#el_nio

El Niño: Un Fenómeno Climático de Gran Magnitud con Impactos Económicos y Climáticos Significativos El fenómeno de El Niño, caracterizado por un aumento anómalo de las temperaturas en los océanos del Pacífico, se está consolidando como uno de los eventos más intensos registrados en la historia. El doctor Francisco Estrada Porrúa, coordinador del programa de investigación en cambio climático de la Universidad Nacional Autónoma de México, alertó sobre la urgencia de implementar medidas de prevención ante los impactos que este fenómeno podría generar en sectores clave como la agricultura y la ganadería. Según el especialista, el evento actual, aunque técnicamente no se clasifica como "superniño", alcanza una magnitud que lo sitúa entre los más fuertes documentados. Este fenómeno se desarrolla en un contexto global donde la temperatura media del planeta ya ha superado los 1.5 grados Celsius respecto al periodo preindustrial, un umbral que la comunidad científica considera crítico debido a sus consecuencias en sistemas naturales y humanos. "Estamos entrando a uno de los eventos de El Niño más fuertes en la historia, por lo menos que tenemos registrados", afirmó Estrada Porrúa en una entrevista para El Heraldo Radio. El impacto económico del fenómeno es significativo. Según el experto, el costo del cambio climático para México durante el presente sexenio equivaldría al 25% del producto interno bruto (PIB) de 2024. A nivel global, un evento de El Niño de gran intensidad representa un impacto económico estimado en 4 billones de dólares. "Ahorita vamos a tener una combinación que no habíamos visto nunca jamás: un El Niño de esta categoría bajo condiciones de calentamiento de 1.5 grados del planeta", destacó.#el_nio #francisco_estrada_porra #universidad_nacional_autnoma_de_mexico #el_heraldo_radio #calentamiento_global

El Niño locks in, with impacts to hurricane season and South Florida weather likely The climate phenomenon known as El Niño is expected to strengthen through the remainder of the year, with growing confidence that it will persist into early 2027. Current forecasts indicate that the warming pattern in the central and eastern tropical Pacific Ocean, a defining characteristic of El Niño, is becoming more pronounced, setting the stage for significant weather impacts across the globe. The National Oceanic and Atmospheric Administration (NOAA) has confirmed that El Niño’s influence will dominate the 2026 hurricane season, suppressing tropical storm development in the Atlantic basin. Meteorologists and climate scientists are increasingly relying on advanced technologies, including artificial intelligence, to predict storm paths, intensity, and flooding risks with greater accuracy. NBC6 meteorologist Ryan Phillips highlighted that these tools are enhancing the ability to track El Niño’s progression and its potential effects on regional weather patterns. The phenomenon, which involves unusually warm ocean temperatures in the Pacific, has been underway for months, with recent data showing a notable rise in sea surface temperatures. For South Florida, the implications of El Niño are particularly significant. The 2026 hurricane season is projected to produce fewer named storms than in recent years, potentially marking the quietest in a decade. This outcome is attributed to the increased wind shear generated by El Niño, which disrupts the formation of tropical systems.#national_weather_service #south_florida #el_nio #colorado_state_university #national_oceanic_and_atmospheric_administration

El Niño Threatens Sugar and Ethanol Production May Fall Short of Consumption for the Third Year Running The article discusses the ongoing challenges faced by India’s sugar and ethanol production sectors, which are projected to fall short of domestic consumption for the third consecutive year due to the impact of El Niño weather patterns. Weak monsoons, declining sugarcane yields, and shifting farmer preferences toward alternative crops have exacerbated the situation, creating a significant threat to the industry’s stability. For the upcoming 2026-27 sugar season, experts predict that India’s total sugarcane production (excluding ethanol) will remain around 280-285 lakh metric tons, falling short of the annual domestic consumption of 285-290 lakh metric tons. This marks a continuation of a trend that began in the previous two years, driven by persistent challenges in sugarcane cultivation. The government has already imposed export restrictions, banning sugar exports until September 30, 2026, to address the shortfall. However, the decision to allow limited exports in November 2025 and February 2026 has raised concerns about the reliability of production forecasts. The article highlights that the 2025-26 sugar season ended with a sugar stock of 35 lakh metric tons, the lowest in a decade, equivalent to just over half a month’s consumption. This has created a precarious situation for the industry, as sugar mills face difficulties in securing adequate sugarcane supply. In Uttar Pradesh, the largest sugarcane-producing state, farmers are grappling with declining yields, rising costs, and the prevalence of diseases like red rot. Despite government efforts to provide disease-resistant crop varieties, the lack of investment in research and development has left farmers struggling.#india #uttar_pradesh #el_nio #sugarcane #ethanol

E20 Petrol: Monsoon Threats Force India to Explore Rice-Based Ethanol Alternative The Indian government faces growing challenges in meeting its E20 ethanol blending target, as weak monsoon conditions and the El Niño phenomenon threaten sugarcane and maize production. These crops, which form the backbone of ethanol supply, are now at risk of reduced yields, potentially disrupting the nation’s plan to blend 20% ethanol into petrol by 2026. With the monsoon season showing signs of weakness, officials are now considering rice as a viable alternative to sustain the ethanol production required for the E20 initiative. The shift to rice-based ethanol comes amid concerns that sugarcane and maize harvests could falter due to inadequate rainfall. Sugarcane, which requires abundant water, and maize, which is highly dependent on timely monsoon rains, are both vulnerable to climate disruptions. If production declines, the supply chain for ethanol could face significant strain, jeopardizing the government’s goal to reduce reliance on imported crude oil. This, in turn, could impact India’s foreign exchange reserves and its efforts to curb carbon emissions through cleaner fuel options. The E20 target is not merely an energy policy but a cornerstone of India’s broader economic and environmental strategy. By blending ethanol into petrol, the government aims to cut oil imports, conserve foreign exchange, and reduce greenhouse gas emissions. Additionally, ethanol production provides farmers with an additional income stream, bolstering rural economies. However, the current climate uncertainties have forced policymakers to rethink their approach, prioritizing alternative feedstocks like rice to ensure the program’s continuity. Rice, which is more resilient to weather fluctuations, offers a stable supply of raw material for ethanol production.#india #el_nio #monsoon #e20 #rice

NOAA Declares El Niño Event, Warns of Potential for Strong Winter Impact in Northern California NOAA scientists have officially confirmed that an El Niño event is underway in the eastern tropical Pacific Ocean, with forecasts indicating the possibility of it becoming one of the strongest on record this winter. The agency suggests that the event could reach "very strong" intensity by the fall or early winter, though it emphasizes that outcomes remain uncertain. While a strong El Niño typically increases the likelihood of a wetter winter for California, it does not guarantee such conditions, as historical data shows mixed results. El Niño is a recurring climate pattern characterized by warmer-than-normal ocean temperatures in the central and eastern tropical Pacific, which disrupts typical atmospheric circulation. This shift weakens tropical trade winds and alters the formation of thunderstorms, influencing weather patterns across North America. For Northern California, the effects are most pronounced during late fall and winter. NOAA classifies El Niño events based on temperature anomalies in the Niño 3.4 region, with "very strong" events defined as anomalies exceeding 2 degrees Celsius. Current conditions suggest the event is already "weak," with temperatures averaging 0.7 degrees above normal, but models predict it could strengthen significantly over the next several months. Historical records provide insight into how strong El Niño events have impacted Northern California. The most intense event since 1950 occurred during the 1982-1983 water year, followed by the 1997-1998 and 2015-2016 events. These periods saw record rainfall in many areas, with cities like Sacramento, Stockton, and Modesto experiencing rainfall nearly double their averages.#el_nio #noaa #northern_california #nio_3_4 #arctic_oscillation

NOAA Predicts Strong El Niño Could Intensify into 'Super' Event with Global Weather Impacts The National Oceanic and Atmospheric Administration (NOAA) has confirmed that El Niño has officially begun and is expected to strengthen into a very strong or "Super" El Niño event, which could trigger significant shifts in global weather patterns and further elevate global temperatures. According to a report released Thursday, NOAA’s Climate Prediction Center has assigned a 63% probability that this El Niño will develop into one of the largest on record since 1950. The agency also forecasts a 100% chance of the phenomenon persisting through the fall and extremely high odds of it continuing into the winter. El Niño is a recurring climate pattern characterized by the warming of ocean surface temperatures in the central and eastern tropical Pacific, driven by shifts in wind patterns. These changes disrupt atmospheric circulation, leading to widespread weather anomalies. The current event is marked by unusually hot water masses moving from the western Pacific to the eastern Pacific, traveling deep beneath the surface before rising toward the surface near South America. This dynamic mirrors past intense El Niño episodes, such as those in 1982-83, 1997-98, and 2015-16. To qualify as a "Super" El Niño, the tropical Pacific must exceed 2 degrees Celsius above average temperatures. Computer models suggest this threshold will be surpassed, though the exact magnitude remains uncertain. The phenomenon’s strength is amplified by the fact that it occurs amid a backdrop of already elevated global temperatures due to human-induced climate change. This combination could intensify the effects of El Niño, potentially leading to more extreme weather events.#el_nio #climate_prediction_center #noaa #tropical_pacific #global_weather_patterns

First El Niño Impacts Now Detected in the June Weather Forecast for the United States and Canada The 2026 North American summer season is entering a critical transition phase as a strong El Niño event begins to show its influence. Recent data confirms that the phenomenon, characterized by warm ocean temperatures in the equatorial Pacific, is already altering atmospheric pressure and temperature patterns across the United States and Canada. Scientists are now observing the first detectable changes in weather systems, signaling the start of a significant climatic shift. The article highlights that the El Niño event is progressing rapidly, with early signs of its impact already visible in June. Ocean temperature anomalies, driven by westerly wind bursts that push warmer subsurface waters toward the surface, are creating a distinct warm signal in the tropical Pacific. These changes are reflected in models like the NCEP CFSv2, which predict a strong El Niño exceeding the threshold of a "Super El Niño" event, marked by anomalies of +2 or higher. The development mirrors historical records of the strongest El Niño events, suggesting this year could rival or surpass past extremes. The atmospheric response to the oceanic changes is also evident. The ECMWF forecast for June shows a clear El Niño circulation pattern, with rising air over the Pacific and sinking air over the Indian Ocean. This shift in atmospheric motion, known as the Walker Cell, is a hallmark of El Niño and indicates that June will mark the first month of weather patterns transitioning into El Niño mode. The jet stream is expected to amplify over the Pacific, leading to distinct pressure anomalies. Low-pressure systems are anticipated over eastern Canada, the eastern United States, and the southern U.S., while high-pressure ridges will form over the northern U.S.#el_nio #ncep_cfsv2 #ecmwf #walker_cell #atlantic_canada

NOAA Predicts Below-Average 2026 Atlantic Hurricane Season The National Oceanic and Atmospheric Administration (NOAA) has released its official forecast for the 2026 Atlantic hurricane season, predicting a below-average year with 8 to 14 named storms, 3 to 6 hurricanes, and 1 to 3 major (Category 3+) hurricanes. This outlook, announced on Thursday, highlights the expected influence of a developing El Niño climate pattern, which is anticipated to suppress tropical development in the Atlantic Ocean. The agency’s forecast aligns with an earlier prediction from Colorado State University (CSU), which also projected a reduced hurricane season due to the dominance of El Niño. NOAA’s analysis emphasizes that the developing El Niño, a phase of the El Niño-Southern Oscillation (ENSO) climate cycle, will likely overcome the effects of above-average ocean temperatures in the Atlantic. These temperatures, which typically fuel hurricane formation, are expected to be counteracted by the cooling influence of El Niño. The agency notes that while El Niño is projected to significantly reduce the likelihood of major storms forming in the open Atlantic, it may still allow for "homegrown" tropical systems to develop in the northern Gulf of Mexico and along the Southeast U.S. coast. These systems, though generally weaker and shorter-lived, could pose localized risks earlier in the season. The forecast contrasts sharply with the average Atlantic hurricane season, which typically produces 14 named storms, including 7 hurricanes and 3 major hurricanes. NOAA’s prediction of 8-14 named storms and 3-6 hurricanes represents a notable decline from historical norms. The agency also warned that the timing of El Niño’s formation will play a critical role in determining how much of the hurricane season is suppressed.#el_nio #colorado_state_university #noaa #atlantic_hurricane_season #fox_forecast_center

IMD Confirms Monsoon to Arrive in Kerala on May 26, 2026, but El Niño Poses Concerns The India Meteorological Department (IMD) has confirmed that the southwest monsoon will reach Kerala on May 26, 2026, which is five days earlier than the usual start date of June 1. This development has sparked hope among millions of people across the country, especially as the nation continues to grapple with extreme heatwaves, with temperatures in northern India nearing 45°C. The IMD’s official forecast highlights that favorable conditions in the Andaman-Nicobar and Arabian Sea regions are contributing to this early arrival. However, the report also underscores a significant concern: the potential impact of El Niño, a climate phenomenon linked to warming in the Pacific Ocean, which could disrupt the monsoon’s performance later in the season. While the early arrival of the monsoon is seen as a positive sign, experts caution that the overall rainfall distribution during the season remains uncertain. The IMD’s model predicts a ±4-day margin of error, meaning the monsoon could arrive as early as May 22 or as late as May 30. This variability raises questions about whether the initial strong start will translate into consistent rainfall throughout the season. The department’s analysis suggests that while the monsoon’s initial phase may be robust, global factors such as El Niño could weaken its intensity or alter its pattern, leading to uneven rainfall distribution. The report also highlights the role of the Arabian Sea in shaping the monsoon’s trajectory. Increased cloud activity, stronger sea winds, and higher moisture levels in the region are cited as key factors contributing to the early onset. However, the same conditions could also lead to heightened cyclonic activity, which might destabilize the monsoon’s pattern.#kerala #india_meteorological_department #imdad #el_nio #arabian_sea

Gujarat Monsoon Outlook: El Niño Impact and Agricultural Concerns The weather conditions in Gujarat have shifted dramatically, with some regions experiencing heatwave-like conditions that have disrupted daily life and affected farmers. Reports indicate that the monsoon season, which is critical for agriculture in the state, faces potential challenges due to the possibility of an El Niño event. Experts are closely monitoring the situation to assess how this climatic phenomenon could influence rainfall patterns and its broader implications for the region. The current weather changes have already caused significant disruptions. In several districts, the unusually high temperatures have led to concerns about water scarcity and crop damage. Farmers are reporting losses due to the erratic weather, which has made it difficult to plan for the planting and harvesting seasons. The situation has raised questions about the reliability of the monsoon, which is a vital source of water for both agricultural and domestic use in Gujarat. A recent video analysis by Dipak Chudasama, a weather expert, delves into the potential impact of El Niño on the monsoon. The video explores whether the upcoming monsoon season will be heavier than usual, the likelihood of an El Niño event occurring, and the reasons behind its negative effects on rainfall. El Niño, a climate pattern characterized by warmer-than-average sea surface temperatures in the central and eastern Pacific Ocean, is known to disrupt global weather systems. In Gujarat, this could lead to reduced rainfall, prolonged dry spells, and increased temperatures, all of which pose risks to agricultural productivity. The video also highlights the uncertainty surrounding the monsoon's timing and intensity.#agriculture #gujarat #el_nio #monsoon #dipak_chudasama

Here’s Your April To June Outlook As spring begins, weather forecasts predict above-average temperatures across the Southwest, Rockies, and Plains through June, according to The Weather Company and Atmospheric G2. In contrast, New England is expected to remain near or slightly below average for April, June, and July. Cooler conditions may also affect the East and Great Lakes regions during this period. The polar vortex is anticipated to stay weaker in April following a sudden stratospheric warming event in March. This phenomenon is likely to allow cool air to persist in the Eastern U.S., while keeping the Western regions warmer. Current forecasts suggest a higher probability of cooler temperatures in April, particularly near Canada and in the Northeast, compared to a warmer scenario. El Niño, a climate pattern characterized by warmer-than-average sea surface temperatures in the central and eastern tropical Pacific, could influence weather later in the summer. However, signals for El Niño are still uncertain by June. Historically, if El Niño develops, the Plains region tends to experience warmer temperatures during the summer months. The connection between El Niño and summer weather is less pronounced than during cooler seasons. The forecast highlights the variability in regional climate patterns during the spring and early summer, with distinct temperature trends shaping different parts of the country. Meteorologists emphasize the importance of monitoring these shifts, as they can impact everything from daily activities to long-term planning.#el_nio #the_weather_company #atmospheric_g2 #polar_vortex #central_tropical_pacific

The first summer thunderstorm is expected to hit North Tamil Nadu and Odisha on March 19 or 20, according to weather forecasts. Meteorological experts have highlighted that this rainfall could provide temporary relief to regions experiencing extreme heat. The storm is anticipated to bring much-needed rain, which may help reduce the intensity of the ongoing heatwave. The Indian Meteorological Department (IMD) noted that El Niño events typically lead to reduced rainfall during the summer months. However, the current monsoon-like activity is considered beneficial, as it could mitigate the effects of rising temperatures. Officials emphasized that while the rainfall may not fully counteract the heat, it could offer some respite to communities affected by the prolonged dry spell. Further updates are expected as the weather system develops, with official advisories likely to be released in the coming days. Residents are advised to stay prepared for potential weather changes and to take precautions against the heat until the storm passes.#odisha #el_nio #heatwave #indian_meteorological_department #north_tamil_nadu

El Niño 2026 Warning: Why experts fear weak monsoon and extreme heat could hit India this year Global weather agencies, including the National Oceanic and Atmospheric Administration (NOAA), are growing more confident that El Niño conditions could develop later this year, potentially disrupting India’s monsoon rainfall. Scientists warn that the phenomenon could lead to weaker monsoon rains and higher temperatures, urging early preparation despite uncertain forecasts. The next two months are critical for clearer signals about the developing weather pattern. According to the Climate Prediction Center (CPC) under NOAA, the likelihood of El Niño forming between June and August has risen to 62%, with projections suggesting it could climb to over 80% in the following months. This marks a significant increase from the agency’s earlier forecast in February, which estimated a 52% chance of El Niño occurring between July and September, with a projected rise to around 60% later. The updated outlook indicates that the Pacific Ocean is gradually warming, a typical sign of El Niño’s onset. El Niño, characterized by the warming of surface waters in the central and eastern equatorial Pacific, disrupts global wind patterns and influences weather systems worldwide. In India, the phenomenon has historically been linked to below-average monsoon rainfall. Since 1980, 14 El Niño years have occurred, with nine of them coinciding with deficient monsoons—rainfall at least 10% below the long-term average. For example, in 2018, monsoon rainfall was 9.4% below normal. Veteran meteorologist M Rajeevan, a former secretary in India’s Ministry of Earth Sciences, emphasized the strong historical connection between El Niño and weaker monsoons, urging early preparations despite the uncertainty in forecasts.#india #el_nio #national_oceanic_and_atmospheric_administration #climate_prediction_center #indian_ocean_dipole

India Sends Rice Aid to Malawi to Combat Drought Caused by El Niño India has recently sent a consignment of one thousand metric tonnes of rice to Malawi to support the country’s efforts in addressing food security challenges. This aid comes in response to the ongoing drought, which has been exacerbated by the El Niño effect, leading to severe water shortages and crop failures. The shipment aims to alleviate the impact of the crisis on local communities and ensure access to essential food supplies. Malawi, a landlocked nation in southeastern Africa, is bordered by three countries: Mozambique to the east, south, and southwest; Tanzania to the north and northeast; and Zambia to the west. Its capital, Lilongwe, serves as the political and administrative center of the country. The nation’s geographical location places it along the East African Rift Valley, a region characterized by unique geological formations and natural resources. The country’s landscape is marked by diverse geographical features. It is home to several natural resources, including coal, lime, limestone, graphite, black granite, aquamarine, tourmaline, ruby, sapphire, bauxite, and marble. Among its notable natural landmarks is Likhubula Falls, a striking waterfall that highlights the region’s scenic beauty. The highest peak in Malawi is Sapitwa Peak, located in Mt. Mulanje near the Mozambique border. Two of the country’s most prominent plateaus are the Nyika Plateau and the Shire Highlands, which contribute to its varied topography. Major rivers flowing through Malawi include the Shire, Rukuru, Dwangwa, Lilongwe, and Bua, while the country’s largest lake, Lake Nyasa (known locally as Lake Malawi), covers more than one-fifth of the nation’s total area. This lake plays a vital role in the country’s ecosystem and economy, supporting fisheries and transportation.#india #el_nio #malawi #lilongwe #lake_nyasa

Heat Wave: March's Heatwave, Temperatures to Reach 39 Degrees Today and Tomorrow The Meteorological Department has issued a warning that temperatures in the region will rise to 39 degrees Celsius today and tomorrow, March 9th and 10th. This marks an early and intense arrival of the summer heat, with residents experiencing conditions typically associated with May. The department’s forecast indicates a significant increase in temperatures, prompting residents of Sambhajinagar to prepare for a period of extreme heat. The heatwave has arrived earlier than expected, with temperatures climbing steadily since the start of March. Daily averages have risen by one degree Celsius each day, and the city’s maximum temperature has stabilized around 38 degrees Celsius. The most intense heat occurs between 12 PM and 4 PM, leading to the formation of thick layers of dust on major roads. Additionally, the minimum temperature has also risen, with the mercury reaching 21.4 degrees Celsius, eliminating the usual nighttime coolness and creating a persistent sense of dry heat. Experts attribute the rapid temperature rise to the combined effects of the El Niño phenomenon and warm winds originating from the arid regions. These factors have contributed to the sudden and severe increase in temperatures. While there is a slight chance of partly cloudy skies on March 12th and 13th, which may cause a minor drop in temperatures, the overall trend of rising heat is expected to continue. Residents are advised to take precautions against heatstroke, including avoiding outdoor activities during peak hours, wearing protective clothing such as caps and scarves, and staying hydrated by drinking water, lemon juice, or buttermilk. If symptoms such as dizziness or nausea occur, immediate medical attention is recommended.#meteorological_department #sambhajinagar #el_nio #heatwave #march

WJCL's Hurricane Season Forecast: An Early Look at 2026 Hurricane season is a critical period for Coastal Georgia and the South Carolina Lowcountry, shaping the region’s weather patterns and posing significant risks. Over the past five Atlantic hurricane seasons, nine named storms have directly or indirectly impacted the area, including notable events like Elsa, Idalia, Debby, and the recent Hurricane Helene. While 2025 brought a relative calm with minimal tropical activity near the local coastline, other regions faced severe impacts, such as Hurricane Melissa, a record-breaking category 5 storm that devastated Jamaica in late October. As the 2026 hurricane season approaches, the WJCL 22 weather team has released an exclusive forecast, analyzing factors that could influence the season’s activity. The forecast considers sea surface temperatures, the influence of La Niña or El Niño in the Pacific Ocean, and historical patterns. According to NOAA, a La Niña event is fading in the Pacific as water temperatures warm, with models suggesting a 50-70% chance of a neutral state at the start of the season on June 1. A 50%+ chance of El Niño developing during peak hurricane season is also noted. El Niño typically suppresses tropical development, while La Niña tends to favor a more active season. However, the relationship between these phenomena and hurricane activity is not always consistent. Historical data from 1950 to the present reveals that transitions from weaker La Niña to neutral or El Niño conditions often result in tropical systems favoring the southwest Atlantic and the northern Caribbean to eastern Gulf regions. Despite this, the five analyzed seasons showed below-average activity in terms of named storms, hurricanes, and major hurricanes.#la_nia #el_nio #florida_panhandle #wjcl_22 #hurricane_season