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El Niño Causes Mass Starvation of Seabirds in California, Over 2,000 Found Dead

El Niño Causes Mass Starvation of Seabirds in California, Over 2,000 Found Dead

Over 2,000 seabirds, primarily common murres, have died from starvation along California beaches, a phenomenon attributed to the El Niño weather pattern and climate change. The California Department of Fish and Wildlife (CDFW) confirmed on March 27, 2026, that starvation is the primary cause of these increased mortalities, ruling out avian flu. Researchers, including those cited by National Geographic, view this as part of a broader issue across the Pacific Ocean. The warmer ocean temperatures, with Monterey Bay experiencing temperatures 13 degrees Fahrenheit higher than average, are disrupting marine life. This ecological shift has led to unusual occurrences, such as warm-water sea turtles nesting on Southern California beaches and disoriented dolphins in the Morro Bay estuary. Wildlife hospitals, like International Bird Rescue and Pacific Wildlife Care, are treating a record number of debilitated seabirds, indicating a significant environmental imbalance.
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Podcast Discusses 'Climateflation' and Potential Return of Famines Amidst Biodiversity Failures

Podcast Discusses 'Climateflation' and Potential Return of Famines Amidst Biodiversity Failures

A podcast episode titled "Le Dernier Vert #2 / Biodiversité 4/4 'Climateflation': vers le retour des famines ? (avec Bill François)" from 'Baleine sous Gravillon' is addressing the concept of 'climateflation.' This term refers to the economic phenomenon where climate change directly contributes to an increase in food prices. The discussion within the podcast links this rise in prices to the broader context of failed climate negotiations and the inability to meet biodiversity protection goals. The episode explores the potential for these factors to lead to a return of famines, highlighting the severe implications for global food security. The podcast is part of a collection of nature and animal-themed podcasts, suggesting a focus on environmental issues and their societal impacts.
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Soil Ecologist Jordan King Explores Florida Everglades' Invasive Species and Ecosystem Changes

Soil Ecologist Jordan King Explores Florida Everglades' Invasive Species and Ecosystem Changes

Soil ecologist Jordan King, known as Kid Flames online, is actively engaged in exploring the Florida Everglades at night, focusing on invasive reptile species such as green iguanas and basilisk lizards. King, accompanied by Dr. Rae Wynn-Grant, conducts 'herping' expeditions to locate and observe these creatures. During their nocturnal searches, they encountered several invasive species, including a green iguana and multiple basilisk lizards. King emphasizes that while his professional work is in soil ecology, his passion for wildlife, particularly reptiles, drives these explorations. He also highlights the significant presence of invasive species in Florida, many of which were introduced through the exotic pet trade or accidental means. The expeditions also shed light on the ongoing transformation and degradation of the Everglades due to human development, noting that much of South Florida was once part of this unique ecosystem.
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New Jersey's Wharton State Forest Implements Atlantic White Cedar Restoration Plan Amidst Concerns

New Jersey's Wharton State Forest Implements Atlantic White Cedar Restoration Plan Amidst Concerns

New Jersey's Department of Environmental Protection (NJDEP) Forest Service has filed an application with the Pinelands Commission for a 10-year, 10,000-acre Atlantic White Cedar Restoration Project in Wharton State Forest. This initiative aims to restore Atlantic white cedar, a species that once covered approximately 115,000 acres in New Jersey but has dwindled to less than 30,000 acres. The plan for a 171-acre tract in Waterford Township includes selective harvesting with cedar retention, site preparation through mowing, drum chopping, and disking, and the use of herbicides via aerial broadcast and targeted spot treatment. Additionally, conditional deer fencing will be installed if annual monitoring shows fewer than 800 cedar seedlings per acre, a threshold indicating regeneration failure. The Pinelands Alliance has expressed concerns regarding the plan's use of herbicides, potential impact on threatened and endangered species, clear-cutting practices, and the perceived lack of adequate deer management, p...
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Everglades Restoration Accelerates, Faces Water Quality and Staffing Challenges

Everglades Restoration Accelerates, Faces Water Quality and Staffing Challenges

The restoration of Florida's Everglades is progressing at an accelerated pace, marked by improved collaboration between federal and state governments and a significant increase in funding. A recent report from the National Academies of Sciences, Engineering and Medicine indicates that several key projects are complete, and benefits are beginning to be observed on the ground, such as improved dry season water flows in certain areas. However, the report also highlights critical challenges, including inconsistent scientific analysis of these benefits, which hinders a comprehensive understanding of the restoration's effectiveness. Furthermore, concerns have been raised about the loss of federal staff responsible for Endangered Species Act protections, which could impede future progress. A major hurdle remains the failure to meet the Water Quality-Based Effluent Limitation (WQBEL) for nutrient pollution, a standard crucial for the full operation of the massive reservoir south of Lake Okeechobee, a centerpiece o...
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UL Research Institutes Report Reveals Extreme Heat's Impact on Indoor Air Quality and Building Materials

UL Research Institutes Report Reveals Extreme Heat's Impact on Indoor Air Quality and Building Materials

UL Research Institutes’ Chemical Insights, in collaboration with the International Facility Management Association, has released a report titled 'The Heat Inside: Why Extreme Heat is Becoming a Critical Facility Management Risk.' The study investigates how extreme heat affects indoor air quality, the performance of building materials, occupant well-being, and business continuity. Scientists tested common ceiling, wall, and floor materials at both a standard room temperature of 73°F (23°C) and an elevated temperature of 95°F (35°C). The findings indicate that all tested materials, whether natural or synthetic, emitted volatile organic compounds (VOCs), with total VOC and aldehyde concentrations generally higher at the elevated temperature. Notably, some chemicals, such as benzophenone and neodecanoic acid in resilient flooring, were detected exclusively at 95°F. The report highlights that 'low-VOC' claims on products can be misleading, as they do not always reflect overall VOC emissions, and existing certif...
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Scientists Discover Unseen North Atlantic Right Whale Calf, Boosting Conservation Hopes

Scientists Discover Unseen North Atlantic Right Whale Calf, Boosting Conservation Hopes

Scientists have identified a previously unrecorded North Atlantic right whale calf, a species critically endangered with only about 380 individuals remaining globally. The 15,000-pound baby whale was photographed off Anticosti Island in Quebec in September by researchers from Mingan Island Cetacean Study. Experts at the New England Aquarium in Boston confirmed this week that the calf was born months ago, likely off the southeastern U.S., but went undocumented during winter surveys. This discovery increases the total number of calves from the most recent birthing season to 24, marking the most productive year since 2009 and the fourth-highest count on record. The calf was observed with its 38-year-old mother, known as Silt.
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Typhoon Champaka Intensifies, Threatens Ogasawara Islands with Rapid Strengthening

Typhoon Champaka Intensifies, Threatens Ogasawara Islands with Rapid Strengthening

Typhoon 32, named Champaka, was located south of Japan on November 9, 2026, at 9 AM, moving northwest. The Japan Meteorological Agency reported its central position at 23 degrees 40 minutes North latitude and 135 degrees 10 minutes East longitude, with a central pressure of 980 hPa, maximum sustained winds of 35 m/s, and maximum instantaneous winds of 50 m/s. The typhoon is expected to rapidly intensify, reaching a central pressure of 960 hPa and maximum instantaneous winds of 60 m/s by the morning of November 10. Following this intensification, Champaka is forecast to significantly alter its course eastward, maintaining its strong intensity as it approaches the vicinity of Chichi-jima in the Ogasawara Islands by November 11. By November 14, it is projected to weaken and transition into a tropical low-pressure system near Minamitorishima.
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War, conflict must not distract from climate action, leaders warn COP31

War, conflict must not distract from climate action, leaders warn COP31

By Tuvan Gumrukcu and Valerie Volcovici ANTALYA, Turkey, Nov 11 (Reuters) - Wars and trade disputes should not be allowed to distract the world from its struggle to combat global warming, the leaders of Brazil and Turkey told the COP31 climate conference on Wednesday.
1Weather1Weather
Extreme Rain Raises Navajo Reservoir by 60 Feet

Extreme Rain Raises Navajo Reservoir by 60 Feet

Back-to-back extreme rain events in late October and early November 2026 caused significant flooding across the Four Corners region of the U.S. Southwest. The Navajo Reservoir, located in northern New Mexico and southern Colorado, rose by nearly 60 feet (18 meters) during this period, reaching its highest level since August 2019. The storms alleviated short-term drought conditions but triggered damaging floods, particularly in Pagosa Springs, Colorado, where the San Juan River reached major flood stage twice. Experts attribute the heavy rainfall to a low-pressure system energized by unusually high ocean temperatures and El Niño patterns.
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Illinois Faces Record Tornado Season in 2026

Illinois Faces Record Tornado Season in 2026

Illinois has experienced a historic tornado season in 2026, with over 200 tornadoes reported across the state, according to meteorologist Mike Albano (IPM Newsroom, 2026-11-10). This figure is three to four times the state's average and double the number of tornadoes reported in any other U.S. state this year. The season included significant events such as an EF3 tornado in Effingham on June 17, which caused extensive damage to the Mid America Motorworks Corvette museum and parts store, and an EF2 tornado in Charleston on June 18. Experts attribute the increase to both improved reporting technology and environmental changes, including warmer temperatures and higher humidity levels.
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La Niña Conditions Enhance Accuracy of Long-Range El Niño Forecasts, Study Finds

La Niña Conditions Enhance Accuracy of Long-Range El Niño Forecasts, Study Finds

New research indicates that El Niño forecasts initiated during La Niña conditions are significantly more accurate up to a year in advance. The study, which analyzed 7,500 forecasts from nine different models, found a consistent pattern: predictions made when the Pacific was in a La Niña phase were most successful in foretelling future El Niño events. Conversely, forecasts made during neutral conditions were often incorrect. This discovery suggests that La Niña has a stabilizing influence on climate models, making their long-range predictions more reliable. El Niño and La Niña are opposite phases of the El Niño–Southern Oscillation (ENSO), a natural climate phenomenon in the tropical Pacific that influences global weather patterns. While El Niño typically brings warmer global temperatures and altered weather, La Niña is characterized by cooler surface waters in the central and eastern tropical Pacific. The ability to predict El Niño events earlier could provide crucial lead time for communities to prepare f...