Humanity
I, Willhelm
She had been dreaming again. The dreams during her pregnancy had always been vivid and intense, with sounds and smells included. But now that the baby was born, everything had turned into a muddy haze with the constant backdrop of a baby screaming for her. There was no escape from the constant sound of crying, and the relentless tension in her chest that made it hard to think and breath.
By Klaire de Lys3 years ago in Earth
Climate Challenges and Sustainable Solutions in the UAE: A Leap Towards a Greener Future
In the wake of the conclusion of COP28, a milestone climate summit that engaged oil-producing nations for the first time in a united effort to safeguard the planet, it’s time to celebrate the positive strides made in addressing global climate challenges.
By Andrea Zanon3 years ago in Earth
The ethical considerations surrounding geo engineering.
In the year 2050, the world stood on the precipice of an environmental abyss. Climate change had wreaked havoc, and humanity's survival depended on drastic measures. Among the contentious solutions was geoengineering—an innovative yet controversial approach to manipulate the Earth's climate.
By Ben wordsworth3 years ago in Earth
New York Is Sinking Under It's Own Weight. Content Warning.
A recent study has uncovered a concerning issue in New York City: it's sinking due to the immense weight of its towering skyscrapers. This process, known as subsidence, describes the gradual settling or sinking of the Earth's surface, mainly attributed to the shifting of soft sediments and the city's substantial mass. Despite the seemingly minimal sinking rate of 0.04 to 0.07 inches per year, specific areas within the city experience even faster sinking rates. This poses a significant risk for a city already positioned low and accommodating over 8 million residents. Addressing the growing flood risk and sea level rise, local authorities must devise strategies, although erecting extensive seawalls might not be the most effective solution. Geologists emphasize the adverse impact of constructing more highrises near coastlines, rivers, or lakes, exacerbating future flood risks. Scientific calculations of New York City's building mass—over a million structures—amount to an astounding 1.68 trillion pounds, excluding the weight of roads, sidewalks, and other paved areas. Despite these calculations' limitations, researchers effectively considered the intricate geology beneath the city, identifying soil types prone to subsidence, highlighting the stability of Bedrock that anchors the skyscrapers. Utilizing satellite data and models, researchers generated a sinking map of the city, attributing increased urbanization, groundwater extraction, and drainage practices to worsen the sinking scenario. Similar sinking issues afflict other cities like Jakarta and Venice, each facing unique challenges. Jakarta anticipates partial submersion by 2050, while Venice's foundation on a marshy lagoon, compounded by groundwater extraction, rising sea levels, and tectonic movements, contributes to its slow descent. Venice's sinking rate, matching New York's at 0.04 to 0.07 inches per year, forecasts a significant decline below sea level in the next two decades. Faced with these risks, Venetians are building barriers to thwart encroaching waters, albeit with delays, while the city grapples with building damage due to constant water breaches. Similarly, New Orleans struggles with sinking issues, initially constructed marginally above sea level but now gradually subsiding. Its flat topography and the lower elevation around the French Quarter exacerbate the problem. Efforts to elevate homes and restrict building heights due to unstable soil have been insufficient, compounded by an ill-suited drainage system installed in the 1900s that exacerbated soil destabilization, leading to sinking areas and increased susceptibility to flooding, notably highlighted during Hurricane Katrina. Managing water consumption emerges as a key solution for sinking cities, emphasizing the need for innovative approaches like purifying surface water or converting seawater. An example of successful water management lies in Denmark's NY town, employing rainwater collection to supply toilets and washing machines, showcasing resourcefulness in urban water management. Thus, grappling with these sinking city challenges requires comprehensive strategies, innovative water management, and a concerted effort to sustain these urban centers against the threats of subsidence and rising sea levels.
By Cudjoe Justice3 years ago in Earth
A Guide to Hampta Valley Snow Trek
Introduction For Hampta Valley: Winter transforms Hampta Valley into a captivating wonderland, showcasing nature's splendor. This guide navigates you through the enchanting Hampta Valley Snow Trek, where pristine snow blankets the landscape, mountains stand adorned in white, and frozen rivers add an ethereal touch.
By sagar bochare3 years ago in Earth
The Weevils Might
An African tale of how weaevels came to being. Farming had been on its peak it was harvest and the harvest was bountiful, the weather did not stand in the way as it did in the past years, when during harvest the rains never left so gave farmers a hard time to finish harvest and prepare for the next farming cycle.
By George Wayne 3 years ago in Earth
Climate Refugees. Content Warning.
In the quiet town of Haven-ridge, nestled between rolling hills and shimmering lakes, the Thompson family had lived for generations. They were bound by the ebb and flow of the seasons, the laughter of children echoing through the orchards, and the comforting embrace of a close-knit community.
By ALBERT ADE3 years ago in Earth
