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Creator: McCurdy, James G., 1872-1942
Description: Image information taken from the North Olympic Library System's Kellogg Master Index, including the following notes: May be Canadian Indians. Bringing supplies to the mainland. Used in the book, 'Indian Days at Neah Bay.'
More information on the commercial rights for this photo..
Part of Olympic Peninsula Community Museum
University of Washington Libraries.
Brought to you by IMLS Digital Collections and Content.
Unrestricted access; use with attribution.
Taking in a beautiful, calming sunset tonight over the city. Loving the subtle pinks near the horizon. Just less than 24 hours earlier, the place was quite stormy! It was the sunset calm after a storm(s)... Pic taken from around San Jose, CA from around the Eastridge Mall parking lot areas by JCPenney. (Thursday around late sunset, January 17, 2019; 5:22 p.m.)
*Weather scenario for January 17 and onward:
A large low pressure area was off the coast & was generating bands of copious amounts of rain & sending them across Northern California. This was our 3rd strongest & last storm system to hit us during this unsettled, stormy week with heavy rain, high winds, heavy mountain snow & even t-storms. Even lightning was seen around Morgan Hill the previous night but unfortunately, I didn’t capture it on film. This day of Thursday, January 17, we have observed the remnants & leftover moisture left behind from this system’s main, strong cold front. Even isolated t-storms have drifted over parts of the Bay Area during the morning hours. This low was finally moving slowly eastward. Winds have also diminished significantly by late afternoon. The precipitation was to turn to showers late & taper off during the overnight hours. By the very next day, Friday, we were to have partly cloudy skies with a few leftover showers mainly over the foothills & mountains. By Saturday, we were to see partly cloudy skies & then more rain Sunday as a low pressure trough moves thru. By Monday thru most of next week, high pressure was to be along the coast resulting in mostly clear skies with above normal temps. It’s really a much-needed break from all the rains…
On Saturday, October 7, more than 1,700 of Rochester Regional Health’s friends and employees gathered at the Joseph A. Floreano Rochester Riverside Convention Center for the system’s signature celebration.
Howard County Library System's Evening in the Stacks: Sparkle and Spurs held on Saturday, February 23, 2013 at the Charles E. Miller Branch.
In this sharp snapshot, the Solar System's largest moon Ganymede poses next to Jupiter, the largest planet. Captured on March 10 with a small telescope from our fair planet Earth, the scene also includes Jupiter's Great Red Spot, the Solar System's largest storm. In fact, Ganymede is about 5,260 kilometers in diameter. That beats out all three of its other fellow Galilean satellites, along with Saturn's Moon Titan at 5,150 kilometers and Earth's own Moon at 3,480 kilometers. Though its been shrinking lately, the Great Red Spot's diameter is still around 16,500 kilometers. Jupiter, the Solar System's ruling gas giant, is about 143,000 kilometers in diameter at its equator. That's nearly 10 percent the diameter of the Sun. via NASA ift.tt/1KQ6A1D
Virginia National Guard Soldiers team up with the Maryland National Guard to conduct flight training on the Shadow unmanned aerial vehicle system June 27 at Webster Airfield in southern Maryland. Brig. Gen. Stephen Huxtable, assistant adjutant general of Virginia for Army, and Col. Blake Ortner, commander of the 116th Brigade Combat Team, visited Solders from Detachment 1, Company B, 116th Brigade Special Troops Battalion to receive an orientation about the training and the system’s capabilities. (Photo by Maj. Cotton Puryear, Virginia Guard Public Affairs)
A streetcar in the city of London, Ontario lies paralyzed after a Blizzard destroyed much of the electrical wiring on November 27th, 1940. The streetcars were out of service by December and most of the track along Dundas street was removed the following year.
The LSR (London Street Railway, company in charge of maintaining and operating the system) and the local transit unions were largely responsible for the system's destruction. As of today, I am unsure if any of the original trackage can be found, unlike Montreal, Windsor and parts of Toronto. However I have seen the remains of several London streetcars throughout Southwestern Ontario, and I am also aware of a reasonably well-preserved example that exists out in Saskatchewan.
JEFFERSON CITY, Mo. – Some of the state’s most remarkable students gathered March 10 for the University of Missouri System’s annual Undergraduate Research Day at the Capitol in Jefferson City.
In total, 59 students from the university’s four campuses discussed their work with senators, representatives and other visitors. Each student was selected in a competitive process and recommended by his or her campus, including 30 from the MU campus; 10 from UMKC; 16 from Missouri S&T; and three from UMSL. The students shared their research from a variety of disciplines including criminology, biology, education, engineering, and political science.
"Research has been fundamental to the University of Missouri since it became a land-grant university more than 150 years ago,” Executive Vice President for Academic Affairs, Research and Economic Development Hank Foley said. “Research exposes students to the wonders and possibilities of research and innovation, and helps develop them as future scientists and entrepreneurs whose discoveries could result in new businesses and jobs, and improve the quality of life for Missourians.”
With research core to its mission, the UM System accounts for 96.9 percent of all research conducted by public universities in Missouri.
“No other public higher education institution in the state provides undergraduate students with the breadth and depth of research opportunities as the UM System,” Vice President for University Relations Steve Knorr said. “Giving our students an opportunity to showcase their work at the state Capitol with their own hometown legislators spreads the value message for higher education on a greater level.”
The UM System is one of the nation’s largest public research and doctoral level institutions with more than 77,000 students on four campuses and an extension program with activities in every county of the state.
On April 23rd, the Manatee County Public Library System’s Library Foundation, Inc. held a ribbon-cutting ceremony to dedicate the beautiful new statue gracing the north entrance of the Central Library. The Foundation recently purchased the statue (a life-sized bronze depicting two children reading on a log), as a memorial to long-time library supporter and Friend, Mildred “Millie” Landon who passed away in 2003.
The Library Foundation encourages support of the library in order to fund those services not available through traditional tax-base funding. Giving to the Library Foundation, Inc. helps the library achieve excellence and makes Manatee County a better place to live.
The Central Library is located at 1301 Barcarrota Boulevard in Bradenton. For additional information about the Library Foundation, please call the Central Library at 941-748-5555, extension 6306.
For general information about the Manatee County Public Library System, visit us on the web at www.mymanatee.org/library/master.html.
DSC5267
JEFFERSON CITY, Mo. – Some of the state’s most remarkable students gathered March 10 for the University of Missouri System’s annual Undergraduate Research Day at the Capitol in Jefferson City.
In total, 59 students from the university’s four campuses discussed their work with senators, representatives and other visitors. Each student was selected in a competitive process and recommended by his or her campus, including 30 from the MU campus; 10 from UMKC; 16 from Missouri S&T; and three from UMSL. The students shared their research from a variety of disciplines including criminology, biology, education, engineering, and political science.
"Research has been fundamental to the University of Missouri since it became a land-grant university more than 150 years ago,” Executive Vice President for Academic Affairs, Research and Economic Development Hank Foley said. “Research exposes students to the wonders and possibilities of research and innovation, and helps develop them as future scientists and entrepreneurs whose discoveries could result in new businesses and jobs, and improve the quality of life for Missourians.”
With research core to its mission, the UM System accounts for 96.9 percent of all research conducted by public universities in Missouri.
“No other public higher education institution in the state provides undergraduate students with the breadth and depth of research opportunities as the UM System,” Vice President for University Relations Steve Knorr said. “Giving our students an opportunity to showcase their work at the state Capitol with their own hometown legislators spreads the value message for higher education on a greater level.”
The UM System is one of the nation’s largest public research and doctoral level institutions with more than 77,000 students on four campuses and an extension program with activities in every county of the state.
A top view of Rig Mat System's access mats.
Rig Mat System's access mats are made from CLT, and are lighter, stronger, and more durable than their counter parts.
Description: Image information taken from the North Olympic Library System's Kellogg Master Index, including the following note: Similar to photo in 'Port Townsend: Years that are gone.'
More information on the commercial rights for this photo..
Part of Olympic Peninsula Community Museum
University of Washington Libraries.
Brought to you by IMLS Digital Collections and Content.
Unrestricted access; use with attribution.
The Role of Roof Underlayment
Roof underlayment is an essential component in the construction and installation of roofs. It refers to a protective layer installed underneath the roofing material, such as shingles or tiles. The primary purpose of roof underlayment is to provide an additional barrier against moisture, water, and other elements that may seep through the roof. This layer acts as a safeguard, protecting the roof and the interior of the building from potential damage caused by leaks or extreme weather conditions. Roof underlayment also helps to improve the overall energy efficiency of the building by providing an extra layer of insulation. Additionally, it plays a crucial role in preventing mold and rot growth, ensuring the roofing system's longevity and durability. Understanding the definition and importance of roof underlayment is vital for anyone interested in maintaining a safe and well-protected roofing system.
Importance of Roof Underlayment in the Roofing System
Roof underlayment is an essential component of any roofing system. It provides numerous benefits, such as a protective layer between the roof deck and the roofing material.
Protection against water infiltration: One of the primary functions of roof underlayment is to provide a waterproof barrier. By preventing water from infiltrating the roof deck, underlayment helps to protect the structure of the roof and the entire building. Roof underlayment acts as a secondary line of defense against leaks and water damage, providing added protection during heavy rain or in case of shingle or tile damage. For low-slope roofs, synthetic roof underlayment is particularly effective in preventing water infiltration.
Enhanced durability and longevity: Roof underlayment can significantly extend the lifespan of a roofing system. It acts as a buffer against the elements to prevent the premature aging and deterioration of the roofing material. Underlayment also distributes the weight and stress evenly across the roof, reducing the risk of structural damage and ensuring long-term durability. Proper underlayment also effectively meets the performance requirements of asphalt shingles.
Improved energy efficiency: Roof underlayment is an additional insulation layer that enhances a building's energy efficiency. It helps to reduce heat transfer and maintain temperature balance, resulting in lower energy consumption and reduced heating and cooling costs. Underlayment can create a more comfortable living environment and improve overall energy performance by minimizing thermal bridging. Following overlap guides during installation ensures the effectiveness of the underlayment in providing insulation.
Additionally, roof underlayment comes in standard weights and is designed to meet specific performance requirements. Applying over-roof sheathing further enhances the roofing system's protective capabilities.
Types of Roof Underlayment
Roof underlayment is essential to any roofing system, providing an additional layer of protection between the roof covering and the structure beneath. Various types of roof underlayment are available in the market, each with unique characteristics and advantages. There are different types, and shed light on their benefits, helping readers understand the importance of selecting the proper underlayment for their roofing needs.
1. Asphalt-saturated felt underlayment: Asphalt-saturated felt underlayment is one of the most common types used in roofing projects. It comprises a layer of asphalt-saturated cellulose fibers and is reinforced with fiberglass or polyester. This underlayment offers excellent waterproofing properties and acts as a barrier against moisture. It also provides additional protection against wind-driven rain and ice dams.
2. Synthetic underlayment: Synthetic underlayment, often made from polypropylene or other synthetic materials, has gained popularity recently due to its superior performance. This underlayment offers enhanced durability and resistance to tearing, making it easier to handle during installation. Synthetic underlayment is also highly water-resistant and helps prevent leaks while allowing for efficient ventilation. Additionally, it is lightweight, reducing the strain on the roof structure.
3. Rubberized asphalt underlayment: Rubberized asphalt underlayment combines the benefits of asphalt and synthetic materials. It consists of modified asphalt with added rubber polymers for enhanced elasticity and durability. This underlayment offers superior protection against water infiltration, making it an excellent choice for areas prone to heavy rainfall or snow. It also provides added fire resistance and excellent adhesion to the roof deck.
Synthetic Underlayment
Synthetic underlayment offers several advantages in roofing. This lightweight and durable material provides superior protection against water and UV damage. The installation process of synthetic underlayment involves proper fastening techniques and overlap guidelines, ensuring a secure and long-lasting roof. Its lightweight nature allows easier handling during installation, reducing labor costs and time. Additionally, synthetic underlayment provides a non-skid surface, enhancing safety for roofers during installation.
The durability of synthetic underlayment ensures it can withstand harsh weather conditions and resist tearing or damage. Furthermore, synthetic underlayment offers excellent water protection, preventing leaks and potential moisture damage. Its UV protection protects against sun damage, prolonging the roof's lifespan. As a secondary layer, it provides additional security, complementing other roofing products.
Despite being one of the more expensive types of underlayment, synthetic underlayment's benefits, such as its resistant surface and extended lifespan, make it a worthwhile investment. Overall, synthetic underlayment is a versatile and practical choice for ensuring a robust and durable roofing system.
Advantages of Synthetic Underlayment
Due to its numerous advantages, synthetic underlayment has become a popular choice for roofing projects. Offering exceptional durability, improved water resistance, and ease of installation, synthetic underlayment is essential in ensuring a roof system's longevity and protection. Synthetic underlayment has various advantages, highlighting its benefits for homeowners, contractors, and the roofing industry.
1. Enhanced Durability: Synthetic underlayment is engineered to withstand the harshest weather conditions. Unlike traditional felt underlayment, which can tear or degrade over time, synthetic underlayment is designed to be highly durable and resistant to tears, punctures, and UV damage. This superior durability ensures the roof remains protected throughout its lifespan, reducing the need for frequent repairs or replacement.
2. Improved Water Resistance: Another significant advantage of synthetic underlayment is its superior water resistance. Made from advanced materials such as polypropylene or polyester, synthetic underlayment offers enhanced moisture protection, preventing water from penetrating through the roof deck. This helps prevent leaks, mold growth, and damage to the underlying structure, ultimately prolonging the roof system's lifespan.
3. Ease of Installation: Compared to traditional felt underlayment, synthetic underlayment is easier to install. It is lightweight and more flexible, allowing for quick and efficient installation. Some synthetic underlayment products also feature preprinted guidelines or markings, making it easier for contractors to correctly align and secure the underlayment. The ease of installation saves time and labor costs, making it a favorable choice for roofing professionals.
Asphalt Roofing Felt
Asphalt roofing felt is a crucial component of roofing systems, serving multiple purposes and offering numerous benefits. This material acts as a protective layer between the roof deck and the roofing materials, providing an extra barrier against moisture and weather elements. Made from a base mat composed of organic or fiberglass materials, asphalt roofing felt offers excellent durability and resistance to damage. The application process involves securing the felt to the roof decking using adhesive, staples, or roofing nails, ensuring a secure and seamless installation. With its ability to withstand harsh weather conditions and protect the underlying structure, asphalt roofing dramatically enhances the longevity and performance of roofing systems.
Additionally, its composition helps to prevent leaks, improve insulation, and reduce energy costs. Asphalt roofing felt offers walkability for roofers, making it a secure walking surface during installation and maintenance. This underlayment option suits various roofing projects, including lightweight projects and those requiring a watertight seal. Asphalt roofing felt can be used with different types of shingles, including tile shingles, and is compatible with synthetic roofing underlayments and rubberized underlayments. The upper surface of the felt provides additional protection, ensuring a durable and resilient roofing system.
Due to these benefits, asphalt roofing felt is a wise investment for any roofing project. It offers design inspiration and practical advantages for contractors and homeowners alike. Whether installed over wood or other roof decking types, its versatility and effectiveness make it a popular choice in the roofing industry.
Traditional Tar Paper Underlayment
Traditional tar paper underlayment has long been a popular choice for roofing projects, providing additional protection to the roof's structure. It is essential to any roofing system, ensuring durability and prolonging its lifespan. Using traditional tar paper underlayment has numerous benefits and advantages, without mentioning specific companies or products. Whether you are planning a new roofing installation or need a roof replacement, understanding the significance of roof underlayment will help you make informed decisions for your residential or commercial property.
Water Resistance and Durability
Roof underlayment is an essential component of any roofing system, providing an additional layer of protection between the roof deck and the roofing material. One of the critical advantages of roof underlayment is its water resistance. By acting as a barrier against moisture, underlayment helps to prevent water from infiltrating the roof and causing damage to the underlying structure. Whether it's heavy rains, snow, or ice, an adequate underlayment can significantly reduce the risk of leaks and water-related issues. Additionally, roof underlayment is designed to be durable, ensuring it can withstand the harsh elements and protect your roof for years. Its robust construction and resistance to tearing and puncturing make it a reliable barrier against environmental factors such as wind, debris, and UV radiation. By investing in high-quality roof underlayment, homeowners can have peace of mind knowing that their roof is well-protected and can withstand the ever-changing weather conditions.
Rubberized Asphalt Underlayment
Rubberized asphalt underlayment offers a range of benefits and characteristics that make it an excellent choice for roofing projects. Its flexibility allows easy installation, even on irregular or curved surfaces, ensuring a seamless fit. The durability of this underlayment provides long-lasting protection against harsh weather conditions, such as strong winds and heavy rain, extending the roofing system's lifespan. Its strong waterproofing properties also help prevent water infiltration, protecting the underlying structure from damage and potential leaks. Rubberized asphalt underlayment typically includes asphalt, recycled rubber, and additives, combining to provide a unique blend of strength and flexibility. This composition ensures the underlayment remains pliable and resistant to cracking or splitting, even in extreme temperature variations.
Benefits of Rubberized Asphalt Underlayment
Rubberized asphalt underlayment is a crucial component in constructing and maintaining roofs. With its numerous benefits, this type of underlayment has gained popularity in the roofing industry. This article outlines multiple advantages and benefits of using rubberized asphalt underlayment to help readers understand why it is a valuable addition to any roofing project.
1. Superior Water Resistance: Rubberized asphalt underlayment offers excellent water resistance, providing additional protection against moisture infiltration. This is particularly important in areas with high rainfall or harsh weather conditions, as it helps prevent leaks and potential damage to the roof structure.
2. Enhanced Durability: One of the main advantages of rubberized asphalt underlayment is its exceptional durability. Its rubberized composition allows it to withstand extreme temperatures and fluctuations, making it resistant to cracking and deterioration. This longevity ensures that the underlayment remains intact and performs its critical function throughout the roof's lifespan.
3. Noise Reduction: Besides its protective qualities, rubberized asphalt underlayment offers sound insulation benefits. It effectively absorbs and reduces noise transmission, providing a quieter indoor environment. This can be particularly beneficial for buildings located in busy areas or areas prone to excessive noise, enhancing the comfort and livability of the space underneath the roof.
4. Ease of Installation: Rubberized asphalt underlayment is known for its ease of installation. It is typically available in large rolls that can be quickly and efficiently applied, streamlining the roofing process and saving time and labor costs.
Waterproof Seal and Protection Against Extreme Temperatures
Roof underlayment is critical in protecting a building's roof from various external factors. Specifically, it provides a waterproof seal and protection against extreme temperatures.
Waterproof Seal: Roof underlayment offers a crucial seal that prevents water infiltration and damage to the roof structure. Underlayment is a secondary barrier between the roof covering and the roof deck during heavy rainfall or storms, ensuring water does not penetrate the roof system. This helps prevent costly leaks, roof deck rotting, and building interior damage. By effectively keeping water out, roof underlayment significantly prolongs the roof's lifespan, ensuring long-term durability.
Protection Against Extreme Temperatures: Besides its waterproofing capabilities, roof underlayment provides insulation against extreme temperatures. It acts as a thermal barrier, reducing heat transfer between the roof covering and the building's interior. During hot summer, underlayment helps reflect solar heat, reducing the burden on the cooling system and providing energy efficiency. Similarly, it helps insulate the roof during cold winters, preventing heat loss and ensuring comfortable indoor temperatures. By providing optimal temperature regulation, roof underlayment not only enhances the building's energy efficiency but also promotes the comfort and well-being of its occupants.
Miami-Dade County Product Control Approved Underlayments
Regarding roof underlayment, Miami-Dade County Product Control Approved options are excellent for ensuring quality, durability, and peace of mind. Underlayments protect the roof structure and provide an additional defense against harsh weather conditions. Homeowners and contractors are assured of exceptional performance and compliance with stringent building codes by opting for Miami-Dade County-approved products. These approved underlayments have undergone rigorous testing to meet the specific standards of Miami-Dade County, guaranteeing their ability to withstand extreme winds, heavy rain, and other climate challenges. With Miami-Dade County Product Control Approved underlayments, roofing projects can be executed confidently, knowing that the chosen product is reliable, long-lasting, and capable of safeguarding the roof and the entire structure from potential damage.
Importance of Using Approved Underlayments in High-risk Areas
Using approved underlayments in high-risk areas is of utmost importance in roofing construction. These areas are prone to potential risks such as heavy rainfall, strong winds, and snow buildup. Approved underlayments are an additional moisture barrier between the roof deck and shingles, effectively preventing water infiltration. This is crucial because water infiltration can lead to costly damages and structural issues. Not using approved underlayments in high-risk areas can pose significant risks, including water leaks, mold growth, and compromising the roof's integrity.
Conversely, the benefits of using high-quality underlayments are numerous. They provide enhanced protection against wind-driven rain, reducing the risk of water infiltration and associated damages. Additionally, approved underlayments can contribute to a prolonged roof lifespan, saving homeowners from frequent repairs or early replacements. In high-risk areas, where weather elements can be severe, approved underlayments are essential to ensure the durability and longevity of roofs.
Ensure Your Roof's Longevity with Quality Underlayment
Roof underlayment is crucial for ensuring the durability, energy efficiency, and protection of your roofing system. By understanding its importance and various types, you can make informed decisions for your roofing needs. Contact Sky Roofing Construction & Remodeling to schedule a quality roofing installation and experience the benefits of a well-protected roof. Let our expertise guide you in selecting the best roofing solutions for your home.
Learn more about roof underlayment and the specific roofing services at Sky Roofing Construction & Remodeling: skyroofingconstructiontx.com/roof-underlayment/
What will become of Jupiter's Great Red Spot? Gas giant Jupiter is the solar system's largest world with about 320 times the mass of planet Earth. Jupiter is home to one of the largest and longest lasting storm systems known, the Great Red Spot (GRS), visible to the left. The GRS is so large it could swallow Earth, although it has been shrinking. Comparison with historical notes indicate that the storm spans only about one third of the surface area it had 150 years ago. NASA's Outer Planets Atmospheres Legacy (OPAL) program has been monitoring the storm more recently using the Hubble Space Telescope. The featured Hubble OPAL image shows Jupiter as it appeared in 2016, processed in a way that makes red hues appear quite vibrant. Modern GRS data indicate that the storm continues to constrict its surface area, but is also becoming slightly taller, vertically. No one knows the future of the GRS, including the possibility that if the shrinking trend continues, the GRS might one day even do what smaller spots on Jupiter have done -- disappear completely. via NASA ift.tt/2JlrKuc
On Saturday, October 7, more than 1,700 of Rochester Regional Health’s friends and employees gathered at the Joseph A. Floreano Rochester Riverside Convention Center for the system’s signature celebration.
On Saturday, October 7, more than 1,700 of Rochester Regional Health’s friends and employees gathered at the Joseph A. Floreano Rochester Riverside Convention Center for the system’s signature celebration.
On May 19, the Juno spacecraft once again swung by Jupiter in its looping 53 day orbit around the Solar System's ruling gas gaint. Beginning at the top, this vertical 14 frame sequence of enhanced-color JunoCam images follows the spacecraft's rapidly changing perspective during its two hour passage. They look down on Jupiter's north polar region, equatorial, and south polar region (bottom images). With the field-of-view shrinking, the seventh and eighth images in the sequence are close-up. Taken only 4 minutes apart above Jupiter's equator they were captured just before the spacecraft reached perijove 6, its closest approach to Jupiter on this orbit. Final images in the sequence pick up white oval storm systems, Jupiter's "String of Pearls", and the south polar region from the outward bound spacecraft. via NASA ift.tt/2rLehHf
Lohr Railway System's unique Trailer on flatcar arrangement on display at Innotrans 2016. The trailers sit on a turntable and are able to be drive onto and off of the railcar when its at an angle.
JEFFERSON CITY, Mo. – Some of the state’s most remarkable students gathered March 10 for the University of Missouri System’s annual Undergraduate Research Day at the Capitol in Jefferson City.
In total, 59 students from the university’s four campuses discussed their work with senators, representatives and other visitors. Each student was selected in a competitive process and recommended by his or her campus, including 30 from the MU campus; 10 from UMKC; 16 from Missouri S&T; and three from UMSL. The students shared their research from a variety of disciplines including criminology, biology, education, engineering, and political science.
"Research has been fundamental to the University of Missouri since it became a land-grant university more than 150 years ago,” Executive Vice President for Academic Affairs, Research and Economic Development Hank Foley said. “Research exposes students to the wonders and possibilities of research and innovation, and helps develop them as future scientists and entrepreneurs whose discoveries could result in new businesses and jobs, and improve the quality of life for Missourians.”
With research core to its mission, the UM System accounts for 96.9 percent of all research conducted by public universities in Missouri.
“No other public higher education institution in the state provides undergraduate students with the breadth and depth of research opportunities as the UM System,” Vice President for University Relations Steve Knorr said. “Giving our students an opportunity to showcase their work at the state Capitol with their own hometown legislators spreads the value message for higher education on a greater level.”
The UM System is one of the nation’s largest public research and doctoral level institutions with more than 77,000 students on four campuses and an extension program with activities in every county of the state.
Kirby Road School
Cincinnati, Ohio
Listed 9/3/2013
Reference Number: 13000681
The Kirby Road School is significant under Criterion A for its association with the Cincinnati school system's implementation of educational reforms during the Progressive Movement in Cincinnati. Various changes were made resulting in a new school that provided a broader range of teaching, classroom, and school site reforms that addressed the educational development of schools in general and within the Cincinnati neighborhood of Northside. Beginning with its construction in 1910 and continuing into the late 1960s and 1970s, these reforms continued to address the primary school needs of the northern portion of the neighborhood of Northside. It is also significant under Criterion A for the role the school played in the physical and cultural development of the community. With residential development of the neighborhood, especially during the late-19th and early-20th century, the community required a new modern public primary school that functioned with the existing Salmon P. Chase School in fulfilling the public educational needs of the community. As Northside developed, matured, and maintained its neighborhood vibrancy into the 1970s, the school was an active contributor to and facilitator of a variety of neighborhood functions beyond those basic to the educational role of a school. These included activities that resulted from the school being open to numerous community wide programs and events. In addition, the school is significant under Criterion C for its architectural distinction associated with its Neo-Classical Revival-inspired design and for the high level of intact original design integrity. The building is one of a very few Neo-Classical Revival schools designed for the Cincinnati school system during the early 20th century.
National Register of Historic Places Homepage
The Manatee County Public Library System's June 2014 Calendar of Events.
VISIT THE LIBRARY ONLINE at: www.mymanatee.org/library
Wednesday, Mar. 9, 2011, 6 to 7:30 p.m.
For ages 11 and up. Join us for a Steampunk Jewelry Making Workshop.
Steampunk jewelry is hand-crafted jewelry using antique or old-fashioned time pieces and inner-working parts and other materials. The beauty of steampunk jewelry; you don't need to be a skilled jeweler to create beautiful and unusual steampunk pieces.
Find more events for teens at the libraries on the library system's online calendar: Events for Teens.
JEFFERSON CITY, Mo. – Some of the state’s most remarkable students gathered March 10 for the University of Missouri System’s annual Undergraduate Research Day at the Capitol in Jefferson City.
In total, 59 students from the university’s four campuses discussed their work with senators, representatives and other visitors. Each student was selected in a competitive process and recommended by his or her campus, including 30 from the MU campus; 10 from UMKC; 16 from Missouri S&T; and three from UMSL. The students shared their research from a variety of disciplines including criminology, biology, education, engineering, and political science.
"Research has been fundamental to the University of Missouri since it became a land-grant university more than 150 years ago,” Executive Vice President for Academic Affairs, Research and Economic Development Hank Foley said. “Research exposes students to the wonders and possibilities of research and innovation, and helps develop them as future scientists and entrepreneurs whose discoveries could result in new businesses and jobs, and improve the quality of life for Missourians.”
With research core to its mission, the UM System accounts for 96.9 percent of all research conducted by public universities in Missouri.
“No other public higher education institution in the state provides undergraduate students with the breadth and depth of research opportunities as the UM System,” Vice President for University Relations Steve Knorr said. “Giving our students an opportunity to showcase their work at the state Capitol with their own hometown legislators spreads the value message for higher education on a greater level.”
The UM System is one of the nation’s largest public research and doctoral level institutions with more than 77,000 students on four campuses and an extension program with activities in every county of the state.
On Saturday, October 7, more than 1,700 of Rochester Regional Health’s friends and employees gathered at the Joseph A. Floreano Rochester Riverside Convention Center for the system’s signature celebration.
Half on paper and half on glass plate to check with lever arrangements.
The system's going to record your finger movement and repeat it after you are done. Can be used to play a piano with a horizontal linear bed added.
On Saturday, October 7, more than 1,700 of Rochester Regional Health’s friends and employees gathered at the Joseph A. Floreano Rochester Riverside Convention Center for the system’s signature celebration.
On Saturday, October 7, more than 1,700 of Rochester Regional Health’s friends and employees gathered at the Joseph A. Floreano Rochester Riverside Convention Center for the system’s signature celebration.
The Nurses Memorial at Arlington National Cemetery prior to the start of the Military Health System's 2018 National Nurses Week wreath-laying ceremony at Arlington National Cemetery on Monday, May 7, 2018. (Defense Health Agency Communications Division Photo)
On Saturday, October 7, more than 1,700 of Rochester Regional Health’s friends and employees gathered at the Joseph A. Floreano Rochester Riverside Convention Center for the system’s signature celebration.
Description: Image information taken from the North Olympic Library System's Kellogg Master Index.
More information on the commercial rights for this photo..
Part of Olympic Peninsula Community Museum
University of Washington Libraries.
Brought to you by IMLS Digital Collections and Content.
Unrestricted access; use with attribution.
Attendees have their photo taken following the 2018 National Nurses Week wreath-laying ceremony at Arlington National Cemetery on Monday, May 7, 2018. (Defense Health Agency Communications Division Photo)
JEFFERSON CITY, Mo. – Some of the state’s most remarkable students gathered March 10 for the University of Missouri System’s annual Undergraduate Research Day at the Capitol in Jefferson City.
In total, 59 students from the university’s four campuses discussed their work with senators, representatives and other visitors. Each student was selected in a competitive process and recommended by his or her campus, including 30 from the MU campus; 10 from UMKC; 16 from Missouri S&T; and three from UMSL. The students shared their research from a variety of disciplines including criminology, biology, education, engineering, and political science.
"Research has been fundamental to the University of Missouri since it became a land-grant university more than 150 years ago,” Executive Vice President for Academic Affairs, Research and Economic Development Hank Foley said. “Research exposes students to the wonders and possibilities of research and innovation, and helps develop them as future scientists and entrepreneurs whose discoveries could result in new businesses and jobs, and improve the quality of life for Missourians.”
With research core to its mission, the UM System accounts for 96.9 percent of all research conducted by public universities in Missouri.
“No other public higher education institution in the state provides undergraduate students with the breadth and depth of research opportunities as the UM System,” Vice President for University Relations Steve Knorr said. “Giving our students an opportunity to showcase their work at the state Capitol with their own hometown legislators spreads the value message for higher education on a greater level.”
The UM System is one of the nation’s largest public research and doctoral level institutions with more than 77,000 students on four campuses and an extension program with activities in every county of the state.
On Saturday, October 7, more than 1,700 of Rochester Regional Health’s friends and employees gathered at the Joseph A. Floreano Rochester Riverside Convention Center for the system’s signature celebration.
JEFFERSON CITY, Mo. – Some of the state’s most remarkable students gathered March 10 for the University of Missouri System’s annual Undergraduate Research Day at the Capitol in Jefferson City.
In total, 59 students from the university’s four campuses discussed their work with senators, representatives and other visitors. Each student was selected in a competitive process and recommended by his or her campus, including 30 from the MU campus; 10 from UMKC; 16 from Missouri S&T; and three from UMSL. The students shared their research from a variety of disciplines including criminology, biology, education, engineering, and political science.
"Research has been fundamental to the University of Missouri since it became a land-grant university more than 150 years ago,” Executive Vice President for Academic Affairs, Research and Economic Development Hank Foley said. “Research exposes students to the wonders and possibilities of research and innovation, and helps develop them as future scientists and entrepreneurs whose discoveries could result in new businesses and jobs, and improve the quality of life for Missourians.”
With research core to its mission, the UM System accounts for 96.9 percent of all research conducted by public universities in Missouri.
“No other public higher education institution in the state provides undergraduate students with the breadth and depth of research opportunities as the UM System,” Vice President for University Relations Steve Knorr said. “Giving our students an opportunity to showcase their work at the state Capitol with their own hometown legislators spreads the value message for higher education on a greater level.”
The UM System is one of the nation’s largest public research and doctoral level institutions with more than 77,000 students on four campuses and an extension program with activities in every county of the state.
Howard County Library System's Evening in the Stacks: Sparkle and Spurs held on Saturday, February 23, 2013 at the Charles E. Miller Branch.
JEFFERSON CITY, Mo. – Some of the state’s most remarkable students gathered March 10 for the University of Missouri System’s annual Undergraduate Research Day at the Capitol in Jefferson City.
In total, 59 students from the university’s four campuses discussed their work with senators, representatives and other visitors. Each student was selected in a competitive process and recommended by his or her campus, including 30 from the MU campus; 10 from UMKC; 16 from Missouri S&T; and three from UMSL. The students shared their research from a variety of disciplines including criminology, biology, education, engineering, and political science.
"Research has been fundamental to the University of Missouri since it became a land-grant university more than 150 years ago,” Executive Vice President for Academic Affairs, Research and Economic Development Hank Foley said. “Research exposes students to the wonders and possibilities of research and innovation, and helps develop them as future scientists and entrepreneurs whose discoveries could result in new businesses and jobs, and improve the quality of life for Missourians.”
With research core to its mission, the UM System accounts for 96.9 percent of all research conducted by public universities in Missouri.
“No other public higher education institution in the state provides undergraduate students with the breadth and depth of research opportunities as the UM System,” Vice President for University Relations Steve Knorr said. “Giving our students an opportunity to showcase their work at the state Capitol with their own hometown legislators spreads the value message for higher education on a greater level.”
The UM System is one of the nation’s largest public research and doctoral level institutions with more than 77,000 students on four campuses and an extension program with activities in every county of the state.
JEFFERSON CITY, Mo. – Some of the state’s most remarkable students gathered March 10 for the University of Missouri System’s annual Undergraduate Research Day at the Capitol in Jefferson City.
In total, 59 students from the university’s four campuses discussed their work with senators, representatives and other visitors. Each student was selected in a competitive process and recommended by his or her campus, including 30 from the MU campus; 10 from UMKC; 16 from Missouri S&T; and three from UMSL. The students shared their research from a variety of disciplines including criminology, biology, education, engineering, and political science.
"Research has been fundamental to the University of Missouri since it became a land-grant university more than 150 years ago,” Executive Vice President for Academic Affairs, Research and Economic Development Hank Foley said. “Research exposes students to the wonders and possibilities of research and innovation, and helps develop them as future scientists and entrepreneurs whose discoveries could result in new businesses and jobs, and improve the quality of life for Missourians.”
With research core to its mission, the UM System accounts for 96.9 percent of all research conducted by public universities in Missouri.
“No other public higher education institution in the state provides undergraduate students with the breadth and depth of research opportunities as the UM System,” Vice President for University Relations Steve Knorr said. “Giving our students an opportunity to showcase their work at the state Capitol with their own hometown legislators spreads the value message for higher education on a greater level.”
The UM System is one of the nation’s largest public research and doctoral level institutions with more than 77,000 students on four campuses and an extension program with activities in every county of the state.
Scandinavian Airlines System's McDonnell Douglas MD-81 (DC-9-81), OY-KHP, landing at Manchester airport.
We had with us a DSLR (borrowed from a friend), so that I could do some testing with it. Never used one before, so it was an interesting experience. Gave me more confidence, so maybe one day I'll get myself one.
Kirby Road School
Cincinnati, Ohio
Listed 9/3/2013
Reference Number: 13000681
The Kirby Road School is significant under Criterion A for its association with the Cincinnati school system's implementation of educational reforms during the Progressive Movement in Cincinnati. Various changes were made resulting in a new school that provided a broader range of teaching, classroom, and school site reforms that addressed the educational development of schools in general and within the Cincinnati neighborhood of Northside. Beginning with its construction in 1910 and continuing into the late 1960s and 1970s, these reforms continued to address the primary school needs of the northern portion of the neighborhood of Northside. It is also significant under Criterion A for the role the school played in the physical and cultural development of the community. With residential development of the neighborhood, especially during the late-19th and early-20th century, the community required a new modern public primary school that functioned with the existing Salmon P. Chase School in fulfilling the public educational needs of the community. As Northside developed, matured, and maintained its neighborhood vibrancy into the 1970s, the school was an active contributor to and facilitator of a variety of neighborhood functions beyond those basic to the educational role of a school. These included activities that resulted from the school being open to numerous community wide programs and events. In addition, the school is significant under Criterion C for its architectural distinction associated with its Neo-Classical Revival-inspired design and for the high level of intact original design integrity. The building is one of a very few Neo-Classical Revival schools designed for the Cincinnati school system during the early 20th century.
National Register of Historic Places Homepage
On Saturday, October 7, more than 1,700 of Rochester Regional Health’s friends and employees gathered at the Joseph A. Floreano Rochester Riverside Convention Center for the system’s signature celebration.
JEFFERSON CITY, Mo. – Some of the state’s most remarkable students gathered March 10 for the University of Missouri System’s annual Undergraduate Research Day at the Capitol in Jefferson City.
In total, 59 students from the university’s four campuses discussed their work with senators, representatives and other visitors. Each student was selected in a competitive process and recommended by his or her campus, including 30 from the MU campus; 10 from UMKC; 16 from Missouri S&T; and three from UMSL. The students shared their research from a variety of disciplines including criminology, biology, education, engineering, and political science.
"Research has been fundamental to the University of Missouri since it became a land-grant university more than 150 years ago,” Executive Vice President for Academic Affairs, Research and Economic Development Hank Foley said. “Research exposes students to the wonders and possibilities of research and innovation, and helps develop them as future scientists and entrepreneurs whose discoveries could result in new businesses and jobs, and improve the quality of life for Missourians.”
With research core to its mission, the UM System accounts for 96.9 percent of all research conducted by public universities in Missouri.
“No other public higher education institution in the state provides undergraduate students with the breadth and depth of research opportunities as the UM System,” Vice President for University Relations Steve Knorr said. “Giving our students an opportunity to showcase their work at the state Capitol with their own hometown legislators spreads the value message for higher education on a greater level.”
The UM System is one of the nation’s largest public research and doctoral level institutions with more than 77,000 students on four campuses and an extension program with activities in every county of the state.
In the 2023 Electrify Tech Camp, students learned to:
*Explore the components of an electric vehicle
*Construct a device run on solar energy
*Maximize a system’s power efficiency
*Use an electronic circuit to channel power
*Scavenge energy from the environment
Electrify Tech Camps is offered by the Electrical & Computer Engineering division at the University of Michigan.
Kirby Road School
Cincinnati, Ohio
Listed 9/3/2013
Reference Number: 13000681
The Kirby Road School is significant under Criterion A for its association with the Cincinnati school system's implementation of educational reforms during the Progressive Movement in Cincinnati. Various changes were made resulting in a new school that provided a broader range of teaching, classroom, and school site reforms that addressed the educational development of schools in general and within the Cincinnati neighborhood of Northside. Beginning with its construction in 1910 and continuing into the late 1960s and 1970s, these reforms continued to address the primary school needs of the northern portion of the neighborhood of Northside. It is also significant under Criterion A for the role the school played in the physical and cultural development of the community. With residential development of the neighborhood, especially during the late-19th and early-20th century, the community required a new modern public primary school that functioned with the existing Salmon P. Chase School in fulfilling the public educational needs of the community. As Northside developed, matured, and maintained its neighborhood vibrancy into the 1970s, the school was an active contributor to and facilitator of a variety of neighborhood functions beyond those basic to the educational role of a school. These included activities that resulted from the school being open to numerous community wide programs and events. In addition, the school is significant under Criterion C for its architectural distinction associated with its Neo-Classical Revival-inspired design and for the high level of intact original design integrity. The building is one of a very few Neo-Classical Revival schools designed for the Cincinnati school system during the early 20th century.
National Register of Historic Places Homepage
TruCrete System's TruCoat Multi-Mix, 3D Stamp Mix, and Coloring Systems were used to create this gorgeous walkway and front steps.
Kirby Road School
Cincinnati, Ohio
Listed 9/3/2013
Reference Number: 13000681
The Kirby Road School is significant under Criterion A for its association with the Cincinnati school system's implementation of educational reforms during the Progressive Movement in Cincinnati. Various changes were made resulting in a new school that provided a broader range of teaching, classroom, and school site reforms that addressed the educational development of schools in general and within the Cincinnati neighborhood of Northside. Beginning with its construction in 1910 and continuing into the late 1960s and 1970s, these reforms continued to address the primary school needs of the northern portion of the neighborhood of Northside. It is also significant under Criterion A for the role the school played in the physical and cultural development of the community. With residential development of the neighborhood, especially during the late-19th and early-20th century, the community required a new modern public primary school that functioned with the existing Salmon P. Chase School in fulfilling the public educational needs of the community. As Northside developed, matured, and maintained its neighborhood vibrancy into the 1970s, the school was an active contributor to and facilitator of a variety of neighborhood functions beyond those basic to the educational role of a school. These included activities that resulted from the school being open to numerous community wide programs and events. In addition, the school is significant under Criterion C for its architectural distinction associated with its Neo-Classical Revival-inspired design and for the high level of intact original design integrity. The building is one of a very few Neo-Classical Revival schools designed for the Cincinnati school system during the early 20th century.
National Register of Historic Places Homepage