The emerging discourse on climate policies often overlooks a crucial element: the local food systems predominantly operated by Indigenous communities. Recent research conducted in the Inuvialuit Settlement Region of Canada’s Arctic showcases that prioritizing local food production over imported substitutes is not merely a sustainable practice; it is a pragmatic one. The findings encapsulated in
Earth
The Amazon basin, often referred to as the “lungs of the Earth,” is facing unprecedented challenges due to severe droughts that have persisted for the last two decades. Over this time, periods of low water levels have lengthened significantly—lasting approximately a month longer than historically experienced. This climatic shift is not merely an environmental concern;
California’s picturesque landscapes often mask a perilous undercurrent lurking beneath the surface: landslides. While many remember the devastation wrought by landslides during winter’s torrential rains, the recent catastrophic events during the summer months present an equally alarming dimension of this natural phenomenon. The landslide in Rolling Hills Estates in July 2023 serves as a gripping
Rogue waves, often referred to as “freak waves,” present a formidable threat to maritime operations, characterized by their sudden emergence and colossal heights. These waves can rise unexpectedly, overpowering large vessels and offshore structures, posing grave risks to crews and cargo alike. The sheer unpredictability of rogue waves has earned them a notorious reputation within
A groundbreaking study has recently surfaced, revealing that dragonflies—often overlooked insects—hold critical insights into the patterns of mercury pollution across varying ecosystems. Conducted in collaboration with organizations such as the U.S. Geological Survey and the National Park Service, this research not only sheds light on where mercury is deposited but also highlights the role of
In an era where climate change is reshaping our understanding of environmental risks, a recent breakthrough by a Rutgers University-New Brunswick-led research team promises to change the way we perceive historical and future hurricane frequencies. By employing innovative sediment analysis techniques to detect evidence of catastrophic storms dating back over 400 years, the study published
Recent research emanating from Southern Methodist University (SMU) has unveiled some shocking realities about natural gas leaks, particularly regarding how environmental conditions can drastically influence gas behavior below the surface. Conducted by an adept team of scientists, their findings indicate that when leakages occur under snow, rain, or asphalt, the leaked natural gas can travel
Foreign Direct Investments (FDI) have been heralded as a beacon of hope for economic growth in developing tropical countries. However, a critical examination of this optimism reveals a troubling narrative—many FDIs, particularly in sectors like agriculture, exacerbate environmental degradation and significantly contribute to deforestation. Traditionally, FDI has been synonymous with extractive industries like mining or
The tragic demise of Pompeii in 79 CE has echoed through history as one of humanity’s most poignant reminders of nature’s untamed power. Almost two millennia ago, the astute observations of Pliny the Younger chronicled the residents’ horror as volcanic eruptions rattled the very earth beneath their feet. Today, a new collaborative study spearheaded by
Phosphorus is a cornerstone of agricultural success and ecological health, forming an integral part of fertilizers essential for enhancing crop yields and sustaining plant growth. As one of the key macronutrients required by living organisms, phosphorus has garnered significant attention, particularly given the looming concerns over its finite availability. The revelations about its cycling in