short part of the video, "Why Did English Become the International Language?" 

Floating solar farms, also known as "floatovoltaics," are an efficient way to collect solar energy. They have a number of advantages over land-based systems:

1. They don't occupy land that could be used for other things, like crop farming.
2. They're up to 16% more efficient because the water keeps them cool.
3. They reduce evaporation on hydroelectric dams, saving more water for hydropower.

But they also come with an environmental cost: the panels sit on plastic floats. So far, floatovoltaic developers have relied on virgin (new) plastic to keep the panels afloat. As we know, plastic is one of the biggest contributors to pollution, uses fossil fuels to manufacture, and is deadly for sea creatures. But a new floatovoltaic farm in Alqueva, Portugal, is under development by the EDP corporation, an energy company committed to sustainability. 

In late April, the Indonesian government announced a temporary ban on exports of crude palm oil and its refined products, such as cooking oil. The decision came as a surprise to commercial goods traders as the government had previously stated the ban would only apply to refined products. After the government’s initial statement, prices of crude palm oil significantly fluctuated given uncertainties about what products the ban would cover. Prices have again skyrocketed in light of the most recent announcement.

Since the beginning of the war in Ukraine, the world has seen a wave of food protectionism, as governments seek to protect domestic food supplies in light of surging agricultural prices. As the world’s largest edible oils shipper, providing one third of global supplies, Indonesia threatens to worsen global food inflation with its decision and raises the risk of a full-blown hunger crisis.

To prosper in the digital age, companies must undergo two types of digital transformation. Firstly, they need to become digitized. Secondly, they have to become digital.

Though both transformations depend on new technologies, they require different strategies and rules to implement. Digitization requires companies to update their operational backbones. In the past, core operations, such as delivering goods and services, maintaining accounts, and completing back-office processes, were handled by people. These days, however, they can be enabled by software-as-a-service. In addition to digitizing themselves, companies also need to become digital, which means creating a digital platform for the company’s digital offerings. Not only does this facilitate business development and connection with partners and customers, it also allows companies to better target revenue growth.

Worldwide, democracy and global freedom have been declining since 2006. The COVID-19 pandemic made things worse, with many leaders choosing to use authoritarian measures to contain the virus. It was difficult for the opposition to protest the measures because they weren't allowed to gather in groups.

But the trend towards dictatorship began long before the pandemic. The decline is not just happening in nations with authoritarian governments, but even long-standing democracies have suffered. In 2020, nearly 75% of the world’s population lived in a country where democracy deteriorated. The United States, which has long stood as an icon of democratic values, is becoming so divided that the government can barely function. The 2020 election results were challenged, ending up in an attack on the Capitol building itself.

Look at this graph from Freedom House showing the democracy gap since 2005. Interpret and discuss it with your teacher.

In 1991, researchers at Berkeley Lab invented a triple-glazed window they hoped would revolutionise the building industry. Though windows with three panes had existed for years, what distinguished Berkley’s design from precursors was the presence of a centralised, thin layer of glass. This made the window lighter, as less material could be used to make the external panes. It also made the window more energy efficient, as compartments either side of the central layer could be filled with insulating gas. On paper, the window had the potential to cut annual heating bills by 39 percent and reduce air conditioning costs by 28 percent. The only problem was that it was prohibitively expensive to manufacture.

According to NPR, around the year 70,000 B.C., a volcano called Toba on Sumatra Island in Indonesia, erupted, blowing about a thousand kilometres of vaporized rock into the air. It is by far the largest volcanic eruption we know of.

That eruption dropped roughly six centimeters of ash over all of South Asia, the Indian Ocean, the Arabian and South China Sea. With so much ash, dust and vapor in the air, science writer Sam Kean says Toba "dimmed the sun for six years, disrupted seasonal rains, choked off streams and scattered whole cubic miles of hot ash (imagine wading through a giant ashtray) across acres and acres of plants." Berries, fruits, trees, African game became rare. Early humans, living in East Africa just across the Indian Ocean from Mount Toba, probably starved, or at least, he says, "It's not hard to imagine the population plummeting."

According to PhysOrg, a scientific publication, scientific knowledge used in international studies is predominantly sourced from English-language documents, as it is assumed that all scientific knowledge is available in English. However, according to research scrutinizing over 400,000 peer-reviewed papers in 326 journals, published in 16 languages, scientific papers written in languages other than English may hold untapped information crucial to the conservation of global biodiversity.

These findings have important implications for global efforts tackling the biodiversity crisis, where lack of evidence is an issue commonly faced when trying to implement evidence-based conservation. The authors demonstrate that incorporating non-English-language studies can expand the availability of scientific evidence on species and ecosystems into 12%–25% more areas and 5%–32% more species.