170808-N-OX430-058 ATLANTIC OCEAN (Aug. 8, 2017) A Royal Navy Merlin Mk2 prepares to land on the flight deck of the Nimitz-class aircraft carrier USS George H.W. Bush (CVN 77) during exercise Saxon Warrior 2017, Aug. 8. Saxon Warrior is a United States and United Kingdom co-hosted carrier strike group exercise that demonstrates interoperability and capability to respond to crises and deter potential threats. (U.S. Navy photo by Mass Communication Specialist 3rd Class Daniel Gaither/Released)

170808-N-OX430-064 ATLANTIC OCEAN (Aug. 8, 2017) A Royal Navy Merlin Mk2 prepares to land on the flight deck of the Nimitz-class aircraft carrier USS George H.W. Bush (CVN 77) during exercise Saxon Warrior 2017, Aug. 8. Saxon Warrior is a United States and United Kingdom co-hosted carrier strike group exercise that demonstrates interoperability and capability to respond to crises and deter potential threats. (U.S. Navy photo by Mass Communication Specialist 3rd Class Daniel Gaither/Released)

170805-N-KB401-043 ATLANTIC OCEAN (Aug. 5, 2017) The fast combat supply ship USNS Supply (T-AOE 6) conducts a replenishment-at- sea) with the Royal Navy Type 23-class frigate HMS Iron Duke (F 234) during exercise Saxon Warrior 2017, Aug. 5. Saxon Warrior is a United States and United Kingdom co-hosted carrier strike group exercise that demonstrates interoperability and capability to respond to crises and deter potential threats. (U.S. Navy photo by Mass Communication Specialist 2nd Class Michael B. Zingaro/Released)

The Fort Knox energy team demonstrated during an Energy Security Project ribbon-cutting ceremony Wednesday the installation’s capability to operate independently of external power sources using natural gas from beneath the post’s surface – a first for a U.S. military installation.

The project was originally conceived to address mission readiness issues experienced in 2009 when an ice storm left Fort Knox and much of Kentucky without power for several consecutive days.

The harvesting of renewable methane gas on post in recent years and the installation’s six new energy substations that include gas generators now allow Fort Knox to continue 100 percent of its operations if power from the external utility provider is cut off. The post’s 3.7 megawatts of solar arrays and 6 million square feet of building space that is heated and cooled using geothermal energy has allowed the post to reduce its dependency on using other power sources, such as gas, as well.

“We’re giving back gold to the taxpayers,” said Garrison Commander Col. T.J. Edwards. “Our (Directorate of Public Works) estimates that we will save about $8 million per year from peak shaving.”

Peak shaving des-cribes another primary purpose of the Energy Security Project – switching to Fort Knox-produced power when energy demand strains the off-post energy utility, which is also when costs to purchase energy are at its highest. Com- bined with the savings achieved through geothermal heating and cooling, Fort Knox’s annual energy utility bill is projected to be $18 million less.

“Our energy team is special,” said Edwards. “We’ve won nine conse- cutive Secretary of the Army energy awards. But we don’t sit on our laurels. We’re constantly getting after it, asking how do we get better.”

Katherine Ham-mack, the assistant secretary of the Army for Installations, Energy and Environment, addressed the criticality for installations to maintain operating capability at all times.

“Energy security underwrites our unique ability to rapidly de- ploy, employ and sustain military forces around the globe, she

said. “And it’s for that

reason the Army is moving toward building resilience into our installations.”

Fort Knox’s ability to achieve this “resilience” was credited by the secretary and garrison commander as a result of Fort Knox Director-ate of Public Works, contracting command and legal officials working to establish partnerships with third parties whose expertise is in the energy field. As an example, Edwards singled out Brandon Marcum, an engineer and Harshaw Trane subcontractor for Nolin RECC, as a central figure in creating and developing the concept that became the Energy Security Project.

“We have authorities to work with third parties, leveraging core competency, capability and funding to enable us to meet our mission,” said Hammack. “The private sector partners have stepped up to help the Army in meeting our mission requirements.”

Nolin RECC staff gave the audience of about 150 area and military leaders, Fort Knox employees and area community members an inside look at its energy security bunker through a live video stream. Attendees were told how all of the systems function to achieve energy independence and peak shave. The built-in redundancies to prevent power failure – such as an off-site energy security bunker and the multiple, secured substations – were touted as well during the demonstration.

The formal celebration of the occasion involved a unique twist. Dignitaries and Army leaders didn’t cut a ribbon, they unplugged a ribbon. The ribbon was an LED cord, and when it was unplugged in the middle, the side connected to the Fort Knox power source stayed lit, symbolizing Fort Knox’s energy independence.

“Kentucky is very proud of the efforts here,” said Dave Thompson, Kentucky Commission on Mili-tary Affairs executive director. “We see Fort Knox as a growing in- stallation with undeniable potential for the future. Job well done.”

For more information about Fort Knox’s energy initiatives, read Capt. Jo Smoke’s story in the March 26 edition of The Gold Standard, titled “The Army’s only green island: 20 years of energy investments pay off,” which can be found at bit.ly/1FY4MT5. To learn more about the Energy Security Project visit youtu.be/CxNH7m0cdfw.

Photo By Renee Rhodes Fort Knox Photo

The Fort Knox energy team demonstrated during an Energy Security Project ribbon-cutting ceremony Wednesday the installation’s capability to operate independently of external power sources using natural gas from beneath the post’s surface – a first for a U.S. military installation.

The project was originally conceived to address mission readiness issues experienced in 2009 when an ice storm left Fort Knox and much of Kentucky without power for several consecutive days.

The harvesting of renewable methane gas on post in recent years and the installation’s six new energy substations that include gas generators now allow Fort Knox to continue 100 percent of its operations if power from the external utility provider is cut off. The post’s 3.7 megawatts of solar arrays and 6 million square feet of building space that is heated and cooled using geothermal energy has allowed the post to reduce its dependency on using other power sources, such as gas, as well.

“We’re giving back gold to the taxpayers,” said Garrison Commander Col. T.J. Edwards. “Our (Directorate of Public Works) estimates that we will save about $8 million per year from peak shaving.”

Peak shaving des-cribes another primary purpose of the Energy Security Project – switching to Fort Knox-produced power when energy demand strains the off-post energy utility, which is also when costs to purchase energy are at its highest. Com- bined with the savings achieved through geothermal heating and cooling, Fort Knox’s annual energy utility bill is projected to be $18 million less.

“Our energy team is special,” said Edwards. “We’ve won nine conse- cutive Secretary of the Army energy awards. But we don’t sit on our laurels. We’re constantly getting after it, asking how do we get better.”

Katherine Ham-mack, the assistant secretary of the Army for Installations, Energy and Environment, addressed the criticality for installations to maintain operating capability at all times.

“Energy security underwrites our unique ability to rapidly de- ploy, employ and sustain military forces around the globe, she

said. “And it’s for that

reason the Army is moving toward building resilience into our installations.”

Fort Knox’s ability to achieve this “resilience” was credited by the secretary and garrison commander as a result of Fort Knox Director-ate of Public Works, contracting command and legal officials working to establish partnerships with third parties whose expertise is in the energy field. As an example, Edwards singled out Brandon Marcum, an engineer and Harshaw Trane subcontractor for Nolin RECC, as a central figure in creating and developing the concept that became the Energy Security Project.

“We have authorities to work with third parties, leveraging core competency, capability and funding to enable us to meet our mission,” said Hammack. “The private sector partners have stepped up to help the Army in meeting our mission requirements.”

Nolin RECC staff gave the audience of about 150 area and military leaders, Fort Knox employees and area community members an inside look at its energy security bunker through a live video stream. Attendees were told how all of the systems function to achieve energy independence and peak shave. The built-in redundancies to prevent power failure – such as an off-site energy security bunker and the multiple, secured substations – were touted as well during the demonstration.

The formal celebration of the occasion involved a unique twist. Dignitaries and Army leaders didn’t cut a ribbon, they unplugged a ribbon. The ribbon was an LED cord, and when it was unplugged in the middle, the side connected to the Fort Knox power source stayed lit, symbolizing Fort Knox’s energy independence.

“Kentucky is very proud of the efforts here,” said Dave Thompson, Kentucky Commission on Mili-tary Affairs executive director. “We see Fort Knox as a growing in- stallation with undeniable potential for the future. Job well done.”

For more information about Fort Knox’s energy initiatives, read Capt. Jo Smoke’s story in the March 26 edition of The Gold Standard, titled “The Army’s only green island: 20 years of energy investments pay off,” which can be found at bit.ly/1FY4MT5. To learn more about the Energy Security Project visit youtu.be/CxNH7m0cdfw.

Photo By Renee Rhodes Fort Knox Photo

SANDF Capability demonstration at the Rand Easter Show – Helicopters inserted and Parabatt Team to secure the Landing Zone then secure a casualty and extracted using the Hot Extraction method, while Rooivalk Attack Helicopter provided Top Cover

Photos: Lourens Badenhorst

Sheffield Park is a beautiful 120 acre woodland garden originally designed for the first Earl of Sheffield by Humphry Repton and Capability Brown in the 18th century

The Fort Knox energy team demonstrated during an Energy Security Project ribbon-cutting ceremony Wednesday the installation’s capability to operate independently of external power sources using natural gas from beneath the post’s surface – a first for a U.S. military installation.

The project was originally conceived to address mission readiness issues experienced in 2009 when an ice storm left Fort Knox and much of Kentucky without power for several consecutive days.

The harvesting of renewable methane gas on post in recent years and the installation’s six new energy substations that include gas generators now allow Fort Knox to continue 100 percent of its operations if power from the external utility provider is cut off. The post’s 3.7 megawatts of solar arrays and 6 million square feet of building space that is heated and cooled using geothermal energy has allowed the post to reduce its dependency on using other power sources, such as gas, as well.

“We’re giving back gold to the taxpayers,” said Garrison Commander Col. T.J. Edwards. “Our (Directorate of Public Works) estimates that we will save about $8 million per year from peak shaving.”

Peak shaving des-cribes another primary purpose of the Energy Security Project – switching to Fort Knox-produced power when energy demand strains the off-post energy utility, which is also when costs to purchase energy are at its highest. Com- bined with the savings achieved through geothermal heating and cooling, Fort Knox’s annual energy utility bill is projected to be $18 million less.

“Our energy team is special,” said Edwards. “We’ve won nine conse- cutive Secretary of the Army energy awards. But we don’t sit on our laurels. We’re constantly getting after it, asking how do we get better.”

Katherine Ham-mack, the assistant secretary of the Army for Installations, Energy and Environment, addressed the criticality for installations to maintain operating capability at all times.

“Energy security underwrites our unique ability to rapidly de- ploy, employ and sustain military forces around the globe, she

said. “And it’s for that

reason the Army is moving toward building resilience into our installations.”

Fort Knox’s ability to achieve this “resilience” was credited by the secretary and garrison commander as a result of Fort Knox Director-ate of Public Works, contracting command and legal officials working to establish partnerships with third parties whose expertise is in the energy field. As an example, Edwards singled out Brandon Marcum, an engineer and Harshaw Trane subcontractor for Nolin RECC, as a central figure in creating and developing the concept that became the Energy Security Project.

“We have authorities to work with third parties, leveraging core competency, capability and funding to enable us to meet our mission,” said Hammack. “The private sector partners have stepped up to help the Army in meeting our mission requirements.”

Nolin RECC staff gave the audience of about 150 area and military leaders, Fort Knox employees and area community members an inside look at its energy security bunker through a live video stream. Attendees were told how all of the systems function to achieve energy independence and peak shave. The built-in redundancies to prevent power failure – such as an off-site energy security bunker and the multiple, secured substations – were touted as well during the demonstration.

The formal celebration of the occasion involved a unique twist. Dignitaries and Army leaders didn’t cut a ribbon, they unplugged a ribbon. The ribbon was an LED cord, and when it was unplugged in the middle, the side connected to the Fort Knox power source stayed lit, symbolizing Fort Knox’s energy independence.

“Kentucky is very proud of the efforts here,” said Dave Thompson, Kentucky Commission on Mili-tary Affairs executive director. “We see Fort Knox as a growing in- stallation with undeniable potential for the future. Job well done.”

For more information about Fort Knox’s energy initiatives, read Capt. Jo Smoke’s story in the March 26 edition of The Gold Standard, titled “The Army’s only green island: 20 years of energy investments pay off,” which can be found at bit.ly/1FY4MT5. To learn more about the Energy Security Project visit youtu.be/CxNH7m0cdfw.

Photo By Renee Rhodes Fort Knox Photo

SANDF Capability demonstration at the Rand Easter Show – Helicopters inserted and Parabatt Team to secure the Landing Zone then secure a casualty and extracted using the Hot Extraction method, while Rooivalk Attack Helicopter provided Top Cover

Photos: Lourens Badenhorst

The shocking capability for evil to be in our midst during ordinary events of a day was my inspiration for this slow compositional read: at first this 13” by 36” piece appears to depict a typical suburban scene. Under closer inspection, the viewer realizes there is a heinous event taking place.The contrast of freshness and cleanliness of laundry hiding the dark and dirtiness of the disturbing event is meant to leave the viewer with an unsettled feeling.

170807-N-KB401-289 THE MINCH, Scotland (Aug. 7, 2017) An MH-60S Sea Hawk, attached to the "Tridents" of Helicopter Sea Combat Squadron (HSC) 9, patrols while the Nimitz-class aircraft carrier USS George H.W. Bush (CVN 77) and the Ticonderoga-class guided-missile cruiser USS Philippine Sea (CG 58) transit the Minch, Scotland, during exercise Saxon Warrior 2017, Aug. 7. Saxon Warrior is a United States and United Kingdom co-hosted carrier strike group exercise that demonstrates interoperability and capability to respond to crises and deter potential threats. (U.S. Navy photo by Mass Communication Specialist 2nd Class Michael B. Zingaro/Released)

'Capability Brown'

via WordPress lawnmowerusa.net/poulan-pro-ppb25-25cc-2-cycle-blower-650...

XM2010 IKPT-2 Provides extended range capability and incorporates the latest in weapons technology for the Army Sniper.

The XM2010 Enhanced Sniper Rifle (ESR), formerly known as the M24 Reconfigured Sniper Weapon System, is a sniper rifle developed by PEO Soldier for the U.S. Army.It is derived from the M24 Sniper Weapon System and is intended to replace existing M24s. After winning a competitive bidding process, Remington was awarded the production contract. Up to 3,600 weapons will be procured. The Army expects to begin fielding 250 upgraded weapons to deployed U.S. Army Snipers by the end of December 2010.Later project manager for Soldier weapons Colonel Douglas Tamilio said the XM2010 expected fielding will happen from January 2011

The XM2010 is distinguished by its advanced design and represents a quantum upgrade over the M24. The shooter interface can be tailored to accommodate a wide range of shooter preferences and its folding stock provides Soldier flexibility in transporting the weapon during operations. The weapon also incorporates advanced corrosion resistant coatings to ensure longevity. The aluminum, steel, and high impact polymers used in the weapon’s construction are lightweight and rugged.

The ESR is equipped with a Leupold Mark 4 6.5-20x50mm scope. The variable power scope includes a first focal plane reticle so when the user dials in, the reticle pattern scales with the zoom enabling the sniper to estimate range at any power setting. The scope also employs a reticle pattern that facilitates faster and more accurate range estimation and utilizes mil turret adjustments to eliminate MOA to mil conversion. The targeting stadia reticle allows for simultaneous elevation and windage holds that eliminate the need to dial in adjustments.

This magnificent informal landscape garden was laid out in the 18th century by 'Capability' Brown and further developed in the early years of the 20th century by its owner, Arthur G. Soames. The original four lakes form the centrepiece. There are dramatic shows of daffodils and bluebells in spring, and the rhododendrons and azaleas are spectacular in early summer. Autumn brings stunning colours from the many rare trees and shrubs, and winter walks can be enjoyed in this garden for all seasons. Visitors can now also explore South Park, 107 hectares (265 acres) of historic parkland, with stunning views.

The Fort Knox energy team demonstrated during an Energy Security Project ribbon-cutting ceremony Wednesday the installation’s capability to operate independently of external power sources using natural gas from beneath the post’s surface – a first for a U.S. military installation.

The project was originally conceived to address mission readiness issues experienced in 2009 when an ice storm left Fort Knox and much of Kentucky without power for several consecutive days.

The harvesting of renewable methane gas on post in recent years and the installation’s six new energy substations that include gas generators now allow Fort Knox to continue 100 percent of its operations if power from the external utility provider is cut off. The post’s 3.7 megawatts of solar arrays and 6 million square feet of building space that is heated and cooled using geothermal energy has allowed the post to reduce its dependency on using other power sources, such as gas, as well.

“We’re giving back gold to the taxpayers,” said Garrison Commander Col. T.J. Edwards. “Our (Directorate of Public Works) estimates that we will save about $8 million per year from peak shaving.”

Peak shaving des-cribes another primary purpose of the Energy Security Project – switching to Fort Knox-produced power when energy demand strains the off-post energy utility, which is also when costs to purchase energy are at its highest. Com- bined with the savings achieved through geothermal heating and cooling, Fort Knox’s annual energy utility bill is projected to be $18 million less.

“Our energy team is special,” said Edwards. “We’ve won nine conse- cutive Secretary of the Army energy awards. But we don’t sit on our laurels. We’re constantly getting after it, asking how do we get better.”

Katherine Ham-mack, the assistant secretary of the Army for Installations, Energy and Environment, addressed the criticality for installations to maintain operating capability at all times.

“Energy security underwrites our unique ability to rapidly de- ploy, employ and sustain military forces around the globe, she

said. “And it’s for that

reason the Army is moving toward building resilience into our installations.”

Fort Knox’s ability to achieve this “resilience” was credited by the secretary and garrison commander as a result of Fort Knox Director-ate of Public Works, contracting command and legal officials working to establish partnerships with third parties whose expertise is in the energy field. As an example, Edwards singled out Brandon Marcum, an engineer and Harshaw Trane subcontractor for Nolin RECC, as a central figure in creating and developing the concept that became the Energy Security Project.

“We have authorities to work with third parties, leveraging core competency, capability and funding to enable us to meet our mission,” said Hammack. “The private sector partners have stepped up to help the Army in meeting our mission requirements.”

Nolin RECC staff gave the audience of about 150 area and military leaders, Fort Knox employees and area community members an inside look at its energy security bunker through a live video stream. Attendees were told how all of the systems function to achieve energy independence and peak shave. The built-in redundancies to prevent power failure – such as an off-site energy security bunker and the multiple, secured substations – were touted as well during the demonstration.

The formal celebration of the occasion involved a unique twist. Dignitaries and Army leaders didn’t cut a ribbon, they unplugged a ribbon. The ribbon was an LED cord, and when it was unplugged in the middle, the side connected to the Fort Knox power source stayed lit, symbolizing Fort Knox’s energy independence.

“Kentucky is very proud of the efforts here,” said Dave Thompson, Kentucky Commission on Mili-tary Affairs executive director. “We see Fort Knox as a growing in- stallation with undeniable potential for the future. Job well done.”

For more information about Fort Knox’s energy initiatives, read Capt. Jo Smoke’s story in the March 26 edition of The Gold Standard, titled “The Army’s only green island: 20 years of energy investments pay off,” which can be found at bit.ly/1FY4MT5. To learn more about the Energy Security Project visit youtu.be/CxNH7m0cdfw.

Photo By Renee Rhodes Fort Knox Photo

SANDF Capability demonstration at the Rand Easter Show – Helicopters inserted and Parabatt Team to secure the Landing Zone then secure a casualty and extracted using the Hot Extraction method, while Rooivalk Attack Helicopter provided Top Cover

Photos: Lourens Badenhorst

151021-N-XT273-150 ATLANTIC OCEAN (Oct. 21, 2015) Visit, Board, Search and Seizure team Sailors perform team movement drills aboard the Arleigh Burke-class guided missile destroyer USS Ross (DDG 71) Oct. 21, 2015. USS Ross is participating in At-Sea Demonstration 2015 , which is a U.K.-hosted, U.S.-facilitated, multi-national demonstration of coalition integrated air and missile defense capability. (U.S. Navy photo by Mass Communication Specialist 2nd Class Justin Stumberg/Released)

Disability rights protest at DWP HQ against Work Capability Assessments - London 01.04.2014

A small group of disability rights activists from DPAC, WinVisible and Mental Health Network protested outside the London headquarters of the Dept for Work and Pensions in Tothill Street (where it's rumoured Iain Duncan Smith keeps his coffin full of soil from Milton Keynes), to demand an end to the discredited, hated Work Capability Assessments which have been used as a blunt weapon by the Tories through their (now-dismissed) henchmen at ATOS to drive many sick and disabled people to their deaths in the dishonest name of 'Austerity'.

Their numbers were few because of last minute changes, but their words - as ever - were poignant, angry and defiant.

This photo © Pete Riches

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This magnificent informal landscape garden was laid out in the 18th century by 'Capability' Brown and further developed in the early years of the 20th century by its owner, Arthur G. Soames. The original four lakes form the centrepiece. There are dramatic shows of daffodils and bluebells in spring, and the rhododendrons and azaleas are spectacular in early summer. Autumn brings stunning colours from the many rare trees and shrubs, and winter walks can be enjoyed in this garden for all seasons. Visitors can now also explore South Park, 107 hectares (265 acres) of historic parkland, with stunning views.

This magnificent informal landscape garden was laid out in the 18th century by 'Capability' Brown and further developed in the early years of the 20th century by its owner, Arthur G. Soames. The original four lakes form the centrepiece. There are dramatic shows of daffodils and bluebells in spring, and the rhododendrons and azaleas are spectacular in early summer. Autumn brings stunning colours from the many rare trees and shrubs, and winter walks can be enjoyed in this garden for all seasons. Visitors can now also explore South Park, 107 hectares (265 acres) of historic parkland, with stunning views.

SANDF Capability demonstration at the Rand Easter Show – Helicopters inserted and Parabatt Team to secure the Landing Zone then secure a casualty and extracted using the Hot Extraction method, while Rooivalk Attack Helicopter provided Top Cover

Photos: Lourens Badenhorst

HTC One x "Best shot" capability

Temple Newsam is a 15th centuryTudor-Jacobean house in Leeds, famous as the birthplace of Lord Darnley, the ill-fated husband of Mary, Queen of Scots and with grounds landscaped by Capability Brown.

The manor of Newsam was owned by the Knights Templar in the 12th century before the estate passed to the Darcy family, and Thomas, Lord Darcy built the first manor house here in about 1500. One wing of Darcy's original manor survives as the central block of the current house.

Darcy was executed for treason for his part in the Pilgrimage of Grace in 1537and his lands were seized by the crown. Henry VIII gave Newsam to the Countess of Lennox, and her son, Henry, Lord Darnley was born and raised here. After Darnley's murder, Elizabeth I seized the estate, and the house languished in a state of neglect until 1622 when it was purchased by Sir Arthur Ingram. Ingram tore down much of the earlier manor house and built two large new wings to form the basis of the house we see today.

In 1758 Charles, 9th Lord Irwin, married a rich heiress and used her money to transform the interior of Temple Newsam and fill it with a collection of fine art including Old Master works. They hired James Wyatt to build a grand staircase, and Capability Brown to create the landscape garden that surrounds the house.

The house was the home of the Ingram family for over 300 years until 1922 when Lord Halifax sold the park and house to Leeds Corporation for a nominal sum, placing covenants over them to ensure their preservation for the future. The house and estate are now owned by Leeds City Council and open to the public.

170807-N-KB401-452 THE MINCH, Scotland (Aug. 7, 2017) The Nimitz-class aircraft carrier USS George H.W. Bush (CVN 77) transits the Minch, Scotland, during exercise Saxon Warrior 2017, Aug. 7. Saxon Warrior is a United States and United Kingdom co-hosted carrier strike group exercise that demonstrates interoperability and capability to respond to crises and deter potential threats. (U.S. Navy photo by Mass Communication Specialist 2nd Class Michael B. Zingaro/Released)

The Fort Knox energy team demonstrated during an Energy Security Project ribbon-cutting ceremony Wednesday the installation’s capability to operate independently of external power sources using natural gas from beneath the post’s surface – a first for a U.S. military installation.

The project was originally conceived to address mission readiness issues experienced in 2009 when an ice storm left Fort Knox and much of Kentucky without power for several consecutive days.

The harvesting of renewable methane gas on post in recent years and the installation’s six new energy substations that include gas generators now allow Fort Knox to continue 100 percent of its operations if power from the external utility provider is cut off. The post’s 3.7 megawatts of solar arrays and 6 million square feet of building space that is heated and cooled using geothermal energy has allowed the post to reduce its dependency on using other power sources, such as gas, as well.

“We’re giving back gold to the taxpayers,” said Garrison Commander Col. T.J. Edwards. “Our (Directorate of Public Works) estimates that we will save about $8 million per year from peak shaving.”

Peak shaving des-cribes another primary purpose of the Energy Security Project – switching to Fort Knox-produced power when energy demand strains the off-post energy utility, which is also when costs to purchase energy are at its highest. Com- bined with the savings achieved through geothermal heating and cooling, Fort Knox’s annual energy utility bill is projected to be $18 million less.

“Our energy team is special,” said Edwards. “We’ve won nine conse- cutive Secretary of the Army energy awards. But we don’t sit on our laurels. We’re constantly getting after it, asking how do we get better.”

Katherine Ham-mack, the assistant secretary of the Army for Installations, Energy and Environment, addressed the criticality for installations to maintain operating capability at all times.

“Energy security underwrites our unique ability to rapidly de- ploy, employ and sustain military forces around the globe, she

said. “And it’s for that

reason the Army is moving toward building resilience into our installations.”

Fort Knox’s ability to achieve this “resilience” was credited by the secretary and garrison commander as a result of Fort Knox Director-ate of Public Works, contracting command and legal officials working to establish partnerships with third parties whose expertise is in the energy field. As an example, Edwards singled out Brandon Marcum, an engineer and Harshaw Trane subcontractor for Nolin RECC, as a central figure in creating and developing the concept that became the Energy Security Project.

“We have authorities to work with third parties, leveraging core competency, capability and funding to enable us to meet our mission,” said Hammack. “The private sector partners have stepped up to help the Army in meeting our mission requirements.”

Nolin RECC staff gave the audience of about 150 area and military leaders, Fort Knox employees and area community members an inside look at its energy security bunker through a live video stream. Attendees were told how all of the systems function to achieve energy independence and peak shave. The built-in redundancies to prevent power failure – such as an off-site energy security bunker and the multiple, secured substations – were touted as well during the demonstration.

The formal celebration of the occasion involved a unique twist. Dignitaries and Army leaders didn’t cut a ribbon, they unplugged a ribbon. The ribbon was an LED cord, and when it was unplugged in the middle, the side connected to the Fort Knox power source stayed lit, symbolizing Fort Knox’s energy independence.

“Kentucky is very proud of the efforts here,” said Dave Thompson, Kentucky Commission on Mili-tary Affairs executive director. “We see Fort Knox as a growing in- stallation with undeniable potential for the future. Job well done.”

For more information about Fort Knox’s energy initiatives, read Capt. Jo Smoke’s story in the March 26 edition of The Gold Standard, titled “The Army’s only green island: 20 years of energy investments pay off,” which can be found at bit.ly/1FY4MT5. To learn more about the Energy Security Project visit youtu.be/CxNH7m0cdfw.

Photo By Renee Rhodes Fort Knox Photo

The Fort Knox energy team demonstrated during an Energy Security Project ribbon-cutting ceremony Wednesday the installation’s capability to operate independently of external power sources using natural gas from beneath the post’s surface – a first for a U.S. military installation.

The project was originally conceived to address mission readiness issues experienced in 2009 when an ice storm left Fort Knox and much of Kentucky without power for several consecutive days.

The harvesting of renewable methane gas on post in recent years and the installation’s six new energy substations that include gas generators now allow Fort Knox to continue 100 percent of its operations if power from the external utility provider is cut off. The post’s 3.7 megawatts of solar arrays and 6 million square feet of building space that is heated and cooled using geothermal energy has allowed the post to reduce its dependency on using other power sources, such as gas, as well.

“We’re giving back gold to the taxpayers,” said Garrison Commander Col. T.J. Edwards. “Our (Directorate of Public Works) estimates that we will save about $8 million per year from peak shaving.”

Peak shaving des-cribes another primary purpose of the Energy Security Project – switching to Fort Knox-produced power when energy demand strains the off-post energy utility, which is also when costs to purchase energy are at its highest. Com- bined with the savings achieved through geothermal heating and cooling, Fort Knox’s annual energy utility bill is projected to be $18 million less.

“Our energy team is special,” said Edwards. “We’ve won nine conse- cutive Secretary of the Army energy awards. But we don’t sit on our laurels. We’re constantly getting after it, asking how do we get better.”

Katherine Ham-mack, the assistant secretary of the Army for Installations, Energy and Environment, addressed the criticality for installations to maintain operating capability at all times.

“Energy security underwrites our unique ability to rapidly de- ploy, employ and sustain military forces around the globe, she

said. “And it’s for that

reason the Army is moving toward building resilience into our installations.”

Fort Knox’s ability to achieve this “resilience” was credited by the secretary and garrison commander as a result of Fort Knox Director-ate of Public Works, contracting command and legal officials working to establish partnerships with third parties whose expertise is in the energy field. As an example, Edwards singled out Brandon Marcum, an engineer and Harshaw Trane subcontractor for Nolin RECC, as a central figure in creating and developing the concept that became the Energy Security Project.

“We have authorities to work with third parties, leveraging core competency, capability and funding to enable us to meet our mission,” said Hammack. “The private sector partners have stepped up to help the Army in meeting our mission requirements.”

Nolin RECC staff gave the audience of about 150 area and military leaders, Fort Knox employees and area community members an inside look at its energy security bunker through a live video stream. Attendees were told how all of the systems function to achieve energy independence and peak shave. The built-in redundancies to prevent power failure – such as an off-site energy security bunker and the multiple, secured substations – were touted as well during the demonstration.

The formal celebration of the occasion involved a unique twist. Dignitaries and Army leaders didn’t cut a ribbon, they unplugged a ribbon. The ribbon was an LED cord, and when it was unplugged in the middle, the side connected to the Fort Knox power source stayed lit, symbolizing Fort Knox’s energy independence.

“Kentucky is very proud of the efforts here,” said Dave Thompson, Kentucky Commission on Mili-tary Affairs executive director. “We see Fort Knox as a growing in- stallation with undeniable potential for the future. Job well done.”

For more information about Fort Knox’s energy initiatives, read Capt. Jo Smoke’s story in the March 26 edition of The Gold Standard, titled “The Army’s only green island: 20 years of energy investments pay off,” which can be found at bit.ly/1FY4MT5. To learn more about the Energy Security Project visit youtu.be/CxNH7m0cdfw.

Photo By Renee Rhodes Fort Knox Photo

SANDF Capability demonstration at the Rand Easter Show – Helicopters inserted and Parabatt Team to secure the Landing Zone then secure a casualty and extracted using the Hot Extraction method, while Rooivalk Attack Helicopter provided Top Cover

Photos: Lourens Badenhorst

Roche Abbey near Maltby. This view looks over Maltby Beck to the late twelfth century eastern gable of the Cistercian foundation's abbey church. The secluded site, partially landscaped by 'Capability' Brown during the 1700s, is in the care of English Heritage.

U.S. Air Force F-15E Strike Eagle dual-role fighter aircraft assigned to the 336th Fighter Squadron, Seymour Johnson Air Force Base, N.C., take off Aug. 5, 2016, at Eielson Air Force Base, Alaska, during familiarization day of RED FLAG-Alaska (RF-A) 16-3. Originally operated under the name COPE THUNDER, the exercise moved to Eielson in 1992 from Clark Air Base, Philippines, after the eruption of Mount Pinatubo on June 15, 1991. COPE THUNDER was re-designated RF-A in 2006. (U.S. Air Force photo by Staff Sgt. Shawn Nickel)

This magnificent informal landscape garden was laid out in the 18th century by 'Capability' Brown and further developed in the early years of the 20th century by its owner, Arthur G. Soames. The original four lakes form the centrepiece. There are dramatic shows of daffodils and bluebells in spring, and the rhododendrons and azaleas are spectacular in early summer. Autumn brings stunning colours from the many rare trees and shrubs, and winter walks can be enjoyed in this garden for all seasons. Visitors can now also explore South Park, 107 hectares (265 acres) of historic parkland, with stunning views.

The Fort Knox energy team demonstrated during an Energy Security Project ribbon-cutting ceremony Wednesday the installation’s capability to operate independently of external power sources using natural gas from beneath the post’s surface – a first for a U.S. military installation.

The project was originally conceived to address mission readiness issues experienced in 2009 when an ice storm left Fort Knox and much of Kentucky without power for several consecutive days.

The harvesting of renewable methane gas on post in recent years and the installation’s six new energy substations that include gas generators now allow Fort Knox to continue 100 percent of its operations if power from the external utility provider is cut off. The post’s 3.7 megawatts of solar arrays and 6 million square feet of building space that is heated and cooled using geothermal energy has allowed the post to reduce its dependency on using other power sources, such as gas, as well.

“We’re giving back gold to the taxpayers,” said Garrison Commander Col. T.J. Edwards. “Our (Directorate of Public Works) estimates that we will save about $8 million per year from peak shaving.”

Peak shaving des-cribes another primary purpose of the Energy Security Project – switching to Fort Knox-produced power when energy demand strains the off-post energy utility, which is also when costs to purchase energy are at its highest. Com- bined with the savings achieved through geothermal heating and cooling, Fort Knox’s annual energy utility bill is projected to be $18 million less.

“Our energy team is special,” said Edwards. “We’ve won nine conse- cutive Secretary of the Army energy awards. But we don’t sit on our laurels. We’re constantly getting after it, asking how do we get better.”

Katherine Ham-mack, the assistant secretary of the Army for Installations, Energy and Environment, addressed the criticality for installations to maintain operating capability at all times.

“Energy security underwrites our unique ability to rapidly de- ploy, employ and sustain military forces around the globe, she

said. “And it’s for that

reason the Army is moving toward building resilience into our installations.”

Fort Knox’s ability to achieve this “resilience” was credited by the secretary and garrison commander as a result of Fort Knox Director-ate of Public Works, contracting command and legal officials working to establish partnerships with third parties whose expertise is in the energy field. As an example, Edwards singled out Brandon Marcum, an engineer and Harshaw Trane subcontractor for Nolin RECC, as a central figure in creating and developing the concept that became the Energy Security Project.

“We have authorities to work with third parties, leveraging core competency, capability and funding to enable us to meet our mission,” said Hammack. “The private sector partners have stepped up to help the Army in meeting our mission requirements.”

Nolin RECC staff gave the audience of about 150 area and military leaders, Fort Knox employees and area community members an inside look at its energy security bunker through a live video stream. Attendees were told how all of the systems function to achieve energy independence and peak shave. The built-in redundancies to prevent power failure – such as an off-site energy security bunker and the multiple, secured substations – were touted as well during the demonstration.

The formal celebration of the occasion involved a unique twist. Dignitaries and Army leaders didn’t cut a ribbon, they unplugged a ribbon. The ribbon was an LED cord, and when it was unplugged in the middle, the side connected to the Fort Knox power source stayed lit, symbolizing Fort Knox’s energy independence.

“Kentucky is very proud of the efforts here,” said Dave Thompson, Kentucky Commission on Mili-tary Affairs executive director. “We see Fort Knox as a growing in- stallation with undeniable potential for the future. Job well done.”

For more information about Fort Knox’s energy initiatives, read Capt. Jo Smoke’s story in the March 26 edition of The Gold Standard, titled “The Army’s only green island: 20 years of energy investments pay off,” which can be found at bit.ly/1FY4MT5. To learn more about the Energy Security Project visit youtu.be/CxNH7m0cdfw.

Photo By Renee Rhodes Fort Knox Photo

SANDF Capability demonstration at the Rand Easter Show – Helicopters inserted and Parabatt Team to secure the Landing Zone then secure a casualty and extracted using the Hot Extraction method, while Rooivalk Attack Helicopter provided Top Cover

Photos: Lourens Badenhorst

The MiG-29 was designed in response to a new generation of American fighters, which included the F-15 and F-16. Designed as an air defense fighter, this dual-purpose aircraft also possessed a ground attack capability. The task of producing a "frontal" or tactical fighter for the Frontal Aviation Regiments of the Soviet Air Force went to the Mikoyan-Gurevich Design Bureau (MiG OKB). Employing all the technical data available about the most advanced Western aircraft, the MiG designers started working on the MiG-29 in the early 1970s, and the first prototype made its first flight on Oct. 6, 1977. U.S. reconnaissance satellites detected the new fighter in November 1977, and NATO gave it the designation "Fulcrum."

Production started in 1982, and deliveries to Frontal Aviation units started in 1983. By comparison, the USAF's first operational F-15As arrived seven years earlier in 1976, and its F-16As entered operational service four years earlier in 1979.

Although newer, the MiG-29 still lagged behind the most modern Western fighters in several important areas. For instance, the aircraft designers had little experience in either fly-by-wire controls or lightweight composite materials for airframe construction, and the first MiG-29 versions used a conventional hydraulic flight control system and an aluminum alloy fuselage. Over time, MiG designers addressed these deficiencies, and later variants of the MiG-29 incorporated some fly-by-wire controls and composite materials.

Nevertheless, the MiG-29 presented a formidable threat to Western pilots. The radars used on earlier Soviet fighters had been unable to distinguish aircraft flying below them from ground clutter, and low-flying aircraft could avoid detection. With the Phazotron NIIR N019 Doppler radar (NATO designation "Slot Back") capable of detecting a target more than 60 miles away, infrared tracking sensors, and a laser rangefinder carried on the MiG-29, a pilot could track and shoot at aircraft flying below him. Also, the pilot's Shchel-3UM-1 helmet-mounted aiming device turned the MiG-29 into a very dangerous threat once opponents came within visual range. No longer did a pilot have to turn his aircraft toward a target and wait for his missiles' sensors to "lock-on" before firing. Now, the pilot simply turned his head toward a target, and the helmet aimed the missile's sensors toward the target. This "off boresight" procedure gave the MiG-29 pilot a great advantage at close range.

The aircraft on display was an early model Soviet Air Force MiG-29A (S/N 2960516761) assigned to the 234th Gvardeiskii Istrebitelnii Aviatsionnii Polk (234th Guards Fighter Aviation Regiment) stationed at Kubinka Air Base near Moscow. It was one of the six MiG-29s that made a good will visit to Kuopio-Rissala, Finland, in July 1986. This event marked the first public display of the MiG-29.

TECHNICAL NOTES:

Armament: One 30mm GSh-301 cannon; six air-to-air missiles (mixture of medium-range, radar-guided AA-10 "Alamo-A;" or close-range, infrared-guided AA-11 "Archer;" and/or close-range, infrared-guided AA-8 "Aphid" missiles); able to carry bombs and 57mm, 80mm and 240mm rockets in attack role.

Engines: Two Isotov RD-33 turbofans of approx. 18,300 lbs. thrust each with afterburner

Maximum speed: Approx. Mach 2.3

As autumn tightens its cool grip - this bridge and lake setting, designed by Capability Brown in E Sussex, offers a tranquil moment of reflection

HTC One x "Best shot" capability

Temple Newsam is a 15th centuryTudor-Jacobean house in Leeds, famous as the birthplace of Lord Darnley, the ill-fated husband of Mary, Queen of Scots and with grounds landscaped by Capability Brown.

The manor of Newsam was owned by the Knights Templar in the 12th century before the estate passed to the Darcy family, and Thomas, Lord Darcy built the first manor house here in about 1500. One wing of Darcy's original manor survives as the central block of the current house.

Darcy was executed for treason for his part in the Pilgrimage of Grace in 1537and his lands were seized by the crown. Henry VIII gave Newsam to the Countess of Lennox, and her son, Henry, Lord Darnley was born and raised here. After Darnley's murder, Elizabeth I seized the estate, and the house languished in a state of neglect until 1622 when it was purchased by Sir Arthur Ingram. Ingram tore down much of the earlier manor house and built two large new wings to form the basis of the house we see today.

In 1758 Charles, 9th Lord Irwin, married a rich heiress and used her money to transform the interior of Temple Newsam and fill it with a collection of fine art including Old Master works. They hired James Wyatt to build a grand staircase, and Capability Brown to create the landscape garden that surrounds the house.

The house was the home of the Ingram family for over 300 years until 1922 when Lord Halifax sold the park and house to Leeds Corporation for a nominal sum, placing covenants over them to ensure their preservation for the future. The house and estate are now owned by Leeds City Council and open to the public.

The Fort Knox energy team demonstrated during an Energy Security Project ribbon-cutting ceremony Wednesday the installation’s capability to operate independently of external power sources using natural gas from beneath the post’s surface – a first for a U.S. military installation.

The project was originally conceived to address mission readiness issues experienced in 2009 when an ice storm left Fort Knox and much of Kentucky without power for several consecutive days.

The harvesting of renewable methane gas on post in recent years and the installation’s six new energy substations that include gas generators now allow Fort Knox to continue 100 percent of its operations if power from the external utility provider is cut off. The post’s 3.7 megawatts of solar arrays and 6 million square feet of building space that is heated and cooled using geothermal energy has allowed the post to reduce its dependency on using other power sources, such as gas, as well.

“We’re giving back gold to the taxpayers,” said Garrison Commander Col. T.J. Edwards. “Our (Directorate of Public Works) estimates that we will save about $8 million per year from peak shaving.”

Peak shaving des-cribes another primary purpose of the Energy Security Project – switching to Fort Knox-produced power when energy demand strains the off-post energy utility, which is also when costs to purchase energy are at its highest. Com- bined with the savings achieved through geothermal heating and cooling, Fort Knox’s annual energy utility bill is projected to be $18 million less.

“Our energy team is special,” said Edwards. “We’ve won nine conse- cutive Secretary of the Army energy awards. But we don’t sit on our laurels. We’re constantly getting after it, asking how do we get better.”

Katherine Ham-mack, the assistant secretary of the Army for Installations, Energy and Environment, addressed the criticality for installations to maintain operating capability at all times.

“Energy security underwrites our unique ability to rapidly de- ploy, employ and sustain military forces around the globe, she

said. “And it’s for that

reason the Army is moving toward building resilience into our installations.”

Fort Knox’s ability to achieve this “resilience” was credited by the secretary and garrison commander as a result of Fort Knox Director-ate of Public Works, contracting command and legal officials working to establish partnerships with third parties whose expertise is in the energy field. As an example, Edwards singled out Brandon Marcum, an engineer and Harshaw Trane subcontractor for Nolin RECC, as a central figure in creating and developing the concept that became the Energy Security Project.

“We have authorities to work with third parties, leveraging core competency, capability and funding to enable us to meet our mission,” said Hammack. “The private sector partners have stepped up to help the Army in meeting our mission requirements.”

Nolin RECC staff gave the audience of about 150 area and military leaders, Fort Knox employees and area community members an inside look at its energy security bunker through a live video stream. Attendees were told how all of the systems function to achieve energy independence and peak shave. The built-in redundancies to prevent power failure – such as an off-site energy security bunker and the multiple, secured substations – were touted as well during the demonstration.

The formal celebration of the occasion involved a unique twist. Dignitaries and Army leaders didn’t cut a ribbon, they unplugged a ribbon. The ribbon was an LED cord, and when it was unplugged in the middle, the side connected to the Fort Knox power source stayed lit, symbolizing Fort Knox’s energy independence.

“Kentucky is very proud of the efforts here,” said Dave Thompson, Kentucky Commission on Mili-tary Affairs executive director. “We see Fort Knox as a growing in- stallation with undeniable potential for the future. Job well done.”

For more information about Fort Knox’s energy initiatives, read Capt. Jo Smoke’s story in the March 26 edition of The Gold Standard, titled “The Army’s only green island: 20 years of energy investments pay off,” which can be found at bit.ly/1FY4MT5. To learn more about the Energy Security Project visit youtu.be/CxNH7m0cdfw.

Photo By Renee Rhodes Fort Knox Photo

This side by side comparison of pre-Materials viewer images (Singularity in this case) and post (the new SL viewer) just blows me away. Can't wait for third party viewers to get this capability. This image shows the new Second Life viewer, and you can see dramatically how light and shadow play over the surface. Same model, different viewers.

When the 1st Duke of Marlborough and his architect, John Vanbrugh, surveyed Queen Anne's gift of Woodstock Park, they saw an awkward valley of marshland. Vanbrugh reimagined this marsh as ornamental water - crossed by the “finest bridge in Europe”.

The Duke duly approved Vanbrugh’s design, and building of The Grand Bridge began in 1708.

The main arch was eventually keyed in 1710, measuring 31 metres (101ft) wide and containing more than 30 rooms. Yet the bridge never quite scaled the heights of Vanbrugh’s intentions, as the arcaded superstructure that was planned to crown the bridge was never completed.

Still, it proved a stunning addition to Blenheim Palace – particularly when Capability Brown built a dam and cascade near Bladon, allowing the River Glyme to flow through the lower parts of the bridge.

The resulting ‘natural’ lakes on either side gave purpose to Vanbrugh’s heroic structure, prompting Sir Sacheverell Sitwell to remark: “The lake at Blenheim is the one great argument of the landscape gardener. There is nothing finer in Europe”.

SANDF Capability demonstration at the Rand Easter Show – Helicopters inserted and Parabatt Team to secure the Landing Zone then secure a casualty and extracted using the Hot Extraction method, while Rooivalk Attack Helicopter provided Top Cover

Photos: Lourens Badenhorst

Set in beautiful parkland of 2100 acres, which was landscaped by 'Capability' Brown in 1760's, the Palace is surrounded by sweeping lawns and formal gardens and birthplace of Sir Winston Churchill.

"I felt awed, ant-like, apprehensive, as I gazed on Blenheim's huge baroque mass, its fearful symmetry, its threatening roofscape of ferocious lions and plunging swords, its trumpeting central portico and tremendous trailing wings. House and courtyards cover seven acres. This is a dragon of a house which once breathed fire and was turned to stone by some terrible curse. Blenheim sprawls like a petrified dinosaur or beached whale, completely out of scale with the little blue folds of hills that lap it round. Surely the huge stones of its walls were quarried by giants; how they reached the site in the days before cranes and lorries is a mystery as awesome as how the Egyptians built their pyramids."

said Marian Fowler

A walk around Minterne Gardens in Dorset.

The garden walk is about 1 mile in a horseshoe shape.

You can take different paths on the last leg of the walk, we went on the upper path.

Trees

Information below from leaflet from Minterne Gardens:

The Minterne Valley, landscapped in the manner of Capability Brown in the 18th century, has been the home of the Churchill and Digby families for 350 years. The gardens are laid out in a horseshoe below Minterne House, with a chain of small lakes, waterfalls and streams. They contain an important collection of Himalayan Rhodocdendrons and Azaleas, with Spring bulbs, Cherries, Maples and many fine and rare trees; the garden is noted for its Autumn colouring.

Of particular note are the large plants of Magnolia Campbellii which flower in March and April, together with a profusion of spring bulbs. Many flowering cherries were brought from Japan in 1920 and the Pieris Forrestii with their brilliant scarlet shoots, originally came from Wakehurst. A very fine collection of Davidia Involucrata (the pocket handkerchief tree) produce striking bracts in late May and early June, when the streams are lined with primulas, astilbes and other water plants.

Croome Court is a mid-18th-century Neo-Palladian mansion surrounded by extensive landscaped parkland at Croome D'Abitot, near Pershore in south Worcestershire, England. The mansion and park were designed by Lancelot "Capability" Brown for the 6th Earl of Coventry, and were Brown's first landscape design and first major architectural project. Some of the mansion's rooms were designed by Robert Adam.

The mansion house is owned by Croome Heritage Trust, and is leased to the National Trust which operates it as a tourist attraction. The National Trust owns the surrounding parkland, which is also open to the public.

taken from: en.wikipedia.org/wiki/Croome_Court

Strategic Airlift Capability program.

At the 2006 Farnborough Airshow, a number of NATO member nations signed a letter of intent to jointly purchase and operate several C-17s within the Strategic Airlift Capability (SAC). SAC members are Bulgaria, Estonia, Hungary, Lithuania, the Netherlands, Norway, Poland, Romania, Slovenia, the U.S., along with two Partnership for Peace countries Finland and Sweden as of 2010.The purchase was for two C-17s, and a third was contributed by the U.S. On 14 July 2009, Boeing delivered the first C-17 under the SAC program. The second and third C-17s were delivered in September and October 2009.

Disability rights protest at DWP HQ against Work Capability Assessments - London 01.04.2014

A small group of disability rights activists from DPAC, WinVisible and Mental Health Network protested outside the London headquarters of the Dept for Work and Pensions in Tothill Street (where it's rumoured Iain Duncan Smith keeps his coffin full of soil from Milton Keynes), to demand an end to the discredited, hated Work Capability Assessments which have been used as a blunt weapon by the Tories through their (now-dismissed) henchmen at ATOS to drive many sick and disabled people to their deaths in the dishonest name of 'Austerity'.

Their numbers were few because of last minute changes, but their words - as ever - were poignant, angry and defiant.

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The Fort Knox energy team demonstrated during an Energy Security Project ribbon-cutting ceremony Wednesday the installation’s capability to operate independently of external power sources using natural gas from beneath the post’s surface – a first for a U.S. military installation.

The project was originally conceived to address mission readiness issues experienced in 2009 when an ice storm left Fort Knox and much of Kentucky without power for several consecutive days.

The harvesting of renewable methane gas on post in recent years and the installation’s six new energy substations that include gas generators now allow Fort Knox to continue 100 percent of its operations if power from the external utility provider is cut off. The post’s 3.7 megawatts of solar arrays and 6 million square feet of building space that is heated and cooled using geothermal energy has allowed the post to reduce its dependency on using other power sources, such as gas, as well.

“We’re giving back gold to the taxpayers,” said Garrison Commander Col. T.J. Edwards. “Our (Directorate of Public Works) estimates that we will save about $8 million per year from peak shaving.”

Peak shaving des-cribes another primary purpose of the Energy Security Project – switching to Fort Knox-produced power when energy demand strains the off-post energy utility, which is also when costs to purchase energy are at its highest. Com- bined with the savings achieved through geothermal heating and cooling, Fort Knox’s annual energy utility bill is projected to be $18 million less.

“Our energy team is special,” said Edwards. “We’ve won nine conse- cutive Secretary of the Army energy awards. But we don’t sit on our laurels. We’re constantly getting after it, asking how do we get better.”

Katherine Ham-mack, the assistant secretary of the Army for Installations, Energy and Environment, addressed the criticality for installations to maintain operating capability at all times.

“Energy security underwrites our unique ability to rapidly de- ploy, employ and sustain military forces around the globe, she

said. “And it’s for that

reason the Army is moving toward building resilience into our installations.”

Fort Knox’s ability to achieve this “resilience” was credited by the secretary and garrison commander as a result of Fort Knox Director-ate of Public Works, contracting command and legal officials working to establish partnerships with third parties whose expertise is in the energy field. As an example, Edwards singled out Brandon Marcum, an engineer and Harshaw Trane subcontractor for Nolin RECC, as a central figure in creating and developing the concept that became the Energy Security Project.

“We have authorities to work with third parties, leveraging core competency, capability and funding to enable us to meet our mission,” said Hammack. “The private sector partners have stepped up to help the Army in meeting our mission requirements.”

Nolin RECC staff gave the audience of about 150 area and military leaders, Fort Knox employees and area community members an inside look at its energy security bunker through a live video stream. Attendees were told how all of the systems function to achieve energy independence and peak shave. The built-in redundancies to prevent power failure – such as an off-site energy security bunker and the multiple, secured substations – were touted as well during the demonstration.

The formal celebration of the occasion involved a unique twist. Dignitaries and Army leaders didn’t cut a ribbon, they unplugged a ribbon. The ribbon was an LED cord, and when it was unplugged in the middle, the side connected to the Fort Knox power source stayed lit, symbolizing Fort Knox’s energy independence.

“Kentucky is very proud of the efforts here,” said Dave Thompson, Kentucky Commission on Mili-tary Affairs executive director. “We see Fort Knox as a growing in- stallation with undeniable potential for the future. Job well done.”

For more information about Fort Knox’s energy initiatives, read Capt. Jo Smoke’s story in the March 26 edition of The Gold Standard, titled “The Army’s only green island: 20 years of energy investments pay off,” which can be found at bit.ly/1FY4MT5. To learn more about the Energy Security Project visit youtu.be/CxNH7m0cdfw.

Photo By Renee Rhodes Fort Knox Photo

SANDF Capability demonstration at the Rand Easter Show – Helicopters inserted and Parabatt Team to secure the Landing Zone then secure a casualty and extracted using the Hot Extraction method, while Rooivalk Attack Helicopter provided Top Cover

Photos: Lourens Badenhorst

Ugbrooke House

Ugbrooke House is a stately home in the parish of Chudleigh, Devon, England, situated in a valley between Exeter and Newton Abbot.

It dates back over 900 years, having featured in the Domesday Book. Before the Reformation the land belonged to the Church and the house was occupied by Precentors to the Bishop of Exeter. It has been the seat of the Clifford family for over four hundred years, and the owners have held the title Baron Clifford of Chudleigh since 1672.

The 9th Baron Clifford was an aide-de-camp to Edward VII and entertained royalty, both Edward VII and George V, at Ugbrooke Park.

The house, now a Grade I listed building, was remodelled by Robert Adam, while the grounds were redesigned by Capability Brown in 1761.The grounds featured what were possibly the earliest plantings of the European White Elm Ulmus laevis in the UK.The gardens are now Grade II* listed in the National Register of Historic Parks and Gardens.[4] The house and gardens are open to the public for a limited number of days each summer.

Baron Clifford of Chudleigh

Baron Clifford of Chudleigh, of Chudleigh in the County of Devon, is a title in the Peerage of England. It was created in 1672 for Thomas Clifford. The title was created as "Clifford of Chudleigh" rather than simply "Clifford" to differentiate it from several other Clifford Baronies previously created for members of this ancient family, including the Barony of de Clifford (1299), which is extant but now held by a branch line of the Russell family, having inherited through several female lines.

Baron Clifford of Chudleigh is the major surviving male representative of the ancient Norman family which later took the name de Clifford which arrived in England during the Norman Conquest of 1066, feudal barons of Clifford, first seated in England at Clifford Castle in Herefordshire, created Baron de Clifford by writ in 1299. The family seat is Ugbrooke Park, near Chudleigh, Devon.

Notable members of this branch of the Clifford family include antiquarian Arthur Clifford (grandson of the 3rd Baron), Victoria Cross recipient Sir Henry Hugh Clifford (son of the 7th Baron), Catholic clergyman William Clifford (son of the 7th Baron) and colonial administrators Sir Bede Clifford (son of the 10th Baron) and Sir Hugh Clifford (grandson of the 7th Baron). The family is also related to the notable recusant Weld family, of Lulworth Castle, through the 7th Baron's marriage to the daughter of Cardinal Thomas Weld.

Barons Clifford of Chudleigh (1672)

Thomas Clifford, 1st Baron Clifford of Chudleigh (1630–1673)

Hugh Clifford, 2nd Baron Clifford of Chudleigh (1663–1730)

Hugh Clifford, 3rd Baron Clifford of Chudleigh (1700–1732)

Hugh Clifford, 4th Baron Clifford of Chudleigh (1726–1783)

Hugh Edward Henry Clifford, 5th Baron Clifford of Chudleigh (1756–1793)

Charles Clifford, 6th Baron Clifford of Chudleigh (1759–1831)

Hugh Charles Clifford, 7th Baron Clifford of Chudleigh (1790–1858)

Charles Hugh Clifford, 8th Baron Clifford of Chudleigh (1819–1880)

Lewis Henry Hugh Clifford, 9th Baron Clifford of Chudleigh (1851–1916)

William Hugh Clifford, 10th Baron Clifford of Chudleigh (1858–1943)

Charles Oswald Hugh Clifford, 11th Baron Clifford of Chudleigh (1887–1962)

Lewis Joseph Hugh Clifford, 12th Baron Clifford of Chudleigh (1889–1964)

Lewis Hugh Clifford, 13th Baron Clifford of Chudleigh (1916–1988)

Thomas Hugh Clifford, 14th Baron Clifford of Chudleigh (b. 1948)

The heir apparent is the present holder's son Hon. Alexander Thomas Hugh Clifford (b. 1985)

From Wikipedia, the free encyclopedia

Ugbrooke House

Ugbrooke House is a stately home in the parish of Chudleigh, Devon, England, situated in a valley between Exeter and Newton Abbot.

It dates back over 900 years, having featured in the Domesday Book. Before the Reformation the land belonged to the Church and the house was occupied by Precentors to the Bishop of Exeter. It has been the seat of the Clifford family for over four hundred years, and the owners have held the title Baron Clifford of Chudleigh since 1672.

The 9th Baron Clifford was an aide-de-camp to Edward VII and entertained royalty, both Edward VII and George V, at Ugbrooke Park.

The house, now a Grade I listed building, was remodelled by Robert Adam, while the grounds were redesigned by Capability Brown in 1761.The grounds featured what were possibly the earliest plantings of the European White Elm Ulmus laevis in the UK.The gardens are now Grade II* listed in the National Register of Historic Parks and Gardens.[4] The house and gardens are open to the public for a limited number of days each summer.

Baron Clifford of Chudleigh

Baron Clifford of Chudleigh, of Chudleigh in the County of Devon, is a title in the Peerage of England. It was created in 1672 for Thomas Clifford. The title was created as "Clifford of Chudleigh" rather than simply "Clifford" to differentiate it from several other Clifford Baronies previously created for members of this ancient family, including the Barony of de Clifford (1299), which is extant but now held by a branch line of the Russell family, having inherited through several female lines.

Baron Clifford of Chudleigh is the major surviving male representative of the ancient Norman family which later took the name de Clifford which arrived in England during the Norman Conquest of 1066, feudal barons of Clifford, first seated in England at Clifford Castle in Herefordshire, created Baron de Clifford by writ in 1299. The family seat is Ugbrooke Park, near Chudleigh, Devon.

Notable members of this branch of the Clifford family include antiquarian Arthur Clifford (grandson of the 3rd Baron), Victoria Cross recipient Sir Henry Hugh Clifford (son of the 7th Baron), Catholic clergyman William Clifford (son of the 7th Baron) and colonial administrators Sir Bede Clifford (son of the 10th Baron) and Sir Hugh Clifford (grandson of the 7th Baron). The family is also related to the notable recusant Weld family, of Lulworth Castle, through the 7th Baron's marriage to the daughter of Cardinal Thomas Weld.

Barons Clifford of Chudleigh (1672)

Thomas Clifford, 1st Baron Clifford of Chudleigh (1630–1673)

Hugh Clifford, 2nd Baron Clifford of Chudleigh (1663–1730)

Hugh Clifford, 3rd Baron Clifford of Chudleigh (1700–1732)

Hugh Clifford, 4th Baron Clifford of Chudleigh (1726–1783)

Hugh Edward Henry Clifford, 5th Baron Clifford of Chudleigh (1756–1793)

Charles Clifford, 6th Baron Clifford of Chudleigh (1759–1831)

Hugh Charles Clifford, 7th Baron Clifford of Chudleigh (1790–1858)

Charles Hugh Clifford, 8th Baron Clifford of Chudleigh (1819–1880)

Lewis Henry Hugh Clifford, 9th Baron Clifford of Chudleigh (1851–1916)

William Hugh Clifford, 10th Baron Clifford of Chudleigh (1858–1943)

Charles Oswald Hugh Clifford, 11th Baron Clifford of Chudleigh (1887–1962)

Lewis Joseph Hugh Clifford, 12th Baron Clifford of Chudleigh (1889–1964)

Lewis Hugh Clifford, 13th Baron Clifford of Chudleigh (1916–1988)

Thomas Hugh Clifford, 14th Baron Clifford of Chudleigh (b. 1948)

The heir apparent is the present holder's son Hon. Alexander Thomas Hugh Clifford (b. 1985)

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