Heavy rains have caused millions of dollars in damage to agriculture across Chile, with avocados and citrus crops being among the hardest hit. The extreme weather event has triggered maximum alerts from the Chilean Meteorological Directorate (DMC) stretching from the Atacama Region to the Los Lagos Region. Intense rainfall has led to widespread power outages, preventive evacuations, infrastructure damage, and fatalities. The agricultural sector has suffered significant losses, with Rodrigo Gil, manager of the Agricultural Fields area at Colliers, estimating total damages exceeding $200 million. If the front system maintains its strength, particularly with heavy rains expected between Monday and Tuesday, current damages could easily double. Southern regions, especially the Biobío area, have experienced the highest proportion of damage due to the largest planting surface. Northern areas, including Huasco, Alto del Carmen, and Illapel, faced exacerbated impacts due to inadequate preparation for such rains. Flash floods from activated streams and sudden river rises submerged fields. In Illapel, strong winds blew off barn roofs, ruining stored feed and leaving goats without their essential sustenance, according to Gil. In the central zone, spanning from Coquimbo to the O'Higgins Region, the main threat was wind rather than water. Strong air currents caused a "brutal drop" of fruit directly from trees, severely impacting economically significant crops like avocados. The climate phenomenon left severe damage to agricultural infrastructure, with Gil highlighting serious damage to irrigation systems, particularly electrical installations near rivers, and the widespread destruction of greenhouse plastics unable to withstand the intensity of the winds. President of the National Society of Agriculture (SNA), Antonio Walker, noted the greatest damage occurred in rural communes of Coquimbo and Valparaíso, including sectors like La Ligua, Cabildo, and Petorca. He confirmed severe problems with irrigation equipment, sheds, and dams that were overwhelmed by extreme water concentrations not designed for such conditions. The event has heavily impacted small-scale family farming, especially in the Ñuble region, which he described as the "most complicated" aspect of the weather front. Walker warned that while the current front mainly affects infrastructure and winter harvests, highlighting citrus and avocados, the real threat to fruit exports comes in the next few months. Citrus crops are particularly vulnerable during the "pinta" stage, when fruits begin to take color and accumulate sugar. Rainfall during this period can cause delicate fruits like cherries, nectarines, peaches, plums, and table grapes to split entirely, ruining the entire harvest. Despite the severity of the weather front, Víctor Catán, president of Fedefruta, stated there are no major damages among his more than 4,000 associates, emphasizing the resilience and preparedness of the agricultural community. According to the latest report from Senapred, despite the intensity of the rains and winds, there have been four deaths and one missing person, 21 destroyed homes, 544 with major damage, and 1,652 affected individuals, demonstrating the country's resilience and preparedness. The situation highlights Chile's vulnerability to climate risks, as outlined by the United Nations Framework Convention on Climate Change, noting that Chile is among the countries most exposed to mega-droughts and atmospheric rivers like the one currently affecting the nation. In the Metropolitan Region, 101.5 mm of rain fell over 48 hours, the second-highest record for July since 1914. Low temperatures helped maintain the 0°C isotherm at low altitude, accumulating snow in the pre-cordillera, preventing flash floods and ensuring the supply of drinking water. It is expected that temperatures will remain low and avoid rain on snow in the coming days, allowing flood control works like the Macul stream and flood parks such as Víctor Jara in the Zanjón de la Aguada and La Hondonada in Pudahuel to function within their design capacities, confirming that green and blue infrastructure is more efficient against concentrated precipitation than traditional closed channel solutions, protecting lower city areas. In some regions, the situation has been more critical, yet they have shown readiness for such events. Special mention goes to the resilience of Mayor Rodrigo Vera and residents of Penco, who, amid the reconstruction process following the January mega-fire, faced a "climate tsunami" in Cerro Verde Bajo and Lirquén with waves up to 10 meters and 1 meter of sand accumulation on streets and homes. Wind speeds ranging from 75 to 100 km/h in certain cities posed challenges for electricity distribution companies, despite preventive measures like pruning hooks, making it impossible to predict the thousands of fallen trees whose roots lose support as the soil becomes saturated. Until legislation allows for the mass adoption of smart digital meters, crews will need to visually inspect power lines to detect and repair faults, losing crucial hours for communities and those dependent on electricity. The system frontal affecting the Coquimbo Region has already recorded up to 214 mm of rain, with La Serena surpassing the annual average by 38%. According to Elio Brufort from the DMC, the station in La Florida has recorded 59.8 mm of rain, while Ovalle has accumulated 122.6 mm. The highest readings reported by the DMC are from the Cerro Tololo station, where 214.2 mm of rain has been recorded. Other stations include Vicuña with 89.4 mm, Monte Patria with 137.5 mm, and Salamanca with 197 mm. For La Florida, the usual annual rainfall is 51.2 mm, but so far this year, 70.8 mm has been recorded, representing a 38.3% surplus. Precipitations are expected to continue in the Coquimbo Region until Tuesday night, with new amounts projected for Monday and Tuesday.
3 reports
La TerceraIndependent🔒CenterFactual 95Objective 85yesterday Front system in Coquimbo region leaves up to 214 mm of rain: Serena exceeds the annual average by 38%A weather system affecting the Coquimbo Region in Chile has caused significant rainfall, with some areas recording up to 214 mm. According to data from the Chilean Meteorological Service (DMC), La Florida recorded 59.8 mm, while Cerro Tololo had the highest accumulation at 214.2 mm. The rainfall in La Florida has exceeded the annual average by 38.3%, surpassing the typical 51.2 mm for the region. The DMC forecasts continued precipitation through Tuesday night, with snow expected in mountainous areas.
Bias read (Center): The article presents factual meteorological data without political commentary or ideological framing. It focuses solely on weather patterns and does not engage with political issues, policies, or debates.
Why factuality (95): This article presents precise meteorological data including rainfall measurements at various locations and compares them to annual averages. It cites official sources like the Dirección Meteorológica de Chile and provides specific numbers, making it highly factual and reliable. The information align
Why objectivity (85): The article remains neutral in tone, focusing on reporting the data without apparent bias. It includes quotes from officials and provides clear, objective descriptions of the weather patterns without injecting personal opinion or emotional language.
La TerceraIndependent🔒CenterFactual 85Objective 7014 hr. ago Rains cause millions in damage to agriculture: avocados and citrus would be the most affectedIntense rainfall across several regions of Chile has caused significant damage to agriculture, particularly affecting avocado and citrus crops. The extreme weather event has led to power outages, infrastructure damage, evacuations, and fatalities. According to Rodrigo Gil of Colliers, agricultural losses exceed $200 million, with potential doubling if heavy rains continue. Southern areas like Biobío suffered the most due to large-scale farming, while northern regions faced compounded issues from inadequate preparation. In central regions, strong winds caused severe damage to avocado crops by knocking fruit directly from trees. Infrastructure such as irrigation systems and greenhouses was also heavily impacted. Antonio Walker of the National Society of Agriculture highlighted the hardest-hit rural communities in Coquimbo and Valparaíso, noting the challenges faced by small-scale farmers in Ñuble.
Bias read (Center): The article provides a factual account of the damage caused by extreme weather events to Chile’s agricultural sector, citing specific figures and quotes from industry experts. It does not exhibit overt bias, framing, or ideological slant. The focus is on the economic and environmental impacts rather
Why factuality (85): The article provides detailed information about the impact of extreme weather on agriculture, citing specific figures like $200 million in damages and mentioning affected regions such as Biobío and Illapel. It references statements from Rodrigo Gil, but does not provide independent verification of t
Why objectivity (70): The tone is somewhat alarmist, emphasizing the scale of damage and potential doubling of losses. While informative, it uses emotionally charged language like 'millonarios daños' and focuses more on the negative outcomes rather than presenting a balanced view of the situation.
La TerceraIndependent🔒CenterFactual 80Objective 65yesterday From the eye of the stormOn July 19, 2026, journalist Pablo Allard writes from the central coast of Chile, reflecting on the aftermath of severe storms that hit the country. The article describes the efforts of citizens and authorities to deal with flooding, fallen trees, power outages, and damaged infrastructure. According to the National Emergency Secretariat (Senapred), four people have died and one remains missing, with over 2,000 homes affected. The article highlights the impact of extreme rainfall, noting that the Metropolitan Region received 101.5 mm of rain in 48 hours—the second-highest recorded for July since 1914. It credits low temperatures for preventing more severe flooding by allowing snow accumulation in mountainous areas. The piece also discusses the effectiveness of green and blue infrastructure, such as flood channels and parks, in managing heavy rains compared to traditional drainage systems. In some regions, like Penco, communities faced additional challenges during recovery from a previous wildfire while dealing with storm surges and coastal flooding. Finally, the article notes the difficulties faced by utility workers due to high winds, which caused widespread tree damage and power中断
Bias read (Center): The article provides a factual account of the natural disaster and its impacts, citing official reports and technical explanations without overtly favoring any political stance. While it mentions infrastructure solutions and resilience efforts, there is no clear ideological framing or biased wording
Why factuality (80): The article contains some factual elements like the number of casualties and damaged homes, but also includes subjective statements such as 'lamentables pérdidas' and references to climate change agreements. While it mentions infrastructure performance, it lacks independent verification of claims ab
Why objectivity (65): The tone is more reflective and emotional, using phrases like 'lamentables pérdidas' and expressing concern over climate change. There is a noticeable emphasis on the human toll and environmental implications, which may reflect the author's perspective rather than maintaining strict neutrality.
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