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The Season Story Credits:
Hair:
"[DUE]" - Michelle
Apparel:
Dress - "The Annex" - Watermark Gown (The Shallows)
Headwear - "Bauhaus Movement" - Sissy (Winter)
Chest - "Bauhaus Movement" - Sissy (Winter)
Decor:
"un Jour" - Nostalgia-LPU
available now at The Season Story
With arable areas nearby, this strip of mixed rough grassland Parallel to a nearby strip of woodland is perfect habitat for Brown Hares.
Thank you all for your kind responses.
A Rare sight of Eastleigh's LPU seen here responding along the M3. Note the lighting upgrade of blue lights in the head lights.
Making good use of the increased speeds through the area now that the speed restrictions have been lifted on this section, XR555, XR557 and BL34 power away from Llanelly on the evening of the 17/11/21 with 9154 from Quambatook to North Geelong.
Video available at: youtu.be/LpU_aE7nSDY
Crosville SDC30 H130 LPU is seen here at the annual Leyland Lynx Running day at the North West Museum of Road Transport on 18.03.2012.
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Crosville SDC30 H130 LPU is seen here at the annual Leyland Lynx Running day at the North West Museum of Road Transport on 18.03.2012.
SJ66 LPU is a Volvo B5TL/Wright Eclipse Gemini new to Lothian Buses in January 2017 as their 454. It is seen here crossing the Royal Mile on service 7 to Newhaven.
One of the new Cessna Citation 510 Mustangs.
Website: One Mile High Photography
Facebook: www.facebook.com/OneMileHighPhotography
Hampshire's DT land rover LPU seen here parked up within Headquarters. My thanks to Steve for allowing the visit and helping with Photo's!
Goal 7 of the UN's Sustainable Development Goals is: Ensure access to affordable, reliable, sustainable and modern energy for all. There are great parallels to be made with the International Space Station. All our energy is completely carbon free as it comes from these beautiful, large, solar panels. They have been providing all the electricity we need up here for 20 years, but we have a great advantage: no clouds, so they get the full effect of our Sun. However half of our 90-minute orbit around is in the shadow of Earth, so batteries take over for 45 minutes to keep the electricity flowing, and they are recharged when we fly back into sunlight. As energy up here is a limited resource, a list exists where each facility is placed in order of priority. Representatives from the five space agencies that run the International Space Station work together to make the list so if ever power dips the top-priority facilities continue to run. I hear that the discussions around this can be quite lively as nobody wants their facility turned off, but for over 20 years researchers and mission designers have worked it out together and energy is continued to be produced and distributed. Like many things on the Space Station this is a nice example of what needs to be done on Earth, but obviously on a much larger scale and nobody is saying it is easy. Meanwhile after 20 years of service, the solar panels are getting ready for an upgrade with spacewalks planned to install new ones in the Summer. We need to safeguard our future energy to make it sustainable and continuous, just like on Earth.
Le 7e des Objectifs de développement durable de l'ONU : assurer l'accès pour tous à une énergie abordable, fiable, et durable. On peut faire plusieurs parallèles avec la Station spatiale internationale. Notre énergie est décarbonée car solaire: on voit assez nos immenses panneaux J. Ils fournissent toute l'électricité nécessaire ici depuis 20 ans, mais nous avons un gros avantage : l'absence de nuages :sunglass: Ils profitent pleinement du soleil, même si, à cause de sa trajectoire autour de la Terre, la Station spatiale passe constamment de l’ombre (côté non éclairé de la terre) à la lumière (côté éclairé).. d’où harge et décharge de grandes batteries extérieures. L'énergie étant une ressource limitée ici, les 5 agences spatiales qui gèrent la Station travaillent ensemble pour la gérer. En cas de problème électrique, il faut des priorités claires. En tout cas pendant plus de 20 ans, les chercheurs et les ingénieurs ont trouvé des solutions ensemble et l'énergie continue d'être produite et distribuée. Comme souvent sur l’ISS, c’est un bel exemple de ce qui doit être fait sur Terre, à plus grande echelle – c’est évidement beaucoup lpus difficile. Après des années de bons et loyaux services, les panneaux solaires donnent des signes de fatigue et des sorties extravéhiculaires sont prévues pour en installer de nouveaux au mois de juin. Ici aussi, on se creuse la tête pour render notre énergie plus durable.
Credits: ESA/NAS–T. Pesquet
421D0739
Back in city centre Manchester in 2001, the Centreline service, as it was then, was being operated by the First Pioneer unit, based at the time in Rochdale. Low-floor Optare Solos were the regular choice, but every so often something a bit more basic would be thrust out into traffic. 1858 - a bog-standard step-entrance Merc 709D with Reeve Burgess body - had been new originally to Thamesway. The general mood among those on board would appear to be one of stony resignation, darkened no doubt by the presence of a standing load.
Interestingly the purple skirt of the livery somehow totally covers the rear wheel arch, but not the front.
Manchester, Piccadilly Station approach, 13/06/2001.
Arriva the Shires
ADL Enviro400s
5469 SN15 LPZ, 5465 SN15 LPU and 5463 SN15 LPO
Depot, Smeaton Close, Aylesbury
All are for entry into service onto Sapphire route 280. Six have arrived at the depot with another three due during the next week.
TrawsCymru Evora 21361 passes Penarth Street with a terminating T4 service
Vehicle Details
Operator: Stagecoach South Wales
Fleet Details: 21361
Registration: BV19 LPU
Vehicle Type: Volvo B8RLE, MCV Evora
Arriva the Shires
ADL Enviro400s
5463 SN15 LPO and 5465 SN15 LPU
Depot, Smeaton Close, Aylesbury
All are for entry into service onto Sapphire route 280. Six have arrived at the depot with another three due during the next week.
Seen on the day of there arrival
Goal 7 of the UN's Sustainable Development Goals is: Ensure access to affordable, reliable, sustainable and modern energy for all. There are great parallels to be made with the International Space Station. All our energy is completely carbon free as it comes from these beautiful, large, solar panels. They have been providing all the electricity we need up here for 20 years, but we have a great advantage: no clouds, so they get the full effect of our Sun. However half of our 90-minute orbit around is in the shadow of Earth, so batteries take over for 45 minutes to keep the electricity flowing, and they are recharged when we fly back into sunlight. As energy up here is a limited resource, a list exists where each facility is placed in order of priority. Representatives from the five space agencies that run the International Space Station work together to make the list so if ever power dips the top-priority facilities continue to run. I hear that the discussions around this can be quite lively as nobody wants their facility turned off, but for over 20 years researchers and mission designers have worked it out together and energy is continued to be produced and distributed. Like many things on the Space Station this is a nice example of what needs to be done on Earth, but obviously on a much larger scale and nobody is saying it is easy. Meanwhile after 20 years of service, the solar panels are getting ready for an upgrade with spacewalks planned to install new ones in the Summer. We need to safeguard our future energy to make it sustainable and continuous, just like on Earth.
Le 7e des Objectifs de développement durable de l'ONU : assurer l'accès pour tous à une énergie abordable, fiable, et durable. On peut faire plusieurs parallèles avec la Station spatiale internationale. Notre énergie est décarbonée car solaire: on voit assez nos immenses panneaux J. Ils fournissent toute l'électricité nécessaire ici depuis 20 ans, mais nous avons un gros avantage : l'absence de nuages :sunglass: Ils profitent pleinement du soleil, même si, à cause de sa trajectoire autour de la Terre, la Station spatiale passe constamment de l’ombre (côté non éclairé de la terre) à la lumière (côté éclairé).. d’où harge et décharge de grandes batteries extérieures. L'énergie étant une ressource limitée ici, les 5 agences spatiales qui gèrent la Station travaillent ensemble pour la gérer. En cas de problème électrique, il faut des priorités claires. En tout cas pendant plus de 20 ans, les chercheurs et les ingénieurs ont trouvé des solutions ensemble et l'énergie continue d'être produite et distribuée. Comme souvent sur l’ISS, c’est un bel exemple de ce qui doit être fait sur Terre, à plus grande echelle – c’est évidement beaucoup lpus difficile. Après des années de bons et loyaux services, les panneaux solaires donnent des signes de fatigue et des sorties extravéhiculaires sont prévues pour en installer de nouveaux au mois de juin. Ici aussi, on se creuse la tête pour render notre énergie plus durable.
Credits: ESA/NAS–T. Pesquet
439B6172