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Heat tops Rockets in game marred by fight, ejections in final minuteCHARLOTTE, N.C. , Dec. 26, 2024 /PRNewswire/ -- Bank of America Corporation announced today that it will redeem all outstanding shares of its Fixed-to-Floating Rate Non-Cumulative Preferred Stock, Series MM (CUSIP No. 060505FR0), liquidation preference $25,000 per share (the "Preferred Stock"), and the corresponding depositary shares each representing a 1/25 th interest in a share of the Preferred Stock (CUSIP No. 060505FQ2) (the "Depositary Shares"). The Depositary Shares will be redeemed simultaneously with the Preferred Stock on the upcoming dividend payment date on January 28, 2025 (the "Redemption Date"), at a redemption price of $1,000 per depositary share. Declared dividends of $21.50 per depositary share in respect of the outstanding Depositary Shares for the full current semi-annual dividend period from, and including, July 28, 2024 to, but excluding, January 28, 2025 will be paid separately on January 28, 2025 , to holders of record on January 1, 2025 , in the customary manner. Accordingly, the redemption price of $1,000 per depositary share does not include any accrued and unpaid dividends. Dividends on the redeemed Depositary Shares will cease to accrue on the Redemption Date. The Depositary Shares are held through The Depository Trust Company ("DTC") and will be redeemed in accordance with the applicable procedures of DTC. Payment to DTC for the Depositary Shares will be made by Computershare Inc. and Computershare Trust Company, N.A., collectively, as redemption agent. The address for the redemption agent is as follows: Computershare Trust Company, N.A. Attn: Corporate Actions 150 Royall St. Canton, MA 02021 This press release does not constitute a notice of redemption under the certificate of designation governing the Preferred Stock or the deposit agreement governing the Depositary Shares. Bank of America Bank of America is one of the world's leading financial institutions, serving individual consumers, small and middle-market businesses and large corporations with a full range of banking, investing, asset management and other financial and risk management products and services. The company provides unmatched convenience in the United States , serving approximately 69 million consumer and small business clients with approximately 3,700 retail financial centers, approximately 15,000 ATMs (automated teller machines) and award-winning digital banking with approximately 58 million verified digital users. Bank of America is a global leader in wealth management, corporate and investment banking and trading across a broad range of asset classes, serving corporations, governments, institutions and individuals around the world. Bank of America offers industry-leading support to approximately 4 million small business households through a suite of innovative, easy-to-use online products and services. The company serves clients through operations across the United States , its territories and more than 35 countries. Bank of America Corporation stock (NYSE: BAC) is listed on the New York Stock Exchange. Forward-Looking Statements Certain information contained in this news release may constitute "forward-looking statements" within the meaning of the Private Securities Litigation Reform Act of 1995. These statements are not guarantees of future results or performance and involve certain risks, uncertainties and assumptions difficult to predict or beyond our control. You should not place undue reliance on any forward-looking statement and should consider the uncertainties and risks discussed under Item 1A. "Risk Factors" in our Annual Report on Form 10-K for the year ended December 31, 2023 , and in any of our subsequent Securities and Exchange Commission filings. Forward-looking statements speak only as of the date they are made, and we undertake no obligation to update any forward-looking statement to reflect the impact of circumstances or events that arise after the date the forward-looking statement was made. For more Bank of America news, including dividend announcements and other important information, visit the Bank of America newsroom and register for news email alerts . www.bankofamerica.com Investors May Contact: Lee McEntire , Bank of America Phone: 1.980.388.6780 lee.mcentire@bofa.com Jonathan G. Blum , Bank of America (Fixed Income) Phone: 1.212.449.3112 jonathan.blum@bofa.com Reporters May Contact: Jocelyn Seidenfeld , Bank of America Phone: 1.646.743.3356 jocelyn.seidenfeld@bofa.com View original content to download multimedia: https://www.prnewswire.com/news-releases/bank-of-america-announces-full-redemption-of-its-series-mm-preferred-stock-and-related-depositary-shares-302338391.html SOURCE Bank of America CorporationJimmy Carter: A brief bio

Echoes of Trump’s victory in Ireland’s general election?

ISRO to launch two satellites tonightStock market today: Indexes close mixed as traders hold out hope for a Santa Claus rally

ASTANA, Kazakhstan (AFP) — Azerbaijani and US officials believe a Russian surface-to-air missile caused the deadly crash of an Azerbaijani passenger jet, media reports and a US official said Thursday, as the Kremlin cautioned against “hypotheses” over the disaster. The Azerbaijan Airlines jet crashed near the Kazakh city of Aktau, an oil and gas hub, on Wednesday after going off course for undetermined reasons. Thirty-eight of the 67 people on board died. The Embraer 190 aircraft was supposed to fly northwest from the Azerbaijani capital Baku to the city of Grozny in Chechnya, southern Russia, but instead diverted far off course across the Caspian Sea. An investigation is underway, with pro-government Azerbaijani website Caliber citing unnamed officials as saying they believed a Russian missile fired from a Pantsir-S air defence system downed the plane. The claim was also reported by The New York Times, broadcaster Euronews and the Turkish news agency Anadolu. Some aviation and military experts said the plane might have been accidentally shot by Russian air defence systems because it was flying in an area where Ukrainian drone activity had been reported. A former expert at France’s BEA air accident investigation agency said there appeared to be “a lot of shrapnel” damage on the wreckage. Speaking on condition of anonymity, he said the damage was “reminiscent” of Malaysia Airlines flight MH17, which was downed with a surface-to-air missile by Russia-backed rebels over eastern Ukraine in 2014. Kremlin spokesman Dmitry Peskov told reporters: “It would be wrong to make any hypotheses before the investigation’s conclusions.” – Shrapnel strikes reported – Euronews cited Azerbaijani government sources as saying that “shrapnel hit the passengers and cabin crew as it exploded next to the aircraft mid-flight”. A US official, speaking on condition of anonymity, also said early indications suggested a Russian anti-aircraft system struck the plane. Kazakhstan news agency Kazinform cited a regional prosecutor as saying that two black-box flight recorders had been recovered. Azerbaijan Airlines initially said the plane flew through a flock of birds, before withdrawing the statement. Kazakh officials said 38 people had been killed and there were 29 survivors, including three children. Jalil Aliyev, the father of flight attendant Hokume Aliyeva, told AFP that this was supposed to have been her last flight before starting a job as a lawyer for the airline. “Why did her young life have to end so tragically?” the man said in a trembling voice before hanging up the phone. Eleven of the injured are in intensive care, the Kazakh health ministry said. – Day of mourning – Azerbaijani President Ilham Aliyev declared Thursday a day of mourning and cancelled a planned visit to Russia for an informal summit of the Commonwealth of Independent States (CIS), a grouping of former Soviet nations. “I extend my condolences to the families of those who lost their lives in the crash... and wish a speedy recovery to the injured,” Aliyev said in a social media post Wednesday. The Flight Radar website showed the plane deviating from its normal route, crossing the Caspian Sea and then circling over the area where it eventually crashed near Aktau, on the eastern shore of the sea. Kazakhstan said the plane was carrying 37 Azerbaijani passengers, six Kazakhs, three Kyrgyz and 16 Russians. – Bloodied survivors – A Kazakh woman told the local branch of Radio Free Europe/Radio Liberty (RFE/RL) she was near where the plane crashed and rushed to the site to help survivors. “They were covered in blood. They were crying. They were calling for help,” said the woman, who gave her name as Elmira. She said they saved some teenagers. “I’ll never forget their look, full of pain and despair,” said Elmira. “A girl pleaded: ‘Save my mother, my mother is back there’.” Russian President Vladimir Putin held a phone conversation with Aliyev and “expressed his condolences in connection with the crash”, Peskov told a news conference.

In this article, DANIEL ADAJI explores the integration of smart technologies in odour management, focusing on their features, benefits, and best practices for effective implementation in modern poultry farms Odour management remains a significant challenge in poultry farming. The unpleasant smells emanating from manure, feed, and ammonia not only affect the health of workers and nearby residents but also influence the productivity and well-being of the birds. Modern poultry operations require innovative solutions to maintain a healthy and sustainable environment. Smart gadgets are emerging as advanced tools for monitoring, mitigating, and eliminating odours, offering a transformative approach to odour control in poultry farming. By leveraging technology, poultry farmers can effectively address this age-old challenge, improving air quality and productivity while ensuring compliance with environmental standards. Challenges of odour control in poultry farms Odours in poultry farms are caused by a combination of biological, chemical, and environmental factors. Understanding these challenges is essential to implementing effective solutions. Common sources of odours Manure serves as a primary contributor to odours. It contains high levels of ammonia and other volatile compounds that emit strong smells if improperly managed. The decomposition of organic matter in manure releases gases such as methane and hydrogen sulphide, further exacerbating the problem. Feed storage and spillage cause additional odour problems. Spoilt or spilt feed ferments, creating unpleasant smells and attracting pests. Poor feed management can lead to significant losses and increased environmental pollution. Ventilation issues also contribute to odour accumulation. Inadequate airflow causes odour buildup, adversely affecting the air quality in poultry houses. Poor ventilation can also lead to respiratory problems for birds and workers. Wastewater management is another critical issue. Inefficient disposal of water used in cleaning facilities results in stagnant water and associated odours. Wastewater often contains high levels of organic matter, which decomposes to produce unpleasant smells. Traditional odour control methods, such as manual cleaning and basic ventilation systems, often fall short of addressing these challenges effectively. The introduction of smart gadgets provides a paradigm shift, enabling poultry farms to tackle odour issues more efficiently. Smart gadgets for odour management in poultry farms Several smart gadgets are now available to help poultry farmers control odours effectively. These devices leverage advanced technology, including sensors, automation, and data analytics, to optimise odour management processes. Smart ammonia detectors are essential for monitoring harmful gases. Ammonia, one of the most common and harmful gases found in poultry farms, can negatively impact bird health, reduce productivity, and contribute to odour issues. Devices like the Aeroqual Series or EcoSensors provide real-time monitoring of ammonia levels, offering instant alerts when thresholds are exceeded. They continuously monitor ammonia and other harmful gases, integrate with mobile apps for remote alerts, and track historical data for trend analysis. Smart ventilation systems play a crucial role in maintaining air quality and controlling odours. Advanced systems, such as those from Munters or SKOV, automatically optimise airflow based on odour levels and other environmental parameters. These systems adjust airflow automatically, integrate with temperature and humidity controls, and allow remote monitoring and control via dedicated apps. Smart odour neutralisers deploy air-purifying agents like enzymes, biofilters, or activated carbon to mitigate odours effectively. Devices like the PureAiro Smart Ozone Generator are programmable and adjustable to suit specific farm needs. They come with programmable release schedules, adjustable intensity based on farm size and odour concentration, and low energy consumption for cost-effectiveness. IoT-enabled waste management systems enhance efficiency by automating manure and wastewater disposal processes. These systems include smart scrapers, separators, and composters, ensuring timely removal and treatment of waste. They feature automated manure removal systems, IoT sensors for monitoring waste levels, and integration with composting or biogas production units. Smart air quality monitors, such as the Awair Omni or uHoo, provide comprehensive assessments of air quality. These gadgets measure ammonia, methane, temperature, and humidity, helping to identify odour sources and monitor the overall environment. They offer real-time analysis of multiple parameters, integrate with ventilation and neutralisation systems, and use predictive analytics for proactive odour management. Smart feeding systems ensure precise feed distribution, minimising waste and associated smells. Systems like those by Big Dutchman deliver accurate feed tailored to bird size and growth stage, offer remote monitoring and adjustments, and reduce spoiled feed and resultant odours. Integrating smart gadgets for effective odour control Implementing smart gadgets in poultry farms requires a strategic and integrated approach to maximise their effectiveness. Data-driven decision-making is critical. Data collected by smart gadgets enables farm managers to identify trends and problem areas. For instance, consistent high ammonia readings may indicate inadequate ventilation or suboptimal manure management. Automation and synchronisation ensure seamless operations. Ammonia detectors can activate ventilation systems to address high gas levels. Similarly, air quality monitors can trigger odour neutralisers when certain thresholds are reached. Remote monitoring and alerts provide real-time updates via mobile apps, allowing farm managers to respond promptly to any issues, even from remote locations. Best practices for using smart gadgets in poultry farms As the poultry farming industry continues to embrace technological advancements, smart gadgets are increasingly becoming indispensable tools for improving efficiency and environmental management. To achieve optimal results and ensure the sustainability of operations, poultry farmers should adopt the following best practices: Related News TECNO unveils AI-powered gadgets How to protect your gadgets from power surge Strix promotes access to gadgets Strategic placement of smart gadgets Proper placement of smart gadgets is crucial for their effectiveness. Devices should be installed in areas where odour generation is most prevalent, such as near manure storage, feeding areas, and water stations. For instance, smart odour sensors placed at manure storage points can monitor ammonia levels in real time, while those installed around feeding areas can detect spoilage or waste buildup that may contribute to unpleasant smells. By placing these gadgets strategically, farmers can ensure timely detection and mitigation of potential hazards, improving the overall farm environment. Regular maintenance Maintenance is a non-negotiable aspect of ensuring that smart gadgets function optimally. Poultry farms are environments with high levels of dust, moisture, and organic materials, which can affect the accuracy and efficiency of devices. Farmers should establish a regular schedule for cleaning, inspecting, and calibrating these gadgets. For example, ammonia sensors should be cleaned and recalibrated periodically to maintain their accuracy. Similarly, smart feeders and water dispensers require regular checks to ensure they deliver the correct amounts without clogging or malfunctions. Proper maintenance extends the lifespan of gadgets and reduces the likelihood of unexpected breakdowns. Training farm workers Technology is only as effective as the people using it. Training farm workers on how to operate smart gadgets and interpret the data they generate is vital. Employees should understand how to respond to alerts, troubleshoot minor issues, and implement the recommended actions. For example, if a smart sensor detects high ammonia levels, trained staff should know how to adjust ventilation or remove manure promptly. Training fosters a sense of ownership and collaboration among workers, ensuring that technology integration becomes a seamless part of daily operations. Adopting a hybrid approach While smart technologies are revolutionary, they work best when combined with traditional farming methods. A hybrid approach that integrates technology with proven techniques like deep litter systems, composting, and natural ventilation creates a comprehensive strategy for odour control and farm management. For instance, using smart ventilation systems alongside natural airflow strategies can significantly enhance air quality in poultry houses. This approach not only optimises the benefits of technology but also ensures that traditional methods remain relevant and effective. Data utilisation for continuous improvement Smart gadgets generate valuable data that can guide decision-making. Farmers should analyse trends and patterns from collected data to identify areas for improvement. For example, data from temperature and humidity sensors can help fine-tune environmental conditions, ensuring better bird health and productivity. By adopting these best practices, poultry farmers can maximise the benefits of smart gadgets while promoting sustainability, productivity, and environmental stewardship on their farms. As technology continues to evolve, integrating these innovations with traditional practices will be key to the future of poultry farming. Benefits of smart gadgets for odour control The adoption of smart gadgets offers numerous benefits. Improved air quality ensures a healthier environment for workers and birds, reducing respiratory issues and stress. Enhanced productivity results from better air quality, translating to healthier birds, improved growth rates, and higher egg production. Environmental compliance helps farms meet regulatory standards, avoiding fines and enhancing sustainability. Cost efficiency arises from automation, which reduces labour costs and optimises resource usage, contributing to better profitability. Challenges and solutions While smart gadgets offer significant advantages, some challenges must be addressed. High initial investment can be mitigated by beginning with essential gadgets like ammonia detectors and expanding gradually as resources allow. Technical complexity requires investing in user-friendly devices and providing thorough training for farm staff. Connectivity issues can be resolved by using gadgets with offline functionality or investing in reliable internet coverage across the farm. Future trends in smart odour control As technology evolves, new trends are shaping the future of odour control in poultry farming. AI-driven odour management will optimise gadget performance by predicting odour patterns based on historical data and environmental conditions. Renewable energy integration, such as solar-powered odour control systems, will enhance sustainability while reducing energy costs. Regulatory compliance automation will simplify audits and documentation processes through real-time compliance reports generated by future gadgets. Smart gadgets represent a game-changing approach to odour control in poultry farms. By leveraging real-time monitoring, automation, and advanced mitigation technologies, poultry farmers can create healthier environments for their birds and workers while ensuring regulatory compliance and sustainability. As technology continues to evolve, integrating these innovations will become an essential aspect of modern poultry farming, addressing the challenges of odour control and setting new standards for efficiency and environmental stewardship.

By Dan Scifo Associated Press PITTSBURGH — Sidney Crosby broke Mario Lemieux’s Pittsburgh franchise career record for assists on Michael Bunting’s power-play goal and the Penguins beat the New York Islanders 3-2 on Sunday night. Crosby has 1,034 assists, good for 12th in NHL history. Only three players — Ray Bourque, Wayne Gretzky and Steve Yzerman — have more assists with a single team. The 37-year-old Crosby has played 1,310-regular-season games. Lemieux played 915. Philip Tomasino added the deciding power-play goal in the third for Pittsburgh, which has 14 goals with the man advantage in its last 13 games. Anthony Beauvillier also scored to help the Penguins win for the seventh time in their last eight home games. Alex Nedeljkovic made 29 saves in his first start since Dec. 17. Kris Letang missed the game because of a lower-body injury, and defenseman Nathan Clurman made his NHL debut. Anders Lee scored two third-period goals for the Islanders, who fell behind 3-0 before their rally fell short. Marcus Hogberg stopped 38 shots during his first start since April 28, 2021. Takeaways Islanders: Have lost five of their last eight games after splitting the back-to-back, home-and-home series with Pittsburgh. Penguins: Rebounded from a 6-3 road loss against the Islanders 24 hours ago. Pittsburgh has won 10 of 15 after losing eight of its previous 10 games. Key moment Crosby was behind the net when he sent a backhand feed to Bunting, who buried his seventh power-play goal behind Hogberg at 1:36 of the second period, giving the Penguins a 2-0 lead. Up next Both teams play again Tuesday. Pittsburgh visits Detroit, while the Islanders begin a home-and-home series at Toronto.Israel launches new strikes on Lebanon as leaders draw closer to ceasefire with Hezbollah