November 2025 - Avo-usgs - list.avo.alaska.edu

A Practical Guide to Choosing the Right Cement Mixer Truck
by mynaturalhairextensionsnyk＠gmail.com 26 Nov '25

26 Nov '25

Introduction A Cement Mixer Truck is an essential piece of equipment for construction companies that require consistent, high-quality concrete for structural work. Its design allows concrete to stay properly mixed during transportation, ensuring that builders receive workable material exactly when and where it’s needed. As building projects become more complex, the demand for efficient mixer trucks continues to increase. Website: https://cementmixertruck.com/ Understanding How a Cement Mixer Truck Works The core function of a Cement Mixer Truck is to keep cement, aggregates, and water rotating in a controlled environment until reaching the job site. The drum’s spiral blades guide the mixture in a continuous loop, preventing hardening and preserving uniform consistency. This capability ensures that concrete maintains optimum slump and strength before pouring. Modern trucks include hydraulic systems that regulate drum speed, allowing operators to adjust mixing intensity based on the project’s requirements. These systems help maintain quality even during long-distance transportation. Key Features to Look for in a Cement Mixer Truck Drum Design and Capacity in a Cement Mixer Truck The drum is the heart of the mixer. Larger capacities are ideal for major construction projects, while compact drums benefit smaller or urban job sites. A well-designed drum with durable, wear-resistant steel ensures long service life and reliable mixing cycles. Engine Power and Performance A strong engine helps the truck navigate heavy loads and varying terrains. High horsepower and torque provide smoother climbing abilities, better hauling efficiency, and stable drum operation during transit. Ease of Maintenance and Service Access Buyers should evaluate how easy it is to access key components such as the hydraulic pump, water system, and lubrication points. Simplified maintenance reduces downtime, lowers repair expenses, and extends the truck’s lifespan. Where a Cement Mixer Truck Is Commonly Used Residential and Commercial Building Projects From foundations to beams, concrete must meet strict structural standards. A Cement Mixer Truck ensures builders receive a fresh, workable mixture suitable for each type of application. Large Infrastructure Developments Projects like highways, tunnels, and bridges require massive concrete volumes delivered in consistent intervals. Mixer trucks play a critical role in supporting these high-demand environments. Remote Construction Sites In areas with limited access to batching plants, a Cement Mixer Truck guarantees continuous supply, allowing construction teams to progress without interruption. Tips for Selecting the Best Cement Mixer Truck Evaluate Your Project Requirements Construction companies should determine the volume of concrete needed, travel distance, and frequency of delivery. These factors influence the ideal drum size, engine strength, and overall truck specification. Compare New Models and Used Options New trucks offer advanced technology, improved energy efficiency, and enhanced safety features. Meanwhile, used trucks provide significant savings and may still perform well if they’re regularly maintained. Inspect Essential Components Before making a purchase, inspect the drum interior, bearings, hydraulic system, water tank, tires, and electrical components. Checking service history and mileage also helps ensure long-term reliability. Advantages of Using a High-Quality Cement Mixer Truck A reliable mixer truck enhances productivity by reducing mixing time and ensuring the concrete arrives ready to pour. It minimizes the risk of segregation, improves consistency, and supports continuous workflow on busy job sites. Additionally, efficient fuel use and durable engineering contribute to long-term cost savings. Future Innovations in the Cement Mixer Truck Industry The construction industry is adopting digital monitoring systems that track drum rotation, load volume, and maintenance schedules in real time. Eco-friendly designs, including hybrid and electric mixer trucks, are also gaining attention for their reduced emissions and noise levels. These advancements aim to increase efficiency, improve safety, and support sustainable development. Conclusion A Cement Mixer Truck remains an indispensable asset for ensuring high-quality concrete mixing and delivery across residential, commercial, and industrial projects. Choosing the right model boosts productivity, enhances construction reliability, and supports long-term operational success.

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How to Choose the Best Concrete Mixer Truck For Sale
by mynaturalhairextensionsnyk＠gmail.com 26 Nov '25

26 Nov '25

Introduction A Concrete Mixer Truck For Sale plays a critical role in the construction supply chain, ensuring concrete is delivered fresh, consistent, and ready to pour. As project demands grow and performance expectations increase, selecting the right truck becomes essential for contractors looking to optimize efficiency, meet deadlines, and maintain high-quality concrete output. Website: https://concretemixertruckforsale.com/ Why a Concrete Mixer Truck For Sale Matters in Modern Construction A dependable mixer truck directly influences construction speed, concrete quality, and overall workflow. Whether for residential building, commercial infrastructure, or large-scale industrial projects, the equipment must deliver durability, mixing accuracy, and reliable transportation capability. Different projects have different requirements, making the buying decision especially important for construction companies, batching plants, and concrete suppliers. Key Features to Consider When Buying a Concrete Mixer Truck For Sale Drum Capacity and Mixing Performance When examining a Concrete Mixer Truck For Sale, drum capacity is one of the most influential factors. Larger drums handle more concrete, reducing the number of trips required on busy job sites. Additionally, modern spiral-blade designs ensure smoother mixing, stable rotation, and consistent concrete texture. Engine Strength and Fuel Efficiency Reliable engine performance ensures that the truck can navigate steep terrain, heavy loads, and long-haul routes. Buyers should assess horsepower, torque output, and fuel consumption, as these contribute to lower operational costs and better productivity over time. Chassis Durability and Build Quality A high-quality chassis provides stability and structural strength. Trucks built with reinforced steel frames lift heavy drum loads with ease, perform better on uneven roads, and last significantly longer under demanding construction conditions. Popular Uses for a Concrete Mixer Truck For Sale Supplying Concrete to Commercial Construction Sites Businesses involved in large concrete pours depend on mixer trucks to transport precise concrete batches for foundations, columns, and slabs. Consistent rotation during transit helps preserve workability and prevent premature hardening. Supporting Remote or Off-Road Construction Projects In remote areas, where batching plants are far away, a Concrete Mixer Truck For Sale ensures timely supply. These trucks are especially valuable for bridge works, mountain construction, and road expansions. Enhancing Productivity in Ready-Mix Concrete Operations Ready-mix suppliers rely heavily on efficient fleet management. A modern truck with high mixing capacity reduces waiting time, allowing more daily deliveries and improving business workflow. How to Evaluate the Best Concrete Mixer Truck For Sale New vs. Used Mixer Trucks Choosing between new and used equipment depends on budget, project scale, and long-term operational planning. New trucks offer advanced technology, lower maintenance needs, and improved safety. Used trucks provide significant cost savings and may still deliver excellent performance if properly inspected. Inspection Checklist Before Purchase Before committing to a Concrete Mixer Truck For Sale, buyers should examine: Drum condition and thickness Engine health and service history Hydraulic pump performance Tire wear and suspension Electrical and control systems A comprehensive mechanical evaluation ensures better reliability and minimizes future repair costs. Considering After-Sales Support and Spare Parts Strong manufacturer support, widely available parts, and responsive service centers make ownership easier. Brands with global networks usually offer faster maintenance and greater long-term value. Advantages of Investing in a High-Quality Concrete Mixer Truck For Sale Buying a well-built mixer truck brings multiple benefits: Improved concrete consistency and uniformity Higher delivery efficiency Reduced downtime from mechanical failures Lower long-term operating costs Increased customer satisfaction for ready-mix businesses These advantages highlight why careful selection remains essential for every construction operation. Future Trends in Concrete Mixer Truck Designs Manufacturers are now adopting digital sensors, automation, and fuel-saving technologies. Smart monitoring allows operators to track drum rotation speed, slump levels, and maintenance schedules in real time. Electric and hybrid mixer trucks are also emerging, offering quieter operation and reduced emissions. These innovations aim to make Concrete Mixer Truck For Sale options more efficient, eco-friendly, and cost-effective. Conclusion Choosing the right Concrete Mixer Truck For Sale ensures smoother operations, dependable concrete delivery, and long-term cost savings for every construction project. By evaluating performance features, durability, and after-sales support, buyers can invest confidently in equipment that supports growth and productivity.

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A Complete Guide to Cationic Polyacrylamide and Its Industrial Applications
by thegtamoldremoval＠gmail.com 26 Nov '25

26 Nov '25

Introduction Cationic Polyacrylamide has become an essential chemical in modern wastewater treatment due to its strong positive charge, high molecular structure, and outstanding ability to bind suspended solids. As industries require faster processing and cleaner discharge solutions, this polymer provides a dependable option for effective solid–liquid separation and improved sludge handling. Website: http://cationicpolyacrylamide.com/ Why Cationic Polyacrylamide Stands Out in Wastewater Treatment Cationic Polyacrylamide is widely used because of its unique structure that attracts negatively charged particles. This attraction promotes rapid floc formation, allowing solid materials to settle or dewater more efficiently. Its adaptability across different industries makes it a reliable choice for engineers seeking stable and cost-effective treatment chemicals. The polymer’s performance remains strong even in systems with varying pH, heavy organic content, or high sludge moisture levels. This flexibility helps facilities improve output quality without needing excessive chemical adjustments. Key Benefits of Cationic Polyacrylamide Superior Flocculation Performance with Cationic Polyacrylamide The polymer enhances the aggregation of fine, dispersed solids, creating large and stable flocs that simplify sedimentation. This advantage leads to cleaner water, reduced turbidity, and quicker processing cycles. Improved Sludge Dewatering Efficiency Municipal and industrial plants rely on Cationic Polyacrylamide to reduce water content in sludge. By tightening the structure of sludge particles, it enables more effective pressing and filtration, lowering disposal costs. Cost Reduction and System Optimization A major benefit is the reduced need for additional chemicals. Because of its high efficiency, treatment plants often lower coagulant usage, saving both budget and operational time. Major Applications of Cationic Polyacrylamide in Industry Cationic Polyacrylamide in Municipal and Industrial Wastewater Cities and large facilities use this polymer to manage wastewater containing organic matter, oils, and fine solids. It improves the performance of clarifiers, centrifuges, belt presses, and dissolved air flotation systems. Food Processing and Fermentation Industries Many food plants generate organic-rich wastewater that requires strong flocculation. Cationic Polyacrylamide helps remove proteins, fats, and suspended particles with high consistency. Textile and Chemical Manufacturing The polymer assists in treating dye-containing effluent, chemical residues, and fine fibers. Its effectiveness in complex water streams makes it a trusted choice for advanced treatment lines. Selecting the Right Cationic Polyacrylamide Grade Choosing the correct grade depends on sludge composition, organic content, ionic strength, and the target separation method. High-charge-density polymers work best for organic-rich wastewater, while lower charge densities perform well in systems with mixed solids. Laboratory testing is essential to determine ideal dosing levels and ensure compatibility with existing treatment chemicals. Optimal Application Practices for Better Results To achieve maximum performance, Cationic Polyacrylamide must be dissolved uniformly before being added to wastewater. Proper hydration prevents clumping and ensures even distribution throughout the system. Automated dosing systems and controlled mixing conditions contribute to stable operation and help avoid overdosing, which may reduce floc strength or slow sedimentation. Environmental and Safety Considerations When applied correctly, the polymer supports eco-friendly wastewater management by enhancing water clarity and lowering chemical discharge. It is non-toxic in its polymerized form and widely used worldwide for environmental treatment. Furthermore, its role in reducing effluent contaminants contributes to cleaner rivers, safer land application, and long-term sustainability in industrial operations. Conclusion With its strong charge properties, reliable flocculation ability, and wide industrial usefulness, Cationic Polyacrylamide continues to be a crucial component in modern wastewater and sludge treatment systems. Its efficiency and versatility make it a long-term solution for industries seeking cleaner, safer, and more sustainable operations.

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Understanding Anionic Polyacrylamide and Its Industrial Benefits
by thegtamoldremoval＠gmail.com 26 Nov '25

26 Nov '25

Introduction Anionic Polyacrylamide has become an essential polymer in water treatment and industrial processing, offering exceptional flocculation strength and reliable performance. As industries face growing demands for cleaner water, safer operations, and cost-efficient treatment systems, this polymer provides a versatile and effective solution for a wide range of applications. Website: https://anionicpolyacrylamide.com/ What Makes Anionic Polyacrylamide Unique? Anionic Polyacrylamide is a high-molecular-weight, water-soluble polymer carrying negatively charged groups. These charges attract and bind suspended particles, allowing solid materials to gather into larger flocs that settle more quickly. This simple yet powerful mechanism helps industries handle complex wastewater and achieve consistent water clarity. Its stability, compatibility with multiple systems, and ability to work in both acidic and alkaline environments make it a preferred choice for industrial engineers and water treatment specialists. Key Advantages of Anionic Polyacrylamide in Water Treatment Enhanced Flocculation with Anionic Polyacrylamide The polymer dramatically improves the speed and efficiency of solid–liquid separation. Strong flocs reduce processing times, increase filter performance, and minimize turbidity in treated water. Better Sludge Dewatering In municipal and industrial facilities, sludge management is one of the biggest challenges. Anionic Polyacrylamide helps create dense, compact sludge that is easier to press, filter, or dry, reducing disposal costs. Reduced Chemical Consumption Because of its high efficiency, the polymer allows systems to use fewer coagulants and supporting chemicals. This reduces operational expenses and helps facilities meet stricter discharge standards. Common Industrial Uses of Anionic Polyacrylamide Anionic Polyacrylamide for Municipal Wastewater Systems Cities depend on this polymer to treat large volumes of wastewater containing suspended solids, fats, oils, and organic residues. It supports settling tanks, clarifiers, and filtration units with consistent performance. Mining, Drilling, and Mineral Processing Mining operations handle fine clays, metal particles, and chemical residues that are difficult to remove. Anionic Polyacrylamide improves tailings water clarity and enhances mineral recovery. Paper and Pulp Manufacturing In the pulp industry, the polymer supports fiber retention, drainage improvement, and wastewater clarification. Its ability to manage fine particles makes it a valuable part of papermaking efficiency. How to Select the Right Grade of Anionic Polyacrylamide Choosing the ideal product depends on the characteristics of the wastewater, particle size, charge density, and treatment goals. High molecular weight grades work well for large particles, while low-molecular-weight grades are better suited for fine solids and organic matter. Pilot testing is recommended to determine optimum dosage and compatibility with existing treatment chemicals. Application Tips for Maximum Efficiency For best results, Anionic Polyacrylamide should be dissolved completely before dosing. Partial hydration can decrease floc size or cause uneven mixing. Maintaining a steady feeding system prevents overdosing, which may lead to excessive viscosity or reduced separation efficiency. Automated dosing pumps, flow-controlled systems, and gradual mixing steps help maintain optimum performance in continuous operations. Environmental Considerations and Safety When used properly, Anionic Polyacrylamide supports environmentally responsible water treatment by reducing turbidity, lowering chemical consumption, and protecting natural water bodies from sediment discharge. The polymer is non-toxic in its fully reacted form and widely approved for industrial water management. Its role in erosion control, agriculture, and land restoration shows how it contributes to cleaner and healthier ecosystems. Conclusion From municipal wastewater plants to mining operations, Anionic Polyacrylamide delivers reliable, high-performance flocculation that simplifies water treatment and supports sustainable industrial practices. Its versatility and efficiency ensure it will remain a cornerstone of modern water management for years to come.

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[AVO-OPS] AVO LOG- Seismic Summary - 11/24/2025
by logs--- via Avo_ops 26 Nov '25

26 Nov '25

Posted by: Matthew Haney (mhaney(a)usgs.gov), Wed Nov 26, 2025 02:18 (0218 UTC)-- "Significant" located earthquakes for November 24, 2025 (picking by Scott Stihler): Iliamna: 10; Shishaldin: 8; Katmai: 4; Spurr: 3; Aniakchak: 2; Cleveland: 1; Great Sitkin: 1; Martin: 1; Novarupta: 1; Redoubt: 1; Snowy: 1; Takawangha: 1; Trident: 1; Westdahl: 1; Wrangell: 1 ======================== Iliamna (10 EQs): 1 EQ ~18 km NNE of the summit ML 0.0; Z = 5.6 km 1 EQ ~1 km SE of the summit ML -0.5; Z = 3.4 km 1 EQ ~5 km NNE of the summit ML -0.5; Z = 5.0 km 1 EQ ~2 km NNE of the summit ML -0.5; Z = 3.0 km 1 EQ ~2 km NE of the summit ML -0.7; Z = -2.3 km 1 EQ ~2 km NNE of the summit ML -0.7; Z = 0.6 km 1 EQ ~2 km E of the summit ML -0.8; Z = 0.9 km 1 EQ ~4 km ENE of the summit ML -0.9; Z = 1.5 km 1 EQ ~3 km NNW of the summit ML -1.1; Z = 2.5 km 1 EQ ~3 km NNE of the summit ML -1.1; Z = 0.7 km Shishaldin (8 EQs): 1 EQ ~7 km WSW of the summit ML 1.5; Z = 14.2 km 1 low frequency EQ ~10 km SW of the summit ML 1.5; Z = 9.9 km 1 low frequency EQ ~4 km SW of the summit ML 1.4; Z = 2.6 km 1 EQ ~4 km NNE of the summit ML 1.2; Z = 11.9 km 1 EQ ~2 km W of the summit ML 1.2; Z = -0.7 km 1 low frequency EQ ~2 km WNW of the summit ML 1.0; Z = 0.8 km 1 low frequency EQ ~2 km W of the summit ML 1.0; Z = -0.2 km 1 EQ ~1 km W of the summit ML 0.9; Z = -0.8 km Katmai (4 EQs): 1 EQ ~16 km SSE of the summit ML 0.0; Z = 7.2 km 1 EQ ~2 km NNW of the summit ML -0.3; Z = 3.2 km 1 EQ ~2 km NW of the summit ML -0.3; Z = 3.0 km 1 EQ ~2 km NW of the summit ML -0.5; Z = 3.0 km Spurr (3 EQs): 1 EQ ~16 km SSW of the summit ML 1.8; Z = 4.5 km 1 EQ ~15 km SSW of the summit ML -0.1; Z = 4.6 km 1 EQ ~15 km SSW of the summit ML -0.3; Z = 4.6 km Aniakchak (2 EQs): 1 low frequency EQ ~4 km NW of the Vent Mountain ML -0.2; Z = 3.0 km 1 low frequency EQ ~8 km WSW of the Vent Mountain ML -0.6; Z = -0.3 km Cleveland: 1 EQ ~5 km ESE of the summit ML 1.6; Z = 5.3 km Great Sitkin: 1 low frequency EQ ~2 km WSW of the summit ML 1.4; Z = -1.8 km Martin: 1 EQ ~2 km SW of the summit ML -0.3; Z = 0.4 km Novarupta: 1 EQ ~2 km SE of the 1912 dome ML 0.4; Z = 4.7 km Redoubt: 1 EQ ~1 km WNW of the summit ML -1.0; Z = 1.8 km Snowy: 1 EQ ~4 km NNW of the summit ML -0.3; Z = 5.1 km Takawangha: 1 EQ ~15 km E of the summit ML 0.9; Z = 6.0 km Trident: 1 EQ ~2 km WNW of the summit ML -0.8; Z = 2.3 km Westdahl: 1 EQ ~4 km WNW of the summit ML 1.5; Z = 2.0 km Wrangell: 1 EQ ~10 km SSW of the summit ML -0.1; Z = 5.4 km Attachments: This message is posted in the AVO Logs at https://www.avo.alaska.edu/admin/logs/posts/show/454281 _______________________________________________ Avo_ops mailing list -- avo_ops(a)list.avo.alaska.edu To unsubscribe send an email to avo_ops-leave(a)list.avo.alaska.edu

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[AVO-OPS] AVO RSDB- 25 Nov 2025 satellite report
by Dave Schneider via Avo_ops 25 Nov '25

25 Nov '25

Associated Keywords: Cloud cover: cloudy; partly cloudy; Associated Keywords: Cloud cover: cloudy; Associated Images: https://www.avo.alaska.edu/admin/rsdb/files/show/62886 : cleveland_cles-20251125T031500Z.jpg Associated Keywords: Volcanic clouds: steam/water; Cloud cover: partly cloudy; To view these and other satellite data, please use http://volcview.wr.usgs.gov/ Duty person can be reached at (907) 786-7481 if you have any questions. Last image viewed: 25 Nov 2025 19:30 UTC _______________________________________________ Avo_ops mailing list -- avo_ops(a)list.avo.alaska.edu To unsubscribe send an email to avo_ops-leave(a)list.avo.alaska.edu

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[AVO-OPS] AVO LOG- Seismic Summary - 11/23/2025
by logs--- via Avo_ops 25 Nov '25

25 Nov '25

Posted by: Jenny Nakai (jnakai(a)usgs.gov), Tue Nov 25, 2025 18:08 (1808 UTC)-- "Significant" located earthquakes for November 23, 2025 (picking by Jenny Nakai): Spurr: 13; Iliamna: 10; Shishaldin: 8; Katmai: 3; Redoubt: 3; Snowy: 2; Akutan: 1; Makushin: 1; Martin: 1 ======================== Spurr (13 EQs): 1 EQ ~27 km NE of the summit ML 0.6; Z = 5.4 km 1 EQ ~14 km S of the summit ML 0.2; Z = 5.6 km 1 EQ ~4 km N of the summit ML -0.1; Z = 7.8 km 1 EQ ~6 km WSW of the summit ML -0.2; Z = 4.5 km 1 low frequency EQ ~8 km ENE of the summit ML -0.4; Z = 3.3 km 1 low frequency EQ ~4 km NNW of the summit ML -0.4; Z = 2.0 km 1 low frequency EQ ~3 km ESE of the summit ML -0.4; Z = 3.0 km 1 low frequency EQ ~4 km N of the summit ML -0.4; Z = 2.0 km 1 low frequency EQ ~3 km NNE of the summit ML -0.5; Z = -2.3 km 1 EQ ~5 km ENE of the summit ML -0.7; Z = -3.0 km 1 low frequency EQ ~2 km N of the summit ML -0.7; Z = -2.6 km 1 EQ ~4 km W of the summit ML -0.8; Z = -3.2 km 1 low frequency EQ ~0 km NNE of the summit ML -1.0; Z = 1.7 km Iliamna (10 EQs): 1 EQ ~14 km NE of the summit ML 0.1; Z = 14.6 km 1 low frequency EQ ~3 km NNW of the summit ML -0.5; Z = 1.6 km 1 EQ ~8 km E of the summit ML -0.6; Z = 13.8 km 1 EQ ~4 km ENE of the summit ML -0.7; Z = 4.2 km 1 EQ ~2 km S of the summit ML -0.8; Z = -2.9 km 1 low frequency EQ ~4 km SW of the summit ML -0.8; Z = 0.1 km 1 EQ ~2 km SSW of the summit ML -0.9; Z = -2.1 km 1 EQ ~3 km NE of the summit ML -0.9; Z = 3.6 km 1 EQ ~4 km S of the summit ML -1.1; Z = 0.9 km 1 EQ ~3 km SSW of the summit ML -1.4; Z = -0.2 km Shishaldin (8 EQs): 1 moderately deep low frequency EQ ~15 km S of the summit ML 1.8; Z = 15.3 km 1 EQ ~9 km S of the summit ML 1.6; Z = 5.9 km 1 EQ ~6 km WSW of the summit ML 1.5; Z = 5.4 km 1 moderately deep low frequency EQ ~3 km S of the summit ML 1.2; Z = 10.8 km 1 EQ ~1 km NNW of the summit ML 1.0; Z = 0.8 km 1 low frequency EQ ~1 km SW of the summit ML 0.9; Z = 1.7 km 1 low frequency EQ ~3 km S of the summit ML 0.8; Z = 5.9 km 1 low frequency EQ ~1 km SSE of the summit ML 0.7; Z = 3.4 km Katmai (3 EQs): 1 moderately deep low frequency EQ ~6 km NE of the summit ML 0.6; Z = 16.6 km 1 EQ ~6 km NNE of the summit ML -0.1; Z = 4.8 km 1 EQ ~3 km NW of the summit ML -0.3; Z = 3.1 km Redoubt (3 EQs): 1 low frequency EQ ~2 km WNW of the summit ML -0.9; Z = 0.9 km 1 low frequency EQ ~1 km WNW of the summit ML -1.2; Z = 0.7 km 1 low frequency EQ ~2 km N of the summit ML -1.2; Z = 0.4 km Snowy (2 EQs): 1 EQ ~14 km NW of the summit ML 0.2; Z = 3.0 km 1 EQ ~10 km ENE of the summit ML 0.0; Z = 6.1 km Akutan: 1 EQ ~4 km ESE of the summit ML 0.0; Z = 3.1 km Makushin: 1 EQ ~27 km ENE of the summit ML 0.5; Z = 10.0 km Martin: 1 EQ ~1 km NNW of the summit ML -0.4; Z = 2.3 km Attachments: This message is posted in the AVO Logs at https://www.avo.alaska.edu/admin/logs/posts/show/454278 _______________________________________________ Avo_ops mailing list -- avo_ops(a)list.avo.alaska.edu To unsubscribe send an email to avo_ops-leave(a)list.avo.alaska.edu

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[AVO-OPS] AVO RSDB- 24 Nov 2025 satellite report
by Dave Schneider via Avo_ops 24 Nov '25

24 Nov '25

Associated Images: https://www.avo.alaska.edu/admin/rsdb/files/show/62884 : gsitikin_Orbit 63-ASC_20251021-1123.gif Associated Keywords: Cloud cover: cloudy; Associated Images: https://www.avo.alaska.edu/admin/rsdb/files/show/62883 : shishaldin_islz-20251124T013000Z.jpg Associated Keywords: Volcanic clouds: steam/water; Cloud cover: mostly clear; To view these and other satellite data, please use http://volcview.wr.usgs.gov/ Duty person can be reached at (907) 786-7481 if you have any questions. Last image viewed: 24 Nov 2025 19:30 UTC _______________________________________________ Avo_ops mailing list -- avo_ops(a)list.avo.alaska.edu To unsubscribe send an email to avo_ops-leave(a)list.avo.alaska.edu

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[AVO-OPS] AVO LOG- Seismic Summary - 11/22/2025
by logs--- via Avo_ops 24 Nov '25

24 Nov '25

Posted by: Matthew Haney (mhaney(a)usgs.gov), Mon Nov 24, 2025 16:56 (1656 UTC)-- "Significant" located earthquakes for November 22, 2025 (picking by Scott Stihler): Iliamna: 3; Snowy: 2; Spurr: 2; Trident: 2; Edgecumbe: 1; Cleveland: 1; Griggs: 1; Katmai: 1; Mageik: 1; Redoubt: 1; Shishaldin: 1; Takawangha: 1; Wrangell: 1 ======================== Iliamna (3 EQs): 1 EQ ~1 km NE of the summit ML -0.4; Z = -1.4 km 1 EQ ~4 km SSE of the summit ML -0.6; Z = 1.1 km 1 low frequency EQ ~4 km NE of the summit ML -0.7; Z = 1.2 km Snowy (2 EQs): 1 EQ ~8 km NW of the summit ML -0.1; Z = 4.3 km 1 EQ ~10 km NNW of the summit ML -0.4; Z = 7.0 km Spurr (2 EQs): 1 deep low frequency EQ ~6 km SE of the summit ML 0.1; Z = 29.1 km 1 EQ ~15 km S of the summit ML -0.8; Z = 5.3 km Trident (2 EQs): 1 deep low frequency EQ ~1 km ENE of the summit ML -0.1; Z = 25.7 km 1 EQ ~1 km W of the summit ML -0.6; Z = 4.3 km Edgecumbe: 1 EQ ~2 km NE of the summit ML 0.7; Z = 8.4 km Cleveland: 1 EQ ~6 km ESE of the summit ML 1.1; Z = -0.9 km Griggs: 1 EQ ~14 km NE of the summit ML -0.2; Z = 4.6 km Katmai: 1 EQ ~3 km SSW of the summit ML -0.4; Z = 1.5 km Mageik: 1 EQ ~3 km WNW of the summit ML -0.6; Z = 3.2 km Redoubt: 1 EQ ~3 km ENE of the summit ML -1.1; Z = 7.1 km Shishaldin: 1 EQ ~0 km WNW of the summit ML 1.1; Z = -0.6 km Takawangha: 1 EQ ~3 km ENE of the summit ML 0.4; Z = 3.4 km Wrangell: 1 low frequency EQ ~8 km NNE of the summit ML 0.7; Z = 4.6 km Attachments: This message is posted in the AVO Logs at https://www.avo.alaska.edu/admin/logs/posts/show/454269 _______________________________________________ Avo_ops mailing list -- avo_ops(a)list.avo.alaska.edu To unsubscribe send an email to avo_ops-leave(a)list.avo.alaska.edu

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[AVO-OPS] AVO RSDB- 23 Nov 2025 satellite report
by Hannah Dietterich via Avo_ops 23 Nov '25

23 Nov '25

Associated Keywords: Cloud cover: cloudy; Associated Images: https://www.avo.alaska.edu/admin/rsdb/files/show/62879 : shishaldin_brpk-20251122T223200Z.jpg Associated Keywords: Volcanic clouds: steam/water; Cloud cover: partly cloudy; Associated Images: https://www.avo.alaska.edu/admin/rsdb/files/show/62880 : cleveland_clcl-20251123T031100Z.jpg https://www.avo.alaska.edu/admin/rsdb/files/show/62881 : 2025-11-22-00_00_2025-11-22-23_59_Sentinel-2_L1C_SWIR.jpg https://www.avo.alaska.edu/admin/rsdb/files/show/62882 : Screenshot 2025-11-23 at 10.46.07 AM.png Associated Keywords: Volcanic clouds: steam/water; Elevated surface temperatures: moderately elevated; Cloud cover: partly cloudy; To view these and other satellite data, please use http://volcview.wr.usgs.gov/ Duty person can be reached at (907) 786-7481 if you have any questions. Last image viewed: 03 Nov 2025 19:12 UTC _______________________________________________ Avo_ops mailing list -- avo_ops(a)list.avo.alaska.edu To unsubscribe send an email to avo_ops-leave(a)list.avo.alaska.edu

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