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The Iconic Ford Power Live Event took Place at Brands Hatch to Celebrate The Blue Badged Ford Motor Company and their Iconic Cars From both the Past and The Present. From Escort Mexico's to Modern Ford Mustang GT'S there was Everything for the Ford Enthusiast to enjoy.

The Support Races Featured During the Day were also Full of Different Makes and Models of Ford Racing Cars From The Focus RS to the Ford Escort and the Iconic Sierra Cosworth and even the Iconic Enduro KA series was Present and with Drivers and Spectators Ready the Racing was about to begin.

Lets Turn to the Race Track and See what is the First Support Race to make it onto the Race track.

Champion Of Brands (Qualifying)

First up Champion of Brands and with Fast and High Speed Action from Thease Machines Lets See who took that all important People Position to Start the Race in P1.

In First Place was (Tom Mills) in his Spectrum KMR with a Best Lap Time of 50.154 and a Top Speed of 86.70mph. Amazing work there Tom a truly Heroic and Brave Drive for Pole Position.

In Second Place was (Niall Murray) in his Van Diemen BD21 with a Best Lap Time of 50.397 and a Top Speed of 86.28mph. Fantastic Work Niall Very Fast and Quick Driving.

In Third Place was (Colin Queen) in his Ray GR18 with a Best Lap Time of 50.399 and a Top Speed of 86.28mph. Another Incredible Driver in Colin Pushing Hard and Almost Taking Second Place from Niall. I think we are in for some Really Intense Racing but who will be Fast Enough to on Track to Take Victory?

Champion Of Brands (Race 1 Results)

After a Thrilling Battle that saw Tom Mills take Pole Position its time to find out who Won the Race and out of The Top Three Could Anyone else on the Grid Challenge them for a Spot on the Podium. Lets Find Out.

In First Place and taking the Win was (Niall Murray) in his Van Diemen BD21 with a Lap Time of 50.518 and an Average Speed of 77.40mph. Incredible work there Niall Beating back Tom to take Victory in the First Race and a Well Determined Drive to Secure it.

In Second Place was (Tom Mills) in his Spectrum KMR with a Lap Time of 50.706 and an Average Speed of 77.38mph. Amazing Drive there Tom Keeping up with Niall and a Fantastic Battle thought the entire Race too.

In Third Place was (Colin Queen) in his RAY GR18 with a Lap Time of 50.820 and an Average Speed of 77.32mph. A Great Victory for Third Place on the Podium Colin showing a Determined Drive and a lot of Bravery thought the Race.

What an Incredible First Race to Start out the Days Events and with Another Coming up Soon after is it possible for Another Competitor to take Victory and the Spotlight? Lets Take A Look.

Champion Of Brands (Race 2 Results)

Race 2 Up Next and The Final Time for Anyone Racing in Champion of Brands to Score Points and Take Victory in either First Second or Third Place. After a Thrilling End to Race 1 which Saw Tom Mills getting Beaten by Niall Murray it was time to see who could Once Again bring the Roar and Thunder Home for a Final Time.

In First Place was (Niall Murray) in his Van Diemen BD21 with a Lap Time of 50.584 and an Average Speed of 84.84mph. Another Incredible Drive from Niall to once again take The Final Pole Position for Champion of Brands. Brilliant Drive there Niall.

In Second Place was (Tom Mills) in his Spectrum KMR with a Lap Time of 50.606 and an Average Speed of 84.47mph. Another Well Deserved Second Place for Tom Showing Incredible Car Control and Bravery Pushing the Limits on Every Corner to Keep up with Niall. Fantastic Drive Tom.

In Third Place was (Lucan Romenek) in his Van Diemen JL13 with a Lap Time of 50.927 and an Average Speed of 83.92mph. Very Well Done there Lucan Fantastic to see a New Driver take a Step onto the Podium and Celebrate the Victory.

What an Exciting Opening Day here at Brands Hatch for Ford Power Live with Champion of Brands Providing some Well Deserved Winners in Niall Tom Lucan and Colin. Well Done to all other Drivers taking Part and Continuing to Improve and do what it is that you Love. Keep Up the Momentum and Never Give Up Hope of One Day Making it to the Top Step of the Podium.

Lets See what Track Action is Next Up onto the Circuit as the Action Continues to Hot Up.

Clubman Sports Prototype Championship (Qualifying)

Clubman Sports Prototypes were up next and thease Mad Looking Machines are known for their Supreme Aerodynamics as well as Insane Straight Line Speed. each Driver will have to be on the ball and Keeping their Machine under Constant Control as they will be Powering round this 1,2 mile Indy Circuit at Speeds of at Least 90mph.

Lets Look to the Track to see who Qualified where and see who will be starting the Race on Pole.

In First Place and taking Pole Position was (Steve Dickens) in his Mallock MK29 with a Best Lap Time of 47.146 and a Top Speed of 92.23mph. Amazing Drive there Steve Very Fast and Committed for Pole Position.

In Second Place was (Clive Wood) in his Mallock MK23 with a Best Lap Time of 47.784 and a Top Speed of 91.00mph. Well Deserved there Clive Pushing that Mallock for all its worth and taking Second Place.

In Third Place was (Alex Champkin) Mallock MK27 Synergy with a Best Lap Time of 48.129 and a Top Speed of 90.35mph. Very Well Done there Alex Taking Third Place and a Spirited Drive with it.

A Very Fast and Fierce set of Drivers Ready to take on the Indy Circuit. Lets Get Right Down to the Action for Race 1.

Clubman Sports Prototype Championship (Race 1 Results)

After A Thrilling Battle in Qualifying Between Steve Clive and Alex which of them will be Poised and Ready to Attack on the Race Track to either Defend maintain or even potentially Loose their Positions to the other Drivers. Lets Find Out.

In First Place was (Steve Dickens) in his Mallock MK29 with a Lap Time of 48.076 and an Average Speed of 76.87mph. Incredible Driving there Steve Taking the Victory and the Spoils that come with it Amazing Work from you and The Entire Team.

In Second Place was (Alex Champkin) in his Mallock MK27 Synergy with a Lap Time of 47.515 and an Average Speed of 76.84mph. Another Super Drive by Alex to move him up into Second Place on the Podium. Fantastic Work and Driving Ability.

In Third Place was (Clive Wood) in his Mallock MK23 with a Lap Time of 47.802 and an Average Speed of 76.81mph. Very Well Done there Clive Super Driving and an All Round Great Victory for Third Place.

An Exciting Opening Race for Clubman's with Steve Dickens taking Both Qualifying and the First Race Win. Can he Do it again For Race 2 or will the likes of Alex and Clive Hunt Him down and take that Victory away Stay Tuned to find out as We Go Racing Once Again.

Clubman Sports Prototype Championship (Race 2 Results)

In First Place was (Clive Wood) in his Mallock MK23 with a Lap Time of 47.475 and an Average Speed of 87.35mph.

In Second Place was (Pete Richings) in his Mallock MK30 PR with a Lap Time of 48.784 and an Average Speed of 86.84mph.

In Third Place was (Steve Dickens) in his Mallock MK29 with a Lap Time of 48.448 and an Average Speed of 86.63mph.

What an Exciting End to Race 2 with a New Winner in P2 being Pete Richings Well Done Pete Amazing work and a well deserved Podium Spot. Will Pete be able to Retain that Second Place or even Improve though as we head into the Final Round in Race 3.

Clubman Sports Prototype Championship (Race 3 Results)

In First Place was (Pete Richings) in his Mallock MK30PR with a Lap Time of 48.218 and a Top Speed of 88.27mph. Incredible Driving Pete taking the Top Step of the Podium and the Race Win. A Truly Excellent Drive.

In Second Place was (Steve Dickens) in his Mallock MK29 with a Lap Time of 47.986 and an Average Speed of 88.17mph. Very Well Done again Steve Putting in a lot of Hard work to Reach Second Place.

In Third Place was (Clive Wood) in his Mallock MK23 With a Lap Time of 47.883 and an Average Speed of 88.08mph. Another Amazing P3 for Clive with a lot of Strong Determination Behind the Wheel.

What a Race Weekend for the Clubman's with Many Different Victories and Winners in Clive Steve Pete and Alex all Looking to Fight it it on Track and take Home those Valuable Championship Winning Points. Well Done to all other Competitors as well Keep Pushing Hard and Making Memories that will Last Forever.

Creative Funding Solutions Sports 2000 Championship (Qualifying)

Now it was time for the Creative Solutions Sports 2000's to hit the Track and After a Thunderous Performance by the Classic Clubman's Lets see what thease Mean Machines Have to Offer. With Speeds once again Reaching Nearly 92mph thease cars are Monsters and Driving and Controlling One is going to be Very Challenging with all that Break Horse Power.

Lets take a Look at Qualifying and see which Drivers made it to the Front end of the Grid for Race 1.

In First Place Taking Pole Position and the Fastest Lap was ( Neil Burroughs) in his Gunn TS12 with a Best Lap Time of 47.202 and a Top Speed of 92.12mph. Fantastic work there Neil Once Again showing the Skill and Commitment Needed for a Championship Winning Drive.

In Second Place was (Tom Stoten) in his Gunn TS11 with a Best Lap Time of 47.400 and A Top Speed of 91.74mph. Great Work there Tom a Well Controlled and Well Balanced Car on the Race Track to Take P2 on the Grid.

In Third Place was (Joshua Law) in his MCR S2 with a Best Lap Time of 47.474 and a Top Speed of 91.59mph. Well Done Josh Really Amazing work to take P3 on the Grid for The Race.

What a Fantastic Qualifying Session with Battles Happening all over the Field but Neil Tom and Josh have made it into the Top Three and so Lets Find out in Race 1 which of them will be Taking Home Victory.

Creative Funding Solutions Sports 2000 Championship (Race 1)

In First Place and Taking Victory was (Tom Stoten) in his Gunn TS11 with a Lap Time of 48.471 and an Average Speed of 62.75mph. Amazing Work Tom taking yourself from P2 in Qualifying to P1 and The First Race Win, Incredible Drive.

In Second Place was (Michel Gibbins) in his MCR S2 with a Lap Time of 48.457 and an average Speed of 62.69mph. Fantastic Work Michel and a Really Strong Drive to take P2 in the Race. A Fantastic Drive.

In Third Place was (Giles Billingsley) in his MCR S2 with a Lap Time of 49.321 and an Average Speed of 62.31mph. Awesome Work there Giles a Brilliant Drive to Get P3 and the Last Spot on the Podium.

What an Exciting First Race with Tom Stoden being the First Race Winner in Sports 2000. A Big Congratulations to Michel and Giles too for some Heroic Driving and their Further P2 and P3 Finishes. Lets Find out what Race 2 Brings us Next.

Creative Funding Solutions Sports 2000 Championship (Race 2)

After a Really Hectic First Race which saw Tom Stoden Take P1 followed by Michel Gibbins and Giles Billingsley it was Time for Race 2. Lets see if Anyone Else can Challenge these Almighty Three Drivers at the Front of the Field.

In First Place was (Joshua Law) in his MCR S2 with a Lap Time of 47.878 and an Average Speed of 70.46mph. Incredible Drive for Joshua Taking P1 from Tom Stoden and Claiming his First Race Win of the Weekend. Amazing work Josh.

In Second Place was (Tom Stoden) in his Gunn TS11 with a Lap Time of 48.409 and an Average Speed of 70.35mph. Another Very Confident and Fast Drive by Tom to Achieve Second Place showing Just How Talented and Brave of a Driver Tom is Fantastic Performance Tom.

In Third Place was (Michel Gibbins) in his MCR S2 with a Lap Time of 48.395 and an Average Speed of 70.32mph. Really Good Drive there Michel Fantastic Car Control and a lot of Fast Race Pace. Well Done.

What Another Epic Race to Witness with a New Winner on the Top Step of the Podium being Joshua Law a Well Deserved Win from a Very Talented Driver. Amazing work to both Tom and Michel for their Respective P2 and P3 Finishes. With Race 3 Up Next who will be Taking Home that Final Pole Position of the Weekend for Sports 2000.

Creative Funding Solutions Sports 2000 Championship (Race 3)

The Final Round of the Day for the Sports 2000's and with Joshua Law Defending his People Position at the Front Will anyone be able to dethrone our New Race Winner. Lets Find Out.

In First Place and Taking the Victory was (Michel Gibbins) in his MCR S2 with a Lap Time of 47.479 and an Average Speed of 89.11mph. What a Drive Michel Taking P1 and the Final Race Win. Incredible Work.

In Second Place was (Tom Stoden) in his Gunn TS11 with a Lap Time of 47.680 and an Average Speed of 88.95mph. Amazing work Once Again Tom Proving Just How Competitive This Racing Series for Drivers is.

In Third Place was (Joshua Law) in his MCR S2 with a Lap Time of 47.938 and an Average Speed of 88.92mph. Great Work there Josh Really Good Drive in Taking P3.

What an Amazing Set of Races for the Sports 2000's with Many Different Victories for the likes of Joshua Tom Michel and Giles Drivers who Really Put the Pedal to the Metal when it really matters. Fantastic Work to all other Drivers on Track as well and Good Luck as the Season Continues.

Focus Cup Championship (Qualifying)

Next Up we take a Look to the Focus Cup Championship a Racing Series which Features the use of Ford Focus Road Cars Built to Racing Specifications. Thease Cars all Use The ZTEC 2.0 TDCI Engines and Have Proven to be Very Quick and also Very Twitchy when out Racing.

Lets Take a Look at Qualifying to see what Drivers Have made it to the Front of the Gird to start out the Days Racing.

In First Place taking Pole Position and The Fastest Lap was (Simon Rudd) in his Ford Focus 2.0 TDCi Zetec S with a Best Lap Time of 58.625 and a Top Speed of 74.17mph. Great Work there Simon Very Fast Driving while Keeping the Car on the Race Track to clock in a Perfect Lap of the Indy Circuit for P1.

In Second Place was (Scott Parkin) in his Ford Focus 2.0 TDCi Zetec S with a Best Lap Time of 58.880 and a Top Speed of 73.85mph. Very Well Done there Scott with a Blisteringly Quick Lap To take P2 on the Grid for the First Race.

In Third Place was (Gary Mitchell) in his Ford Focus 2.0 TDCi Zetec S with a Best Lap Time of 59.025 and a Top Speed of 73.67mph. Very Well Done Gary Pushing Hard and Making every Millie Second Count to take P3 on the grid.

Three Very Quick Drivers in Simon Scott and Gary all Looking to take that First Race Win. Which One of them Can Do it. Lets Find Out as Race 1 Begins.

Focus Cup Championship (Race 1)

In First Place and Taking Victory was (Simon Rudd) in his Ford Focus 2.0 TDCi Zetec S with a Lap Time of 58.725 and an Average Speed of 72.88mph. Congratulations Simon what an Epic Drive to Victory and a First Win of the Day for you. Very Well Done.

In Second Place was (Scott Parkin) in his Ford Focus 2.0 TDCi Zetec S with a Lap Time of 58.776 and an Average Speed of 72.49mph. Amazing Work there Scott Well Driven and Controlled Thought the entire Race.

In Third Place was (Gary Mitchell) in his Ford Focus 2.0 TDCi Zetec S with a Lap Time of 58.909 and an Average Speed of 72.39mph. Great Drive there Gary and A Brilliant Finish on the Podium in P3.

What an Exciting First Race for the Focus Cup showing Just How Fast thease Cars are and How Brave each Driver has to be to take Moves and Dive Bombs to work there way to the Front of the Grid. Lets See what Race 2 Brings and Can Simon Keep His Defence of P1.

Focus Cup Championship (Race 2)

In First Place was (Gary Mitchell) in his Ford Focus 2.0 TDCi Zetec S with a Lap Time of 58.914 and an Average Speed of 68.78mph. Incredible Work there Gary taking P1 and The Race Win what a Fantastic start to the Weekend for Him.

In Second Place was (Richard Avis) in his Ford Focus 2.0 TDCi Zetec S with a Lap Time of 59.506 and an Average Speed of 68.70mph. what a Drive there From Richard Fantastic to see a New Face in P2 on the Podium and a Well Deserved Victory in Second Place.

In Third Place was (Scott Parkin) in his Ford Focus 2.0 TDCi Zetec S with a Lap Time of 59.283 and an Average Speed of 68.61mph. Very Well Done there Scott Pushing Hard and Making sure to Stay in the Top Three. Fantastic Drive.

Another Incredible Race with a Different Driver in Richard Avis taking Second Place with an Incredible Drive and Sheer Speed and Talent. Congratulations to both Gary and Scott as well for their Fantastic Finishes Too.

Now for Race 3 and its the Final Time to see who will be taking Home that Last P1 Victory for the Focus Cup Championship.

Focus Cup Championship (Race 3)

In First Place was (Simon Rudd) in his Ford Focus 2.0 TDCi Zetec S with a Lap Time of 59.228 and an Average Speed of 71.60mph. Amazing Work as Usual Scott putting in One Final Flying Run to Gain Another Race Victory. Great Drive.

In Second Place was (Scott Parkin) in his Ford Focus 2.0 TDCi Zetec S with a Lap Time of 59.972 and an Average Speed of 70.23mph. Another Really Impressive Drive by Scott to take P2 in the Final Race for The Focus Cup.

In Third Place was (Rob Gaffney) in his Ford Focus 2.0 TDCi Zetec S with a Lap Time of 59.238 and an Average Speed of 70.19mph. Very Well Done Indeed Rob Finishing P3 and taking his First Podium of the Weekend. Phenomenal Drive.

What an Amazing End to the Focus Cup Championship at Brands Hatch with Many Different Victories for Simon Scott Rob and Gary who all Drove out of their Skin and showed Phenomenal Car Control and Ability to Drive. Fantastic Work to all the other Drivers too Keep Working Hard and Most Important of All Enjoy what you Love Doing.

MSVR Elise Trophy (Qualifying)

Next Up is the MSR Elise Trophy

with the Focus of this Race being on the Lotus Elise S1 S2 and S3 with Just One Qualifying Session and Just 1 Race This will be A Test of Will Power and Determination on the Track to see who can Take Victory.

First Lets look to Qualifying and See who will be Starting on the Front Row.

In First Place taking the Pole and Fastest Lap was (Maurizio Sciglio) in his Lotus Elise S2 with a Best Lap Time of 53.544 and a Top Speed of 81.21mph. Fantastic work there Maurizio to take P1 and start o the Front Row of the Grid.

In Second Place was (Jason Mcinulty) in his Lotus Elise S3 with a Best Lap Time of 53.914 and a Top Speed of 80.65mph. Very Well Done there Jason Putting in one Hell of a Quick Time to Gain P2 on the Grid.

In Third Place was (Simon Walsh) in his Lotus Elise S2 111R with a Best Lap Time of 54.076 and a Top Speed of 80.41mph. Incredible Drive from Simon to put Himself in P3.

With Three Very Quick Drivers in Maurizio Jason and Simon it was Time to see if Anyone Could challenge them and Win the Only Race of the Day for the Lotus Elise Trophy.

MSVR Elise Trophy (Race 1)

In First Place taking The Victory was (Jason Mcinulty) in his Lotus Elise S3 with a Lap Time of 54.638 and an Average Speed of 66.83mph. Fantastic Victory for Jason taking P1 and The Race Win for the Elise Trophy. Phenomenal Driving too.

In Second Place was (John Lamaster) in his Lotus Elise S2 135R with a Lap Time of 54.781 and an Average Speed of 66.75mph. Fantastic work John and So Great to see a New Face on the Podium Taking P2 what an Incredible Driver.

In Third Place was (David Alexander) in his Lotus Elise S1 with a Lap Time of 55.589 and an Average Speed of 66.62mph. Very Well Driven Dave Keeping an Eye out all over the Place and Bringing Home a Superb P3 Finish.

A Brilliant Race for the Elise Trophy and Victories for Jason John and David as well as Maurizio and Simon for their Heroic Efforts in Qualifying. Congratulations to Jason on the Race Win and Good Luck to all other Drivers in this Series.

Modified Ford Series (Qualifying Group A)

Now it was Time to head Back to the Blue Badged Ford Machines Once again as the Modified Ford Series Rolled out onto the Race Track with each car being Heavily Modified from their Road Counterparts. With Escort Cosworth's and RS200's Roaring and Ready to go it was Time to see what the First Group A set of Drivers could do in Qualifying.

Due to how large the Grids were and the Fact that both Group A and Group B Have Different Races I will only be putting up results from both Qualifying Sessions from Group A and Group B. I will Leave a Link Below each Qualifying Session so you can Get All the Race Result's and Action from the 4 Different Races.

Modified Ford Series (Qualifying Group A)

In First Place Taking Pole Position and the Fastest Lap was (David Cockell) in his Ford Escort Cosworth with a Best Lap Time of 49.872 and a Top Speed of 87.19mph. Very Well Done David Keeping that Escort on the Track Must Have Taken some Practice no Doubt Amazing work on Getting Pole.

In Second Place was (Wayne Crabtree) in his Ford RS200 with a Best Lap Time of 51.121 and a Top Speed of 85.06mph. Very Fast Drive from Wayne to take P2 and a Very Solid Drive Thought.

In Third Place was (Michael Saunders) in his Ford Escort MK1 Mexico with a Best Lap Time of 51.129 and an Average Speed of 85.05mph. Very Well Driven by Michael Being Able to Keep up with Both Wayne and David Must Have Ben a Real Pain but what a Fantastic Achievement.

What a Fantastic Set of Legendary Drivers all Battle Hardened and Ready to take on the Might of the Indy Circuit. But there can Only be One Winner who do you Think will Win the First Race? Click the Link Below to get all of the Race Results from this Racing Series.

(Link to Group A Race Results)

www.tsl-timing.com/Event/213751

Modified Ford Series Group B (Qualifying)

Now it was Time for Group B to make a stance and see what their Modified Ford Racing Machines could do. with How Fast and Action Packed Group A Had Been During both The Races and Qualifying Group B was looking to be much the Same.

Lets Waste No Time in Finding out who Has Taken Pole Position for the First of 4 Races.

In First Place Taking Pole Position and The Fastest Lap was (Neil Jessop) in his Ford Escort MK2 with a Best Lap Time of 52.030 and a Top Speed of 83.57mph. Fantastic Work there Neil and a Really Quick Escort to match too. Very Well Done.

In Second Place was (James Harris) in his Ford Escort MK2 with a Best Lap Time of 53.928 and a Top Speed of 80.63mph. Amazing work there James Pushing Hard and Giving the Old Girl everything she has to offer.

In Third Place was (Malcom Harding) in his Ford Escort MK1 with a Best Lap Time of 54.892 and a Top Speed of 79.22mph. Awesome Drive there from Malcom Overcoming a lot of Pressure to put in an Incredible Lap for P3.

What an Amazing Line up for Group B with Plenty of Experienced Drivers who know their cars inside out. But who will be Brave Enough to challenge the Top Three Drivers for Victory. Find out for Yourself at the Link Below.

(Link to Group B Race Results)

www.tsl-timing.com/Event/213751

Enduro KA (Qualifying)

The Final Qualifying Session of the Day Had Come and its the Enduro KA'S. with all of the Cars on the Grid being Models of the Popular Ford KA made Between 1998-2009 thease Cars were Fun City cars that could get you from A to B with Ease. They were Also Build on a tight budget meaning that Handling Performance and Comfort were a Big Selling point of thease Brilliant little cars.

The Racing Versions seen here in the pictures however are built for Racing. they use different tyres but still the same Legendary 1.3 Dura Tec Engine found in their Road Going Counterparts.

Lets Take a look at Qualifying and see which KA and Driver made it to the top step of the podium.

Enduro KA (Qualifying)

In First Place taking the Pole and Fastest Lap was (Octane Junkies Adam Smith and Martyn Smith) with a Best Lap Time of 1:03.495 and a Top Speed of 68.48mph. Fantastic Work Adam and Martyn Really Pushing the Car for all its worth.

In Second Place was (Alex Reade Motorsport Luke Reade and Chris Reade) with a Best Lap Time of 1:03.713 and a Top Speed of 68.25mph. Fantastic Drive there from Both Alex and Chris Claiming P2.

In Third Place was (Fat Boys Racing Matt Pinny) with a Best Lap Time of 1:03.921 and a Top Speed of 68.03mph. Very Well Done there Matt Great Drive and Awesome Car Control.

Three Very Quick and Determined Teams and with 4 Races to Race in this will be a Very Close and Tight Battles Between all Teams and Drivers. Skill and Talent will be crucial to survival and Who will be able to take the First Victory of Race 1. Lets Find Out.

Enduro KA (Race 1 Results)

In First Place Taking the Victory was (Alex Reade Motorsport's Luke Reade and Chris Reade) with a Lap Time of 1:03.688 and an Average Speed of 67.95mph. Congratulations Both Alex and Luke on a Superb Race Victory and Well Done to hold off the Pressure from the other Competitors.

In Second Place was (Octane Junkies Adam Smith and Martyn Smith) with a Lap Time of 1:03.416 and an Average Speed of 67.92mph. Very Well Done to both Adam and Martyn for that Amazing P2 Finish.

In Third Place was (Fat Boys Racing Matt Pinny) with a Lap Time of 1:03.664 and an Average Speed of 67.79mph. Incredible Work there Matt Amazing Drive and a Really Super Looking Car.

An Exciting Opening Race for the Enduro KA Series with Three Different Teams on the Podium in Alex Reade Motorsport Octane Junkies and Fat Boys Racing. Amazing work to all of you Now Lets see what Action Race 2 Brings and whether or not Alex Reade Motorsport can Hold onto that 1st Place.

Enduro KA (Race 2 Results)

In First Place was (Alex Reade Motorsport's Luke Reade and Chris Reade) with a Lap Time of 1:03.557 and an Average Speed of 67.94mph. Another Incredible Drive from both the likes of Alex and Luke to Keep their P1 Finish From the First Race. Amazing Work.

In Second Place was (Octane Junkies Adam Smith and Martyn Smith) with a Lap Time of 1:03.621 and an Average Speed of 67.90mph. Fantastic Work Once Again to the likes of Adam and Martyn Another Set of Drivers Keeping their Second Place Finish.

In Third Place was (Fat Boys Racing Matt Pinny) with a Lap Time of 1:04.005 and an Average Speed of 67.39mph. Well Done once again Matt Perfect Driving and a Well Balanced Car out there.

Looks like the Top Three Remain the Same even After Two Races but will Race 3 Bring a New Twist to the Current Driver and Team Standings. Lets Find Out.

Enduro KA (Race 3 Results)

In First Place was (Octane Junkies Adam Smith and Martyn Smith) with a Lap Time of 1:03.849 and an Average Speed of 67.57mph. Amazing Work there Adam and Martyn managing to topple the likes of Alex and Luke to Earn P1.

In Second Place was (Fat Boys Racing Matt Pinny) with a Lap Time of 1:03.584 and an Average Speed of 67.51mph. Well Done there Matt Improving up to P2 and Taking Home a Well Deserved Finish in the Standings for Race 3.

In Third Place was (Alex Reade Motorsport's Luke Reade and Chris Reade) with a Lap Time of 1:03.606 and an Average Speed of 67.44mph. Very Good Come Back Drive for Both Luke and Ale to Finish Third Great Driving.

Many Twists and Turns Have Benn brought into Race 3 with the Top Three Drivers now being Shuffled Around the Gird into different Positions. With One More Race to Go who will be The Last Driver of the Day on the Top Step of the Podium.

Enduro KA (Race 4 Results)

In First Place was (Octane Junkies Adam Smith and Martyn Smith) with a Lap Time of 1:03.442 and an Average Speed of 67.82mph. An Amazing Final Win for the Day to Octane Junkies Adam and Martyn Smith Congratulations and Very Well Driven.

In Second Place was (Piston Heads Peter Dignan) with a Lap Time of 1:03.781 and an Average Speed of 67.54mph. Incredible work there Peter Getting P2 and Standing on the Podium and Incredible Achievement.

In Third Place was (IP Racing Oliver Wilmot and Scott Parkin) with a Lap Time of 1:03.710 and an Average Speed of 67.47mph. Very Well Done to both Scott and Oliver on that Fantastic P3 Achievement. Something Very Special to Remember for both of you.

And With that The Days Racing at Brands Hatches Ford Power Live comes to an End and what an Incredible Array of Both Cars Teams and Drivers on Display Today. A Big Congratulations to the likes of Adam Martyn Luke Chris Peter Matt Oliver and Scott for their Incredible Achievements and All Other Drivers Keeping the World Of Motorsport Alive and Well.

Keep Working Hard everyone Else. Your Time Will Come.

See You All Again Next Year!!!!

Pint at Vics by knightbefore_99

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Average age Ninety

M2279035_average_16_average_4 blend E-M1ii 8mm iso64 f8 1_5s MF by Mel Stephens

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Arbroath Cliffs, the Deil's Heid.

Not got a dark enough ND filter? Take 64 shots in timelapse mode, and average them.

India - Sikkim - Namchi - Siddhesvara Dham - Rameshwaram Dham - 28 by Manfred Sommer

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Namchi (Nepali : नाम्ची) or Namtse is the capital of the South Sikkim district in the Indian state of Sikkim. The appellation Namchi means Sky (Nam) High (Chi) in Sikkimese.

GEOGRAPHY

Namchi is located at 27.17°N 88.35°E. It has an average elevation of 1,315 metres.

Namchi is situated at an altitude of 1,675 m above sea level. It is situated at a distance of 78 kilometres from the state capital Gangtok and 100 kilometres from the town of Siliguri, the nearest railhead and airport. Namchi lies off the road between Melli and Jorethang. Namchi is well connected to other towns in Sikkim and West Bengal. Jeeps and buses regularly ply between Namchi to Gangtok, Pelling, Jorethang, Kalimpong and Siliguri.

DEMOGRAPHICS

As of 2011 India census, Namchi has a population of 12194. Males constitute 52% of the population and females 48%. Namchi has an average literacy rate of 78%, higher than the national average of 59.5%: male literacy is 81%, and female literacy is 73%. In Namchi, 9% of the population is under 6 years of age. Most of the people of Namchi are Hindus and Buddhists. Languages spoken are Nepali, English and Hindi.

EDUCATION

Namchi has more than half a dozen private schools with quality education (Mt. Carmel School, Namchi Public School, Tendong Educational Institute, Victory Educational Institute, New Light Academy etc.) and government Higher Secondary Schools for Boys and Girls and world valid computer institute (MULTIMEDIA COMPUTER INSTITUTE) an authorized study center of Manipal Group. Just few kilometers away from the town is a reputed Government College for Arts and Education. People give a lot of importance and focus on education with a reverence. Namchi Public School run by catholic missionaries is one of the respected educational institute in the State and one of the best in the south district of Sikkim.

TOURISM

Namchi is fast becoming a major tourist spot and pilgrimage centre. The Namchi monastery, Ralong monastery and Tendong Hill are important Buddhist pilgrimage centres. The world's largest statue (36 m) of the Buddhist Padmasambhava, also known as Guru Rinpoche, the patron saint of Sikkim, is on the Samdruptse hill (The Wish Fulfilling Well) opposite Namchi. It was completed in February 2004. It is also said that the Samdruptse hill is actually a Dormant Volcano. Myths say that the buddhist monks have been going on top of the hill and offering prayers to the volcano to keep it calm. There is also a Rock Garden just few kilometers up from the town on the way to Samdruptse. Sikkim Best Home Stay Dong Busty Home Stay just 8km away from Namchi Bazar. The Rock Garden displays a wide variety of Flora and is a local recreation and picnic spot. It offers a magnificent view of Mt. Kanchendzonga (aka Mt. Kangchenjunga, the world's third highest peak). Recently inaugurated (November 2011) Siddhesvara Dham is a unique pilgrimage tourism venture of the Sikkim Government developed as “Pilgrim cum Cultural Centre” having a 26,52 m statue of Lord Shiva and replicas of four Dhams of the country at one place at Solophok hilltop in Namchi. The four most revered Dhams of the Hindus Jagannath, Dwarika, Rameshawaram, Badrinath have been replicated in this fantastic complex to benefit the devotees and tourists. The dream project of Chief Minister Pawan Chamling which was conceived by him and started in the year 2005 stands promisingly amidst the breadth taking surrounding of Solophok hill, befitting the mythological setting behind the establishment of the original Dhams. For the consecration of the Dham Shri Jagadguru Sankaryacharya Swami Swarupananda Saraswati in the presence of the Chief Minister Shri Pawan Chamling and his wife Smt Tika Maya Chamling did the “Pran Prastisha” of the Dham. There are replicas of the “Dwadash Jyotirlingas” (the twelve jyothirlinga) of Somnath, Mallikarjuna, Mahakaleswar, Omkareshwar, Kedarnath, Bhimashankar, Viswanath, Triambakeshwar, Vaidyanath, Nageswar, Rameshwar at Rameswaram and Grishneshwar surrounding the statue of Lord Shiva and the Char Dhams. There is a grand statue of Kirateshvar Mahadev and a temple of Shirdi Sai Baba too. One can have a view of the Mt Kanchenjunga, Statue of Guru Padmasambhava at Samdruptse, Darjeeling and other such locations from here. The Dham has stay facility for the devotees at “Yatri Niwas” which can accommodate more than 90 people at a time. The Dham has won the National Tourism Awards 2010–11 under the category of “Most Innovative/Unique Tourism Project” by the Ministry of Tourism, Government of India. A helipad is located 5 km away from town at an altitude of around 1524 m. From here one can get the most panoramic view of Mt. Kanchanzonga with the surrounding mountain a part of Darjeeling Kalimgpong and the rolling plains of Bengal. The visitors can savour the view of temi tea garden the one and the only tea estate in the state which produces top quality tea in the international market.

Near the town, Sikkim's sole tea estate — the Temi Tea Garden is situated. The tea carries a premium the world over and costs around Rs. 800/- a kg. The tea is marked by its exotic odour and flavour.

In the month of February, the Namchi garden hosts it annual flower show. The flower show is the largest in Sikkim with flowers in a riot of colours. The prime attraction of this show is the display of exotic and rare orchids.

One of the highlights of the town is the football stadium – the Baichung Stadium built by the Sikkimese government in honour of its most famous citizen, footballer Baichung Bhutia. "The Gold Cup" football tournament is held in Bhaichung Stadium almost every year. Football teams from all over India, Nepal, Bangladesh and Bhutan vie for the honour which draws lot of crowds from all over Sikkim. Namchi is also the base of the chief minister of Sikkim, Pawan Kumar Chamling.

Historically, Namchi was the place where Pende Ongmoo, the trecherous princess who poisoned one of the Chogyals of Sikkim, was caught and killed for her deed. Legend says her spirit still haunts the foothills of Ghurpisey.

WIKIPEDIA

Well above average. by kenkantor

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Average Sex by Rob Hadley (Indie Images photography)

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London band Average Sex supporting The Hungry Ghosts at Centrala Birmingham.

Atlas F (30F) Agena by Alec Frazier

There is an Atlas-F rocket on display at Kennedy Space Center with a dummy Agena stage on top. In reality, almost all Atlas-Agena rockets were “Atlas-D” models.

Atlas-Agena

The Atlas-Agena was an American expendable launch system derived from the SM-65 Atlas missile. It was a member of the Atlas family of rockets, and was launched 109 times between 1960 and 1978. It was used to launch the first five Mariner unmanned probes to the planets Venus and Mars, and the Ranger and Lunar Orbiter unmanned probes to the Moon. The upper stage was also used as an unmanned orbital target vehicle for the Gemini manned spacecraft to practice rendezvous and docking. However, the launch vehicle family was originally developed for the Air Force and most of its launches were classified DoD payloads.

The Atlas-Agena was a two-and-a-half-stage rocket, with a stage-and-a-half Atlas missile as the first stage, and an RM-81 Agena second stage. Initially, Atlas D missiles, re-designated as the LV-3, were used as the first stage. These were later replaced by the standardized Atlas SLV-3, and its derivatives, the SLV-3A and B. The final Atlas-Agena launch used an Atlas E/F.

The earliest Agena variant was the Agena A in 1959-60, which did not have restart capability. Most of these were flown on Thor-Agena boosters for the Discoverer program and only four used Atlases (Midas 1, Midas 2, Samos 1, and Samos 2), two of which failed.

Late in 1960, Lockheed introduced the uprated Agena B stage which was restartable and had longer propellant tanks for more burn time. It first flew on the Thor and did not make its maiden voyage on an Atlas for months, when Midas 3 launched on July 12, 1961. Atlas-Agenas were then used for DoD and NASA programs, but proved a reliability nightmare as one failure after another happened. In late 1962, after Ranger 5 suffered another booster malfunction (albeit a minor one that ground controllers were able to work around), NASA convened a review board which undertook a wholesale reevaluation of the Atlas-Agena as a launch vehicle. The board found that quality control and checkout procedures were poor, and that this situation was exacerbated by the several dozen configurations of the booster, as each individual DoD and NASA program necessitated custom modifications to the Atlas and Agena, and the latter also differed in its Atlas and Thor variants. The board recommended improved quality control, better hardware, and also establishing one standardized launch vehicle for all space programs.

The end result was the Atlas SLV-3 and Agena D, standardized versions of the Atlas D core and Agena B which would be the same on every launch (at least as far as the Atlas was concerned, Agena Ds often still had customized setups, especially for DoD payloads). The Agena D first flew in July 1963 for DoD launches, but NASA continued using Agena Bs for the remaining Ranger missions. The Atlas SLV-3 meanwhile first flew in August 1964. Dozens of Atlas SLV-3/Agena D boosters were flown over the following years, mostly for the KH-7 Gambit program, also for a few NASA missions. The last Atlas-Agena was flown in 1978 to launch SEASAT, but on a repurposed Atlas F missile rather than the SLV-3.

Launches were conducted from Launch Complexes 12, 13 and 14 at the Cape Canaveral Air Force Station, and Launch Complexes 1 and 2 at Point Arguello (now SLC-3 and 4 at Vandenberg Air Force Base).

•General Specifications

oFunction: Expendable launch system

oManufacturer: Convair; General Dynamics

oCountry of Origin: United States

•Size

oHeight: 118.0 feet (36.0 m)

oDiameter: 10.0 feet (3.0 m)

oWidth: 16.0 feet (4.9 m)

oMass: 341,000 pounds (155,000 kg)

oStages: 2½

•Capacity

oPayload to LEO: 2,200 pounds (1,000 kg)

oPayload to GEO: 1,540 pounds (700 kg)

oPayload to TLI: 850 pounds (390 kg)

oPayload to Escape: 575 pounds (261 kg)

•Launch History

oStatus: Retired

oLaunch Sites: LC-12, 13 & 14, CCAFS; SLC-3 & 4, Vandenberg

oTotal launches: 109

oSuccesses: 93

oFailures: 13

oPartial Failures: 3

oFirst Flight: February 26, 1960

oLast Flight: June 27, 1978

•Boosters

oNo. Boosters: 1

oWidth: 16.0 feet (4.9 m)

oEngines: 2

oThrust: 233,000 pounds-force (1,040 kN)

oBurn Time: 134 seconds

oFuel: RP-1/LOX

•First Stage

oDiameter: 10.0 feet (3.0 m)

oEngines: 1

oThrust: 67,000 pounds-force (300 kN)

oBurn Time: 5 minutes

oFuel: RP-1/LOX

•Second Stage – Agena D

oLength: 248 inches (6.3 m)

oDiameter: 5.0 feet (1.5 m)

oEngines: 1 Bell Aerospace 8247

oThrust: 16,000 pounds-force (71 kN)

oBurn Time: 265 seconds

oFuel: UDMH/IRFNA

Variants

•Atlas LV-3 Agena-A

oFirst Launch: 1960-02-26

oLast Launch: 1961-01-31

oLaunches: 4

oSuccesses: 2

oFailures: 2

oPartial Failures: 0

oRemarks: Early Atlas-Agena variant flown four times for the Midas and Samos programs

•Atlas LV-3 Agena-B

oFirst Launch: 1961-07-12

oLast Launch: 1965-03-21

oLaunches: 28

oSuccesses: 21

oFailures: 5

oPartial Failures: 2

oRemarks: Enhanced, restartable Agena. Used for a variety of NASA and Air Force programs, including Ranger, Mariner, Samos, and Midas.

•Atlas LV-3 Agena-D

oFirst Launch: 1963-07-12

oLast Launch: 1965-07-20

oLaunches: 15

oSuccesses: 15

oFailures: 0

oPartial Failures: 0

oRemarks: Standardized Agena B used for a variety of NASA and Air Force programs, including Ranger, Mariner, Midas, and Gambit.

•Atlas SLV-3 Agena-D

oFirst Launch: 1964-08-14

oLast Launch: 1967-11-05

oLaunches: 47

oSuccesses: 41

oFailures: 5

oPartial Failures: 1

oRemarks: Standardized SLV-3 Atlas+Agena D used for a variety of NASA and Air Force programs, including Mariner, Vela, and Gambit.

•Atlas SLV-3B Agena-D

oFirst Launch: 1966-04-08

oLast Launch: 1966-04-08

oLaunches: 1

oSuccesses: 1

oFailures: 0

oPartial Failures: 0

oRemarks: One-off Atlas variant used for the first OAO satellite.

•Atlas SLV-3 Agena-B

oFirst Launch: 1966-06-07

oLast Launch: 1966-06-07

oLaunches: 1

oSuccesses: 1

oFailures: 0

oPartial Failures: 0

oRemarks: One-off Atlas variant used for OAO-3

•Atlas SLV-3A Agena-D

oFirst Launch: 1968-03-04

oLast Launch: 1978-04-08

oLaunches: 12

oSuccesses: 11

oFailures: 1

oPartial Failures: 0

oRemarks: Extended tank Atlas. Used for OGO-5 and Canyon/Rhyolite SIGNIT satellites.

•Atlas E/F Agena D

oFirst Launch: 1978-06-27

oLast Launch: 1978-06-27

oLaunches: 1

oSuccesses: 1

oFailures: 0

oPartial Failures: 0

oRemarks: One-off Atlas variant mating the last Agena stage flown to a refurbished Atlas F missile for the launch of Seasat.

Destruct System

All Atlas-Agena vehicles contained an Inadvertent Separation Destruct System to destroy the Agena in the event that it separated prematurely from the Atlas, a situation that could be caused by a booster hard-over or if the Atlas self-destructed in flight. The ISDS charges were mounted on the adapter section between the two vehicles and would activate if a series of tripwires were broken. During the coasting period between staging, the ISDS charges were disabled. The Atlas’s own RSO charges were also wired so that they would destroy both vehicles if activated. Most Agenas also had their own separate RSO charges, although NASA planetary probes omitted them for weight-saving reasons and due to the flight trajectory used, which meant that destruct of the Agena was no longer possible following staging.

Two Atlas-Agena flights involved an intentional destruct of the Atlas (Mariner 1 and Canyon 4) while two others (Midas 6 and Midas 8) resulted in an ISDS destruction of the Agena following in-flight malfunction and self-destruct of the Atlas.

The Gemini-Agena Target Vehicle had a specially modified Range Safety destruct system designed to fire slugs into the propellant tanks rather than the conventional method of rupturing them externally, since an inadvertent activation of the RSO system in orbit could endanger the Gemini astronauts.

The very first Atlas-Agena flight, Midas 1 in February 1960, failed when the unproven ISDS system mistakenly activated at staging, rupturing the Atlas’s LOX tank and causing the breakup of the Agena. The ISDS system was redesigned afterwards and this failure mode did not repeat itself.

Production Launches

Ranger

Ranger block I spacecraft bus was used for the first two Rangers, and also for the first two Mariner interplanetary probes.

The Ranger spacecraft were designed to impact the Moon, returning photographs of the lunar surface until their destruction. The spacecraft was designed in three Blocks, all similar in appearance with a forward antenna and magnetometer, supported by a boom, with more sensors and two solar panels and a dish antenna mounted at the base. The first two Block I spacecraft, Ranger 1 and Ranger 2, were launched on August 23 and November 18, 1961, not to the Moon, but in intended high Earth orbits to test the Atlas-Agena and spacecraft capabilities. However, the Agena malfunctioned on both flights and left the probes trapped in a useless low Earth orbit from which they soon decayed.

The Block II missions, Ranger 3, Ranger 4, and Ranger 5, were launched away from Earth in January, April, and October 1962, but all three failed due to either malfunctions of the probe or launch vehicle difficulties. Ranger 3 missed the Moon entirely. Ranger 4’s solar panels failed to deploy, and the navigation system failed, sending the probe to impact the lunar far side without returning any pictures or data. Ranger 5 suffered an unknown failure which deprived it of power, and it missed the Moon by 725 kilometers (391 nautical miles).

Ranger 6, launched January 30, 1964, successfully impacted the Moon but its cameras failed to return pictures. The last three Rangers were finally successful: Ranger 7 in July 1964, Ranger 8 in February 1965, and Ranger 9 in March 1965.

Mariner

The Mariner spacecraft were built by NASA’s Jet Propulsion Laboratory. Mariner 1 and Mariner 2 were twins, launched on July 22 and August 27, 1962, to fly by the planet Venus. The first two craft used the same spacecraft bus as the Block I Rangers, each weighing 446 pounds (202 kg) and instrumented to perform radiometric temperature measurements of the planet, and to measure interplanetary magnetic fields and particles. Mariner 1’s Atlas-Agena malfunctioned and went off course, requiring its destruction approximately 5 minutes after liftoff. Mariner 2 successfully made the 3½-month flight, becoming the first spacecraft to fly by another planet. It carried microwave and infrared radiometers, and sensors for cosmic dust, solar plasma and high-energy radiation, and magnetic fields.

Mariner 3 and Mariner 4 used a redesigned spacecraft bus weighing 575 pounds (261 kg), and were launched on November 5 and November 28, 1964 to fly by the planet Mars. Mariner 3 failed after a successful launch when its payload shroud failed to open. These Mariners carried cameras, and Mariner 4 successfully returned pictures of Mars as it flew by.

The 540-pound (240 kg) Mariner 5 was successfully launched to Venus on June 14, 1967 and flew by in October, probing Venus’ atmosphere with radio waves, scanning its brightness in ultraviolet light, and sampling solar particles and magnetic field fluctuations above the planet.

Gemini

The Agena rocket stage was used as the passive docking target for the Gemini manned space program. After docking, the Agena could also be fired by the astronauts to raise the combined Gemini-Agena spacecraft into a higher orbit. The first attempt at such a docking mission was made for the Gemini 6 mission on October 25, 1965, but the Agena suffered an engine failure and did not reach orbit. This forced postponement and replanning of the Gemini 6A mission, which performed rendezvous with Gemini 7 without docking.

The GATV was first successfully launched for Gemini 8 on March 16, 1966, permitting the first successful docking in space. GATV-8 was later used as the secondary Agena target for Gemini 10, which also docked with its own GATV. GATV-9 failed to orbit when the Atlas suffered a control malfunction, forcing a similar reschedule of the Gemini 9A mission using a backup Augmented Target Docking Adapter atop an Atlas, but with no Agena rocket stage. Two more GATVs were successfully launched and used on Gemini 11 and Gemini 12.

Lunar Orbiter

A series of five Lunar Orbiter spacecraft were launched from August 1966 through August 1967, to help select landing sites for the Apollo manned lunar landing program by mapping the Moon’s surface. Each spacecraft weighed 850 pounds (390 kg) and was 4.9 feet (1.5 m) in diameter, minus the four extended solar panels. All launches were successful, and a total of 99 percent of the surface of the Moon (near and far side) was mapped with resolution as high as 3 ft. 3 in (1 meter). Altogether the Orbiters returned 2180 high resolution and 882 medium resolution frames. The spacecraft also carried micrometeroid sensors, which showed the average micro-meteoroid flux near the Moon to be two orders of magnitude greater than in interplanetary space, but slightly less than the near-Earth environment.

OAO

Orbiting Astronomical Observatory was a series of NASA satellites flown between 1966 and 1972 for astronomy studies. The first OAO (launched April 8, 1966) used a one-off Atlas variant, mating an Agena D to the LV-3C variant of the Atlas and encased in a Centaur-type payload shroud. The remaining three launches used actual Atlas-Centaur vehicles.

ATS

Applications Technology Satellite was a series of NASA satellites flown in 1967-69 to perform various technology tests. Only the first ATS was launched on an Atlas-Agena, the remainder using Atlas-Centaurs. ATS-1 was a partial failure when the Agena failed to restart, leaving it in LEO.

OGO

Orbiting Geophysical Observatory was a series of NASA satellites flown between 1964 and 1969 for magnetosphere studies. These satellites used several different booster types, including Thor-Agenas. Five of them used Atlas-Agenas, and OGO 5 (launched March 4, 1968) was the sole civilian use of the Atlas SLV-3A Agena.

Midas

Missile Defense Alarm System was a series of Air Force satellites flown between 1960 and 1966 for infrared detection of ballistic missile exhaust plumes on Atlas-Agena A, B, and D. There were several failures and overall program performance was poor, but it would give way to the more successful DSP satellites.

Samos

Samos was a series of Air Force satellites flown between 1960 and 1962 for photoreconnaissance on Atlas-Agena A and B. There were several failures, including an on-pad explosion of an Atlas, and the program was cancelled at the end of 1962 without ever demonstrating any operational capability.

Gambit

KH-7 Gambit was a series of Air Force satellites flown between 1963 and 1966 for photoreconnaissance on Atlas-Agena D. Although there were a number of mission failures, Gambit overall was highly successful in comparison with the bungled Samos program and it returned high-value area reconnaissance of the USSR and China before giving way to KH-8 Gambit in 1967.

Rhyolite/Canyon

Rhyolite/Canyon was a series of Air Force satellites flown between 1968 and 1978 for SIGNIT intelligence on Atlas SLV-3A Agena. One Canyon mission failed when its Atlas went off course and had to be destroyed. These were the final launches of Atlas-Agena vehicles aside from the one-off Atlas F/Agena used to launch Seasat.

Vela

Vela consisted of two sets of Air Force satellites flown in 1964-65 to monitor Soviet compliance with the Nuclear Test Ban Treaty on Atlas-Agena Ds.

Snapshot

Snapshot was a one-off Air Force test of a nuclear satellite flown in 1965 on an Atlas-Agena D.

Average Monthly Bill for Electricity in United States by Andy Arthur

Download or print this map: andyarthur.org/map-average-monthly-bill-for-electricity-i...

Madison Point Austell Neighborhood Enclave Of Homes by REALTY ON MAIN Georgia

The Austell neighborhood of Madison Point is located in Cobb County GA 30106. Most homes are built in 2006 in the traditional style. The average list price for a home, as listed in the Georgia MLS at time of post, is between $119,900 to $239,900.

Homes Currently For Sale In Madison Point-VISIT

Most homes have from 3 to 5 bedrooms and 2.5 to 4 bathrooms, have no basements, (On Slab) and have 2 car garages. Builders include Silver Creek Communities.

Schools At Time Of Post

Clarkdale Elementary

Cooper Middle

South Cobb High

This community does not have swim or tennis amenities but is located just North of Sweetwater Park and South of Tramore Park. HOA (Home Owner Association) fees are $125.00 a year.

More Austell Georgia Homes For Sale-VISIT

Location-Directions: From 285 West to South Cobb Dr. Go left on East/West Connector. Left on Austell Rd., Right on Clay Road, Right into subdivision onto Madison Point Circle, the only street in the community. www.b2s.pm/dR0HFE

7 Kids and 1 Billy Up For Sale by Robin Tucker

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The kids are averaging 40# now.

average joes2 by Alvin Jacobs

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Sun Group introduced the second generation of Digital Tag featuring a new battery Power Playback time: Average 12-15 hours by Sun Group

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Sun Group introduced the second generation of Digital Tag featuring a new battery Power Playback time: Average 12-15 hours.

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• USB AC Power Charger 110V-240V - DC 5V

Cat - Domestic Cat - House Cat (Felis Catus) by PHOTOGRAPHY by DM & DBM.

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The cat (Felis catus), commonly referred to as the domestic cat or house cat, is the only domesticated species in the family Felidae. Recent advances in archaeology and genetics have shown that the domestication of the cat occurred in the Near East around 7500 BC. It is commonly kept as a house pet and farm cat, but also ranges freely as a feral cat avoiding human contact. It is valued by humans for companionship and its ability to kill vermin. Because of its retractable claws it is adapted to killing small prey like mice and rats. It has a strong flexible body, quick reflexes, sharp teeth, and its night vision and sense of smell are well developed. It is a social species, but a solitary hunter and a crepuscular predator. Cat communication includes vocalizations like meowing, purring, trilling, hissing, growling, and grunting as well as cat body language. It can hear sounds too faint or too high in frequency for human ears, such as those made by small mammals. It also secretes and perceives pheromones.

Female domestic cats can have kittens from spring to late autumn in temperate zones and throughout the year in equatorial regions, with litter sizes often ranging from two to five kittens. Domestic cats are bred and shown at events as registered pedigreed cats, a hobby known as cat fancy. Animal population control of cats may be achieved by spaying and neutering, but their proliferation and the abandonment of pets has resulted in large numbers of feral cats worldwide, contributing to the extinction of bird, mammal and reptile species.

As of 2017, the domestic cat was the second most popular pet in the United States, with 95.6 million cats owned and around 42 million households owning at least one cat. In the United Kingdom, 26% of adults have a cat, with an estimated population of 10.9 million pet cats as of 2020. As of 2021, there were an estimated 220 million owned and 480 million stray cats in the world.

Etymology and naming

The origin of the English word cat, Old English catt, is thought to be the Late Latin word cattus, which was first used at the beginning of the 6th century. The Late Latin word may be derived from an unidentified African language. The Nubian word kaddîska 'wildcat' and Nobiin kadīs are possible sources or cognates. The Nubian word may be a loan from Arabic قَطّ‎ qaṭṭ ~ قِطّ qiṭṭ.

The forms might also have derived from an ancient Germanic word that was imported into Latin and then into Greek, Syriac, and Arabic. The word may be derived from Germanic and Northern European languages, and ultimately be borrowed from Uralic, cf. Northern Sámi gáđfi, 'female stoat', and Hungarian hölgy, 'lady, female stoat'; from Proto-Uralic *käďwä, 'female (of a furred animal)'.

The English puss, extended as pussy and pussycat, is attested from the 16th century and may have been introduced from Dutch poes or from Low German puuskatte, related to Swedish kattepus, or Norwegian pus, pusekatt. Similar forms exist in Lithuanian puižė and Irish puisín or puiscín. The etymology of this word is unknown, but it may have arisen from a sound used to attract a cat.

A male cat is called a tom or tomcat (or a gib, if neutered). A female is called a queen or a molly, if spayed, especially in a cat-breeding context. A juvenile cat is referred to as a kitten. In Early Modern English, the word kitten was interchangeable with the now-obsolete word catling.

A group of cats can be referred to as a clowder or a glaring.

Taxonomy

The scientific name Felis catus was proposed by Carl Linnaeus in 1758 for a domestic cat. Felis catus domesticus was proposed by Johann Christian Polycarp Erxleben in 1777. Felis daemon proposed by Konstantin Satunin in 1904 was a black cat from the Transcaucasus, later identified as a domestic cat.

In 2003, the International Commission on Zoological Nomenclature ruled that the domestic cat is a distinct species, namely Felis catus. In 2007, it was considered a subspecies, F. silvestris catus, of the European wildcat (F. silvestris) following results of phylogenetic research. In 2017, the IUCN Cat Classification Taskforce followed the recommendation of the ICZN in regarding the domestic cat as a distinct species, Felis catus.

Evolution

Main article: Cat evolution

The domestic cat is a member of the Felidae, a family that had a common ancestor about 10 to 15 million years ago. The evolutionary radiation of the Felidae began in Asia during the Miocene around 8.38 to 14.45 million years ago. Analysis of mitochondrial DNA of all Felidae species indicates a radiation at 6.46 to 16.76 million years ago. The genus Felis genetically diverged from other Felidae around 6 to 7 million years ago. Results of phylogenetic research shows that the wild members of this genus evolved through sympatric or parapatric speciation, whereas the domestic cat evolved through artificial selection. The domestic cat and its closest wild ancestor are diploid and both possess 38 chromosomes and roughly 20,000 genes.

Domestication

See also: Domestication of the cat and Cats in ancient Egypt

It was long thought that the domestication of the cat began in ancient Egypt, where cats were venerated from around 3100 BC, However, the earliest known indication for the taming of an African wildcat was excavated close by a human Neolithic grave in Shillourokambos, southern Cyprus, dating to about 7500–7200 BC. Since there is no evidence of native mammalian fauna on Cyprus, the inhabitants of this Neolithic village most likely brought the cat and other wild mammals to the island from the Middle Eastern mainland. Scientists therefore assume that African wildcats were attracted to early human settlements in the Fertile Crescent by rodents, in particular the house mouse (Mus musculus), and were tamed by Neolithic farmers. This mutual relationship between early farmers and tamed cats lasted thousands of years. As agricultural practices spread, so did tame and domesticated cats. Wildcats of Egypt contributed to the maternal gene pool of the domestic cat at a later time.

The earliest known evidence for the occurrence of the domestic cat in Greece dates to around 1200 BC. Greek, Phoenician, Carthaginian and Etruscan traders introduced domestic cats to southern Europe. During the Roman Empire they were introduced to Corsica and Sardinia before the beginning of the 1st millennium. By the 5th century BC, they were familiar animals around settlements in Magna Graecia and Etruria. By the end of the Western Roman Empire in the 5th century, the Egyptian domestic cat lineage had arrived in a Baltic Sea port in northern Germany.

The leopard cat (Prionailurus bengalensis) was tamed independently in China around 5500 BC. This line of partially domesticated cats leaves no trace in the domestic cat populations of today.

During domestication, cats have undergone only minor changes in anatomy and behavior, and they are still capable of surviving in the wild. Several natural behaviors and characteristics of wildcats may have pre-adapted them for domestication as pets. These traits include their small size, social nature, obvious body language, love of play, and high intelligence. Captive Leopardus cats may also display affectionate behavior toward humans but were not domesticated. House cats often mate with feral cats. Hybridisation between domestic and other Felinae species is also possible, producing hybrids such as the Kellas cat in Scotland.

Development of cat breeds started in the mid 19th century. An analysis of the domestic cat genome revealed that the ancestral wildcat genome was significantly altered in the process of domestication, as specific mutations were selected to develop cat breeds. Most breeds are founded on random-bred domestic cats. Genetic diversity of these breeds varies between regions, and is lowest in purebred populations, which show more than 20 deleterious genetic disorders.

Characteristics

Main article: Cat anatomy

Size

The domestic cat has a smaller skull and shorter bones than the European wildcat. It averages about 46 cm (18 in) in head-to-body length and 23–25 cm (9.1–9.8 in) in height, with about 30 cm (12 in) long tails. Males are larger than females. Adult domestic cats typically weigh 4–5 kg (8.8–11.0 lb).

Skeleton

Cats have seven cervical vertebrae (as do most mammals); 13 thoracic vertebrae (humans have 12); seven lumbar vertebrae (humans have five); three sacral vertebrae (as do most mammals, but humans have five); and a variable number of caudal vertebrae in the tail (humans have only three to five vestigial caudal vertebrae, fused into an internal coccyx). The extra lumbar and thoracic vertebrae account for the cat's spinal mobility and flexibility. Attached to the spine are 13 ribs, the shoulder, and the pelvis. Unlike human arms, cat forelimbs are attached to the shoulder by free-floating clavicle bones which allow them to pass their body through any space into which they can fit their head.

Skull

The cat skull is unusual among mammals in having very large eye sockets and a powerful specialized jaw. Within the jaw, cats have teeth adapted for killing prey and tearing meat. When it overpowers its prey, a cat delivers a lethal neck bite with its two long canine teeth, inserting them between two of the prey's vertebrae and severing its spinal cord, causing irreversible paralysis and death. Compared to other felines, domestic cats have narrowly spaced canine teeth relative to the size of their jaw, which is an adaptation to their preferred prey of small rodents, which have small vertebrae.

The premolar and first molar together compose the carnassial pair on each side of the mouth, which efficiently shears meat into small pieces, like a pair of scissors. These are vital in feeding, since cats' small molars cannot chew food effectively, and cats are largely incapable of mastication.: Cats tend to have better teeth than most humans, with decay generally less likely because of a thicker protective layer of enamel, a less damaging saliva, less retention of food particles between teeth, and a diet mostly devoid of sugar. Nonetheless, they are subject to occasional tooth loss and infection.

Claws

Cats have protractible and retractable claws. In their normal, relaxed position, the claws are sheathed with the skin and fur around the paw's toe pads. This keeps the claws sharp by preventing wear from contact with the ground and allows for the silent stalking of prey. The claws on the forefeet are typically sharper than those on the hindfeet. Cats can voluntarily extend their claws on one or more paws. They may extend their claws in hunting or self-defense, climbing, kneading, or for extra traction on soft surfaces. Cats shed the outside layer of their claw sheaths when scratching rough surfaces.

Most cats have five claws on their front paws and four on their rear paws. The dewclaw is proximal to the other claws. More proximally is a protrusion which appears to be a sixth "finger". This special feature of the front paws on the inside of the wrists has no function in normal walking but is thought to be an antiskidding device used while jumping. Some cat breeds are prone to having extra digits ("polydactyly"). Polydactylous cats occur along North America's northeast coast and in Great Britain.

Ambulation

The cat is digitigrade. It walks on the toes, with the bones of the feet making up the lower part of the visible leg. Unlike most mammals, it uses a "pacing" gait and moves both legs on one side of the body before the legs on the other side. It registers directly by placing each hind paw close to the track of the corresponding fore paw, minimizing noise and visible tracks. This also provides sure footing for hind paws when navigating rough terrain. As it speeds up from walking to trotting, its gait changes to a "diagonal" gait: The diagonally opposite hind and fore legs move simultaneously.

Balance

Cats are generally fond of sitting in high places or perching. A higher place may serve as a concealed site from which to hunt; domestic cats strike prey by pouncing from a perch such as a tree branch. Another possible explanation is that height gives the cat a better observation point, allowing it to survey its territory. A cat falling from heights of up to 3 m (9.8 ft) can right itself and land on its paws.

During a fall from a high place, a cat reflexively twists its body and rights itself to land on its feet using its acute sense of balance and flexibility. This reflex is known as the cat righting reflex. A cat always rights itself in the same way during a fall, if it has enough time to do so, which is the case in falls of 90 cm (3.0 ft) or more. How cats are able to right themselves when falling has been investigated as the "falling cat problem".

Coats

Main article: Cat coat genetics

The cat family (Felidae) can pass down many colors and patterns to their offspring. The domestic cat genes MC1R and ASIP allow for the variety of color in coats. The feline ASIP gene consists of three coding exons. Three novel microsatellite markers linked to ASIP were isolated from a domestic cat BAC clone containing this gene and were used to perform linkage analysis in a pedigree of 89 domestic cats that segregated for melanism.[citation needed]

Senses

Main article: Cat senses

Vision

A cat's nictitating membrane shown as it blinks

Cats have excellent night vision and can see at only one-sixth the light level required for human vision. This is partly the result of cat eyes having a tapetum lucidum, which reflects any light that passes through the retina back into the eye, thereby increasing the eye's sensitivity to dim light. Large pupils are an adaptation to dim light. The domestic cat has slit pupils, which allow it to focus bright light without chromatic aberration. At low light, a cat's pupils expand to cover most of the exposed surface of its eyes. The domestic cat has rather poor color vision and only two types of cone cells, optimized for sensitivity to blue and yellowish green; its ability to distinguish between red and green is limited. A response to middle wavelengths from a system other than the rod cells might be due to a third type of cone. This appears to be an adaptation to low light levels rather than representing true trichromatic vision. Cats also have a nictitating membrane, allowing them to blink without hindering their vision.

Hearing

The domestic cat's hearing is most acute in the range of 500 Hz to 32 kHz. It can detect an extremely broad range of frequencies ranging from 55 Hz to 79 kHz, whereas humans can only detect frequencies between 20 Hz and 20 kHz. It can hear a range of 10.5 octaves, while humans and dogs can hear ranges of about 9 octaves. Its hearing sensitivity is enhanced by its large movable outer ears, the pinnae, which amplify sounds and help detect the location of a noise. It can detect ultrasound, which enables it to detect ultrasonic calls made by rodent prey. Recent research has shown that cats have socio-spatial cognitive abilities to create mental maps of owners' locations based on hearing owners' voices.

Smell

Cats have an acute sense of smell, due in part to their well-developed olfactory bulb and a large surface of olfactory mucosa, about 5.8 cm2 (0.90 in2) in area, which is about twice that of humans. Cats and many other animals have a Jacobson's organ in their mouths that is used in the behavioral process of flehmening. It allows them to sense certain aromas in a way that humans cannot. Cats are sensitive to pheromones such as 3-mercapto-3-methylbutan-1-ol, which they use to communicate through urine spraying and marking with scent glands. Many cats also respond strongly to plants that contain nepetalactone, especially catnip, as they can detect that substance at less than one part per billion. About 70–80% of cats are affected by nepetalactone. This response is also produced by other plants, such as silver vine (Actinidia polygama) and the herb valerian; it may be caused by the smell of these plants mimicking a pheromone and stimulating cats' social or sexual behaviors.

Taste

Cats have relatively few taste buds compared to humans (470 or so versus more than 9,000 on the human tongue). Domestic and wild cats share a taste receptor gene mutation that keeps their sweet taste buds from binding to sugary molecules, leaving them with no ability to taste sweetness. They, however, possess taste bud receptors specialized for acids, amino acids like protein, and bitter tastes. Their taste buds possess the receptors needed to detect umami. However, these receptors contain molecular changes that make the cat taste of umami different from that of humans. In humans, they detect the amino acids of glutamic acid and aspartic acid, but in cats they instead detect nucleotides, in this case inosine monophosphate and l-Histidine. These nucleotides are particularly enriched in tuna. This has been argued is why cats find tuna so palatable: as put by researchers into cat taste, "the specific combination of the high IMP and free l-Histidine contents of tuna" .. "produces a strong umami taste synergy that is highly preferred by cats". One of the researchers involved in this research has further claimed, "I think umami is as important for cats as sweet is for humans".[87]

Cats also have a distinct temperature preference for their food, preferring food with a temperature around 38 °C (100 °F) which is similar to that of a fresh kill; some cats reject cold food (which would signal to the cat that the "prey" item is long dead and therefore possibly toxic or decomposing).

Whiskers

To aid with navigation and sensation, cats have dozens of movable whiskers (vibrissae) over their body, especially their faces. These provide information on the width of gaps and on the location of objects in the dark, both by touching objects directly and by sensing air currents; they also trigger protective blink reflexes to protect the eyes from damage.: 47

Behavior

See also: Kitten

The cat secretes and perceives pheromones. Female cats, called queens, are polyestrous with several estrus cycles during a year, lasting usually 21 days. They are usually ready to mate between early February and August in northern temperate zones and throughout the year in equatorial regions.

Several males, called tomcats, are attracted to a female in heat. They fight over her, and the victor wins the right to mate. At first, the female rejects the male, but eventually, the female allows the male to mate. The female utters a loud yowl as the male pulls out of her because a male cat's penis has a band of about 120–150 backward-pointing penile spines, which are about 1 mm (0.039 in) long; upon withdrawal of the penis, the spines may provide the female with increased sexual stimulation, which acts to induce ovulation.

After mating, the female cleans her vulva thoroughly. If a male attempts to mate with her at this point, the female attacks him. After about 20 to 30 minutes, once the female is finished grooming, the cycle will repeat. Because ovulation is not always triggered by a single mating, females may not be impregnated by the first male with which they mate. Furthermore, cats are superfecund; that is, a female may mate with more than one male when she is in heat, with the result that different kittens in a litter may have different fathers.

The morula forms 124 hours after conception. At 148 hours, early blastocysts form. At 10–12 days, implantation occurs. The gestation of queens lasts between 64 and 67 days, with an average of 65 days.

Data on the reproductive capacity of more than 2,300 free-ranging queens were collected during a study between May 1998 and October 2000. They had one to six kittens per litter, with an average of three kittens. They produced a mean of 1.4 litters per year, but a maximum of three litters in a year. Of 169 kittens, 127 died before they were six months old due to a trauma caused in most cases by dog attacks and road accidents. The first litter is usually smaller than subsequent litters. Kittens are weaned between six and seven weeks of age. Queens normally reach sexual maturity at 5–10 months, and males at 5–7 months. This varies depending on breed. Kittens reach puberty at the age of 9–10 months.

Cats are ready to go to new homes at about 12 weeks of age, when they are ready to leave their mother. They can be surgically sterilized (spayed or castrated) as early as seven weeks to limit unwanted reproduction. This surgery also prevents undesirable sex-related behavior, such as aggression, territory marking (spraying urine) in males and yowling (calling) in females. Traditionally, this surgery was performed at around six to nine months of age, but it is increasingly being performed before puberty, at about three to six months. In the United States, about 80% of household cats are neutered.

Lifespan and health

Main articles: Cat health and Aging in cats

The average lifespan of pet cats has risen in recent decades. In the early 1980s, it was about seven years,: 33 rising to 9.4 years in 1995: 33 and an average of about 13 years as of 2014 and 2023. Some cats have been reported as surviving into their 30s, with the oldest known cat dying at a verified age of 38.

Neutering increases life expectancy: one study found castrated male cats live twice as long as intact males, while spayed female cats live 62% longer than intact females.: 35 Having a cat neutered confers health benefits, because castrated males cannot develop testicular cancer, spayed females cannot develop uterine or ovarian cancer, and both have a reduced risk of mammary cancer.

Disease

Main article: List of feline diseases

About 250 heritable genetic disorders have been identified in cats, many similar to human inborn errors of metabolism. The high level of similarity among the metabolism of mammals allows many of these feline diseases to be diagnosed using genetic tests that were originally developed for use in humans, as well as the use of cats as animal models in the study of the human diseases. Diseases affecting domestic cats include acute infections, parasitic infestations, injuries, and chronic diseases such as kidney disease, thyroid disease, and arthritis. Vaccinations are available for many infectious diseases, as are treatments to eliminate parasites such as worms, ticks, and fleas.

Ecology

Habitats

The domestic cat is a cosmopolitan species and occurs across much of the world. It is adaptable and now present on all continents except Antarctica, and on 118 of the 131 main groups of islands, even on the isolated Kerguelen Islands. Due to its ability to thrive in almost any terrestrial habitat, it is among the world's most invasive species. It lives on small islands with no human inhabitants. Feral cats can live in forests, grasslands, tundra, coastal areas, agricultural land, scrublands, urban areas, and wetlands.

The unwantedness that leads to the domestic cat being treated as an invasive species is twofold. On one hand, as it is little altered from the wildcat, it can readily interbreed with the wildcat. This hybridization poses a danger to the genetic distinctiveness of some wildcat populations, particularly in Scotland and Hungary, possibly also the Iberian Peninsula, and where protected natural areas are close to human-dominated landscapes, such as Kruger National Park in South Africa. However, its introduction to places where no native felines are present also contributes to the decline of native species.

Ferality

Main article: Feral cat

Feral cats are domestic cats that were born in or have reverted to a wild state. They are unfamiliar with and wary of humans and roam freely in urban and rural areas. The numbers of feral cats is not known, but estimates of the United States feral population range from 25 to 60 million. Feral cats may live alone, but most are found in large colonies, which occupy a specific territory and are usually associated with a source of food. Famous feral cat colonies are found in Rome around the Colosseum and Forum Romanum, with cats at some of these sites being fed and given medical attention by volunteers.

Public attitudes toward feral cats vary widely, from seeing them as free-ranging pets to regarding them as vermin.

Some feral cats can be successfully socialized and 're-tamed' for adoption; young cats, especially kittens and cats that have had prior experience and contact with humans are the most receptive to these efforts.

Impact on wildlife

Main article: Cat predation on wildlife

On islands, birds can contribute as much as 60% of a cat's diet. In nearly all cases, the cat cannot be identified as the sole cause for reducing the numbers of island birds, and in some instances, eradication of cats has caused a "mesopredator release" effect; where the suppression of top carnivores creates an abundance of smaller predators that cause a severe decline in their shared prey. Domestic cats are a contributing factor to the decline of many species, a factor that has ultimately led, in some cases, to extinction. The South Island piopio, Chatham rail, and the New Zealand merganser are a few from a long list, with the most extreme case being the flightless Lyall's wren, which was driven to extinction only a few years after its discovery. One feral cat in New Zealand killed 102 New Zealand lesser short-tailed bats in seven days. In the US, feral and free-ranging domestic cats kill an estimated 6.3 – 22.3 billion mammals annually.

In Australia, the impact of cats on mammal populations is even greater than the impact of habitat loss. More than one million reptiles are killed by feral cats each day, representing 258 species. Cats have contributed to the extinction of the Navassa curly-tailed lizard and Chioninia coctei.

Interaction with humans

Main article: Human interaction with cats

Cats are common pets throughout the world, and their worldwide population as of 2007 exceeded 500 million. As of 2017, the domestic cat was the second most popular pet in the United States, with 95.6 million cats owned and around 42 million households owning at least one cat. In the United Kingdom, 26% of adults have a cat, with an estimated population of 10.9 million pet cats as of 2020. As of 2021, there were an estimated 220 million owned and 480 million stray cats in the world.

Cats have been used for millennia to control rodents, notably around grain stores and aboard ships, and both uses extend to the present day.

As well as being kept as pets, cats are also used in the international fur trade and leather industries for making coats, hats, blankets, stuffed toys, shoes, gloves, and musical instruments. About 24 cats are needed to make a cat-fur coat. This use has been outlawed in the United States since 2000 and in the European Union (as well as the United Kingdom) since 2007.

Cat pelts have been used for superstitious purposes as part of the practice of witchcraft, and are still made into blankets in Switzerland as traditional medicine thought to cure rheumatism.

A few attempts to build a cat census have been made over the years, both through associations or national and international organizations (such as that of the Canadian Federation of Humane Societies) and over the Internet, but such a task does not seem simple to achieve. General estimates for the global population of domestic cats range widely from anywhere between 200 million to 600 million. Walter Chandoha made his career photographing cats after his 1949 images of Loco, an especially charming stray taken in, were published around the world. He is reported to have photographed 90,000 cats during his career and maintained an archive of 225,000 images that he drew from for publications during his lifetime.

Shows

Main article: Cat show

A cat show is a judged event in which the owners of cats compete to win titles in various cat-registering organizations by entering their cats to be judged after a breed standard. It is often required that a cat must be healthy and vaccinated in order to participate in a cat show. Both pedigreed and non-purebred companion ("moggy") cats are admissible, although the rules differ depending on the organization. Competing cats are compared to the applicable breed standard, and assessed for temperament.

Infection

Main article: Feline zoonosis

Cats can be infected or infested with viruses, bacteria, fungus, protozoans, arthropods or worms that can transmit diseases to humans. In some cases, the cat exhibits no symptoms of the disease. The same disease can then become evident in a human. The likelihood that a person will become diseased depends on the age and immune status of the person. Humans who have cats living in their home or in close association are more likely to become infected. Others might also acquire infections from cat feces and parasites exiting the cat's body. Some of the infections of most concern include salmonella, cat-scratch disease and toxoplasmosis.

History and mythology

Main articles: Cultural depictions of cats and Cats in ancient Egypt

In ancient Egypt, cats were worshipped, and the goddess Bastet often depicted in cat form, sometimes taking on the war-like aspect of a lioness. The Greek historian Herodotus reported that killing a cat was forbidden, and when a household cat died, the entire family mourned and shaved their eyebrows. Families took their dead cats to the sacred city of Bubastis, where they were embalmed and buried in sacred repositories. Herodotus expressed astonishment at the domestic cats in Egypt, because he had only ever seen wildcats.

Ancient Greeks and Romans kept weasels as pets, which were seen as the ideal rodent-killers. The earliest unmistakable evidence of the Greeks having domestic cats comes from two coins from Magna Graecia dating to the mid-fifth century BC showing Iokastos and Phalanthos, the legendary founders of Rhegion and Taras respectively, playing with their pet cats. The usual ancient Greek word for 'cat' was ailouros, meaning 'thing with the waving tail'. Cats are rarely mentioned in ancient Greek literature. Aristotle remarked in his History of Animals that "female cats are naturally lecherous." The Greeks later syncretized their own goddess Artemis with the Egyptian goddess Bastet, adopting Bastet's associations with cats and ascribing them to Artemis. In Ovid's Metamorphoses, when the deities flee to Egypt and take animal forms, the goddess Diana turns into a cat.

Cats eventually displaced weasels as the pest control of choice because they were more pleasant to have around the house and were more enthusiastic hunters of mice. During the Middle Ages, many of Artemis's associations with cats were grafted onto the Virgin Mary. Cats are often shown in icons of Annunciation and of the Holy Family and, according to Italian folklore, on the same night that Mary gave birth to Jesus, a cat in Bethlehem gave birth to a kitten. Domestic cats were spread throughout much of the rest of the world during the Age of Discovery, as ships' cats were carried on sailing ships to control shipboard rodents and as good-luck charms.

Several ancient religions believed cats are exalted souls, companions or guides for humans, that are all-knowing but mute so they cannot influence decisions made by humans. In Japan, the maneki neko cat is a symbol of good fortune. In Norse mythology, Freyja, the goddess of love, beauty, and fertility, is depicted as riding a chariot drawn by cats. In Jewish legend, the first cat was living in the house of the first man Adam as a pet that got rid of mice. The cat was once partnering with the first dog before the latter broke an oath they had made which resulted in enmity between the descendants of these two animals. It is also written that neither cats nor foxes are represented in the water, while every other animal has an incarnation species in the water. Although no species are sacred in Islam, cats are revered by Muslims. Some Western writers have stated Muhammad had a favorite cat, Muezza. He is reported to have loved cats so much, "he would do without his cloak rather than disturb one that was sleeping on it". The story has no origin in early Muslim writers, and seems to confuse a story of a later Sufi saint, Ahmed ar-Rifa'i, centuries after Muhammad. One of the companions of Muhammad was known as Abu Hurayrah ("father of the kitten"), in reference to his documented affection to cats.

Superstitions and rituals

Many cultures have negative superstitions about cats. An example would be the belief that encountering a black cat ("crossing one's path") leads to bad luck, or that cats are witches' familiars used to augment a witch's powers and skills. The killing of cats in Medieval Ypres, Belgium, is commemorated in the innocuous present-day Kattenstoet (cat parade). In mid-16th century France, cats would be burnt alive as a form of entertainment, particularly during midsummer festivals. According to Norman Davies, the assembled people "shrieked with laughter as the animals, howling with pain, were singed, roasted, and finally carbonized". The remaining ashes were sometimes taken back home by the people for good luck.

According to a myth in many cultures, cats have multiple lives. In many countries, they are believed to have nine lives, but in Italy, Germany, Greece, Brazil and some Spanish-speaking regions, they are said to have seven lives, while in Arabic traditions, the number of lives is six. An early mention of the myth can be found in John Heywood's The Proverbs of John Heywood (1546)

Husband, (quoth she), ye studie, be merrie now,

And even as ye thinke now, so come to yow.

Nay not so, (quoth he), for my thought to tell right,

I thinke how you lay groning, wife, all last night.

Husband, a groning horse and a groning wife

Never faile their master, (quoth she), for my life.

No wife, a woman hath nine lives like a cat.

The myth is attributed to the natural suppleness and swiftness cats exhibit to escape life-threatening situations. Also lending credence to this myth is the fact that falling cats often land on their feet, using an instinctive righting reflex to twist their bodies around. Nonetheless, cats can still be injured or killed by a high fall.

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Average temperature - New Year's Eve, USA

Amrum by Jelltex

Amrum About this sound pronunciation (help·info) (Öömrang North Frisian: Oomram) is one of the North Frisian Islands on the German North Sea coast, south of Sylt and west of Föhr. It is part of the Nordfriesland district in the federal state of Schleswig-Holstein and has appromixately 2,300 inhabitants.

The island is made up of a sandy core of geestland and features an extended beach all along its west coast, facing the open North Sea. The east coast instead borders to mud flats and tidal creeks of the Wadden Sea. Sand dunes are a characteristical part of Amrum's landscape, resulting in a vegetation that is largely made up of heath and shrubs. The island's only forest was planted in 1948. Amrum is a refuge for many species of birds and a number of marine mammals like grey seal or harbour porpoise.

Settlements on Amrum have been traced back to the Neolithic when the area was still a part of the mainland of the Jutland peninsula. During the Middle Ages, Frisian settlers arrived at Amrum and engaged in salt making and seafaring. A part of the modern population still speaks Öömrang, a dialect of the North Frisian language, and Frisian traditions are kept alive.

With the island hosting many endangered species of plants and animals, its soil being largely unfavourable for agriculture and as a popular seaside resort in general, Amrum's population today almost exclusively lives from the tourism industry.

Amrum's area measures 20,4 km2,[2] making it the tenth-largest island of Germany (excluding Usedom which is partly Polish territory).[3] Adding the large Kniepsand beach on the Western shore to the surface area results in a total area of c. 30 km2.[4] Amrum's surface area has however been subject to constant change due to land loss and gain caused by the sea. During the 19th century, a 20th part of the area recorded in the beginning of the century had been lost, but in 1913, a net gain was again recorded at the Kniepsand.[5]

Amrum is one of three isles with a geestland core in Nordfriesland.[6] This sandy core is made up of glacial deposites from the Saalian glacial period.[4] To the east, it borders to the Wadden Sea mud flats of the North Sea. The east side is also where the island's ancient hamlets are situated: Norddorf, Nebel, Süddorf and Steenodde. On the geestland core one can find extended areas of heath and woodland which form a strip that runs along a north-south line on the axis. West of this woodland strip, a region of 838 hectares (2,070 acres) is covered with dunes[1] that run all along the island for about 12 km. The maximal width of this area amounts to more than a kilometre. Amrum's tallest dune near Norddorf is called a Siatler (the settling dune); it reaches 32 m of height.[1] Northward, the dune area extends into a small peninsula called Odde. In the south of Amrum, the newest settlement, Wittdün, is located. West of the dunes, the entire shore of Amrum is made up of the Kniepsand beach; it counts among northern Europe's largest sand beaches. North of Norddorf there is some marshland, another small marsh area can be found between Süddorf and Steenodde.[4] Both of them are protected from the sea by dikes. During low tide it is possible to reach the neighbouring island of Föhr by mudflat hiking.

Amrum's population amounts to about 2,300 and the island is divided into three municipalities: Norddorf, Nebel and Wittdün. They adhere to the Amt Föhr-Amrum.

The oldest traces of settlements in the area date back to the Neolithic with a number of dolmens among them. Also many tomb sites from the Bronze and Iron Ages have been preserved. In the dunes west of the decoy pond, the remainders of an Iron Age hamlet have been found. It is unknown whether the Ambrones, who together with the Cimbri and Teutones threatened Rome around 100 BC, stemmed from this island which back then was still connected to the mainland by a land bridge. In the early Middle Ages the island was colonised by the Frisians. The oldest known record of Amrum island has been found in the Danish Census Book of King Valdemar II of Denmark from 1231.[9]

Next to salt making, agriculture, fishery and whaling, merchant shipping was one of the main sources of income for a long time. Hark Olufs, a sailor from Süddorf who had been enslaved by Algerians in 1724, advanced to the rank of a General until he was allowed to return to his native island in 1736. During the late 19th century, tourism became a rapidly emerging business on Amrum and effectively changed the island's economical structures.

During the Middle Ages, Amrum as well as all of North Frisia proper belonged to the so-called Uthlande, the Outer Lands, which only successively became parts of the Danish realm or the Duchy of Schleswig. After the conflicts between the Danish kings and the counts of Schauenburg about the rule over Schleswig, Amrum and western Föhr became an enclave of Denmark and contrary to neighbouring areas, it was not any longer a part of the Duchy of Schleswig. This state endured until 1864, when Denmark lost Schleswig to Prussia after the Second Schleswig War. For a brief period after that war Amrum was ruled together by Prussia and Austria, yet in 1867 the island came under Prussian rule and was made a part of the province of Schleswig-Holstein. At first, Amrum formed a municipality within the district of Tondern. In 1920, the Schleswig Plebiscites resulted in a clear majority vote for Amrum staying with Germany, while Tondern fell back to Denmark. Until 1972, Amrum belonged to the Südtondern district which then merged into the newly created district of Nordfriesland.

During the 19th century, Amrum still had a considerably lower population than today. Church records from 1821 to 1833 show an average population of 587, a census in 1860 noted 642 inhabitants, and in 1871, the population had dropped to 571.[10] Among other factors, the decrease owed to the fact that large parts of Amrum's population had emigrated — mainly to the United States. Today, more people with ancestors from Amrum live in the United States than there are on Amrum proper, and the connections between Amrum and the U.S. are still being cultivated.

Eventually, tourism began only to flourish on the island when a seaside resort was established in Wittdün in 1890, which also led to a rapid increase in population.[11]

On 29 October 1998, the cargo ship Pallas ran aground off Amrum, causing a severe oil spill in the region.

Amrum's vegetation is determined by the sea and by the different types of landscapes on the island, most of which are low in nutrients. In parts of the dune belt and on the Kniepsand marram grass or sea wormwood grow, as well as numerous other sand-loving plants like sheep's bit which will bloom in sheltered areas between the dunes.[16] Also some stunted pines, bent by the sea wind, and Salix repens, the creeping willow can be found there. Until the 1970s, the rare sea holly could still be seen in the dunes.

East of there are heaths and conifer or mixed forests. In some dune slacks, peat bogs can be found which occasionally host the carnivorous plant common sundew.[16] The once abundant marsh gentian vanished during the 1990s.

The Amrum forest was mainly planted in 1948 on an area of heath. Until then only a few forested regions could be found around the decoy ponds. With 180 hectares, Amrum has the largest ratio of forested land of all Germany's North Sea islands. Mainly pines, firs and birches can be found here. Meanwhile, the forest has largely lost its artificial nature. So one will encounter numerous plants on all levels and many species of fungi. The "geestland", east of the forest, is mostly used for farming. Its grassland grows plants such as Harebell (Campanula rotundifolia), Sea Thrift (Armeria maritima) and Carthusian Pink (Dianthus carthusianorum) and several species of hawkweed.[16]

In the small marshlands, some sedges and the ragged robin may be seen.[16] Here is the most nutritious soil on Amrum. Even the soil of Amrum's gardens is so low in nutrients that only few sorts of plants, e.g. hollyhock, will grow there without fertilising.

On the salt marshes along the eastern shore of Amrum, many salt tolerant species can be found. Pioneer plants such as Salicornia europaea and alkali grasses, grow on and stabilize the mud flats.

en.wikipedia.org/wiki/Amrum

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India - Rajasthan - Pushkar - Streetlife - 239bb by Manfred Sommer

1

Pushkar (Hindi: पुष्कर) is a town in the Ajmer district in the Indian state of Rajasthan. It is situated 14 km northwest of Ajmer at an average elevation of 510 m and is one of the five sacred dhams (pilgrimage site) for devout Hindus. According to Hindu theology, the pond at the Katas Raj temple Near Choa Saidan Shah in Chakwal District of Pakistan has a theological association with Shiva; it was formed by the tears of Lord Shiva which he is believed to have shed after the death of his wife, Sati. The story goes that when Sati died, Shiva cried so much and for so long, that his tears created two holy ponds – one at Pushkara in Ajmer in India and the other at Ketaksha, which literally means raining eyes, in Sanskrit. It is from this name that the word Katas is derived. It is often called "Tirth Raj" – the king of pilgrimage sites – and has in recent years become a popular destination for foreign tourists.

Pushkar is one of the oldest existing cities of India. It lies on the shore of Pushkar Lake. The date of its actual origin is not known, but legend associates Brahma with its creation.

Pushkar has many temples. Most of the temples are not very old because many temples were destroyed during Muslim conquests in the area. Subsequently, the destroyed temples were rebuilt. The most famous among all is the Brahma Temple built during the 14th century CE. Very few temples to Lord Brahma exist anywhere in the world. Other temples of Brahma include Bithoor in Uttar Pradesh, India; Khedbrahma in Gujarat, India; village Asotra near Balotra city of Barmer district in Rajasthan; Uttamar Kovil (one of the Divya Desams) near Srirangam, Tamil Nadu; Mother Temple of Besakih in Bali, Indonesia; and Prambanan in Yogyakarta, Indonesia. The Pushkar lake has 52 ghats where pilgrims descend to the lake to bathe in the sacred waters.

Pushkar is also famous for its annual fair (Pushkar Camel Fair) held in November.

ETYMOLOGY

Pushkar in Sanskrit means blue lotus flower. Hindus believe that the gods released a swan with a lotus in its beak and let it fall on earth where Brahma would perform a grand yagna. The place where the lotus fell was called Pushkar. Pushkar word may be derived from word 'Pushkarni'means- lake. It may be derived from word Pushpa means flower and Kar means hand.

HISTORY

Pushkar is one of the oldest cities of India. The date of its actual founding is not known, but legend associates Brahma with its creation.

According to legend, Brahma was in search of a place for Mahayagna and he found this place suitable. After a long time, Brahma came to known that a demon, Vajranash, was killing people here so the Lord intoned a mantra on a lotus flower and killed the demon. During this process the parts of flower fell on three places which were later known as Jyaistha, Madhya and Kanistha Pushkar. After this Brahma performed a yagna to protect this place from demons. The consort of Brahma, Saraswati, were needed to offer Ahuti for the yagna but she was not there that time so Gayatri, a Gurjar girl, was married to brahma and performned yagna. This act made first wife of Brahma, Saraswati, angry and she cursed Brahma saying that he would be worshiped in Pushkar only.

The Mahabharata says that while laying down a programme for Maharaja Yudhishthara’s travel, “Maharaja after entering the Jungles of Sind and crossing the small rivers on the way should bathe in Pushkara". And, as per Vaman Purana, Prahlada on his pilgrimage to holy places visited Pushkarayana.

A Gurjara Pratihara ruler of Mandore, Nahadarava, restored this tirtha in the seventh century. He got the place cleared and the lake restored by making an embankment on the side of the river Luni. He rebuilt old palaces and built twelve dharmashalas (resting places) and ghats on three sides of the lake.

According to Rajputana Gazetteer Pushkar was held by Chechi Gurjars until about 700 years ago.Later Some shrines were occupied by Kanphati Jogis.

There are still priests from the Gurjar community in Pushkar temple, known as Bhopas.

The sage Parasara is said to have been born here. His descendants, called Parasara Brahamanas, are found in Pushkar and the surrounding area. The famous temple of Jeenmata has been cared for by Parasara Brahmans for the last 1,000 years.

It is also the venue of the annual Pushkar Camel Fair. In 1901, the town was part of the Rajputana Agency had a population of 3,831.

PUSHKAR FAIR

Pushkar fair continues for five days and these five days are a period of relaxation and merry-making for the villagers. This fair time is the most busy time for them, as this is one of the largest cattle fairs in the country. Animals, including over 50,000 camels, are brought from miles around to be traded and sold. Trading is brisk as several thousand heads of cattle exchange hands. All the camels are cleaned, washed, adorned, some are interestingly shorn to form patterns, and special stalls are set up selling finery and jewellery for the camels. Camels at the Pushkar fair are decorated with great care. They wear jewellery of silver and beads. There are silver bells and bangles around their ankles that jangle when they walk. An interesting ritual is the piercing of a camel's nose. It has more than 400 temples including the only one temple in India dedicated to the Hindu God Lord Brahma, the Creator of the Universe.

According to Indian mythology, after visiting all the Hindu pilgrim towns and temples (Four Dhams), if Pushkar is not visited for worship, then salvation is not achieved. According to the Hindu calendar Pushkar Fair commences in Nawami (ninth day of fortnightly phases of moon) and ends in Purnima (Full Moon) in the month of Kartika (October or November according to the lunar calendar). In Pushkar, one of the biggest Cattle Fair is also held for trading purposes and the best cattle in all categories are awarded. Countless people in their colourful attire gather to take a dip in the Holy Lake and pray to the deities. The whole town comes alive with vibrant folk music and dances, magic shows, horse and camel races and various other traditional entertainment competitions.Pushkar, with more than 12 local fairs and festivals of 10–15 days duration is a year round destination. It is a mellow town by the great lake of Pushkar amidst the perfume of jasmine and rose flowers. About 4,000 to 6,000 visitors from all over the world come to Pushkar everyday.

PUSHKAR LAKE

The prime attraction of Pushkar is the Pushkar Lake which is considered sacred like the Mansarovar Lake in Tibet. Pushkar has become a place of Hindu pilgrimage because of this holy lake. Legend has it that this lake was consecrated to Lord Brahma, the creator of the universe when a lotus dropped from his hand into the vale and a lake emerged in that place.

BRAHMA TEMPLE

The most important temple in Pushkar is the Temple of Lord Brahma, one of the holy trinity of Hinduism. The temple enshrines a life-size idol of Lord Brahma.

SAVITRI TEMPLE

This temple that is located at the top of the Ratnagiri Hill is dedicated to Savitri, the wife of Lord Brahma. The temple houses a statue of Goddess Savitri.

WIKIPEDIA

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LAKE KIVU

From Wikipedia, the free encyclopedia

Lake Kivu

Coordinates 2°0′S 29°0′ECoordinates: 2°0′S 29°0′E

Type Rift Valley lakes, Meromictic

Primary outflows Ruzizi River

Catchment area 2,700 km2 (1,000 sq mi)

Basin countries Rwanda, Democratic Republic of the Congo

Max. length 89 km (55 mi)[1]

Max. width 48 km (30 mi)[1]

Surface area 2,700 km2 (1,040 sq mi)[1]

Average depth 240 m (787 ft)

Max. depth 480 m (1,575 ft)

Water volume 500 km3 (120 cu mi)

Surface elevation 1,460 m (4,790 ft)

Islands Idjwi

Settlements Goma, Congo

Bukavu, Congo

Kibuye, Rwanda

Cyangugu, Rwanda

Lake Kivu with Goma in the background

Lake Kivu is one of the African Great Lakes. It lies on the border between the Democratic Republic of the Congo and Rwanda, and is in the Albertine Rift, the western branch of the East African Rift. Lake Kivu empties into the Ruzizi River, which flows southwards into Lake Tanganyika. The name comes from kivu which means "lake" in some Bantu languages, just like the words tanganyika or nyanza.[citation needed]

Contents

1 History

2 Geography

3 Chemistry

3.1 Methane extraction

4 Biology and fisheries

5 See also

6 References

History

This section needs additional citations for verification. Please help improve this article by adding citations to reliable sources. Unsourced material may be challenged and removed. (February 2012)

People on the shore at Gisenyi

The first European to visit the lake was German Count Adolf von Götzen in 1894. Since then it has been caught up in the conflict between Hutu and Tutsi people in Rwanda, and their allies in DR Congo, which led to the 1994 Rwandan Genocide and the First and Second Congo Wars. Lake Kivu gained notoriety as a place where many of the victims of the genocide were dumped.

Geography

The lake covers a total surface area of some 2,700 km2 (1,040 sq mi) and stands at a height of 1,460 metres (4,790 ft) above sea level. Some 1 370 km2 or 58% of the lake's waters lie within DRC borders. The lake bed sits upon a rift valley that is slowly being pulled apart, causing volcanic activity in the area, and making it particularly deep: its maximum depth of 480 m (1,575 ft) is ranked eighteenth in the world.

The world's tenth-largest inland island, Idjwi, lies in Lake Kivu, as does the tiny island of Tshegera, which also lies within the boundaries of Virunga National Park; while settlements on its shore include Bukavu, Kabare, Kalehe, Sake, and Goma in Congo, and Gisenyi, Kibuye, and Cyangugu in Rwanda.

Chemistry

Lake Kivu is a fresh water lake and, along with Cameroonian Lake Nyos and Lake Monoun, is one of three that experience limnic eruptions. Around the lake, geologists found evidence of massive biological extinctions about every thousand years, caused by outgassing events. The trigger for lake overturns in Lake Kivu's case is unknown, but volcanic activity is suspected. The gaseous chemical composition of exploding lakes is unique to each lake; in Lake Kivu's case, methane and carbon dioxide due to lake water interaction with a volcano. The amount of methane is estimated to be 65 cubic kilometers (if burnt over one year, it would give an average power of about 100 gigawatts for the whole period). There is also an estimated 256 cubic kilometers of carbon dioxide. The water temperature is 24°C, and the pH level is about 8.6.[2] The methane is reported to be produced by microbial reduction of the volcanic CO2.[3] The risk from a possible Lake Kivu overturn is catastrophic, dwarfing other documented lake overturns at Lakes Nyos and Monoun, because of the approximately two million people living in the lake basin.

Cores from the Bukavu Bay area of the lake reveal that the bottom has layered deposits of the rare mineral monohydrocalcite interlain with diatoms, on top of sapropelic sediments with high pyrite content. These are found at three different intervals. The sapropelic layers are believed to be related to hydrothermal discharge and the diatoms to a bloom which reduced the carbon dioxide levels low enough to precipitiate monohydrocalcite.[4]

Scientists hypothesize that sufficient volcanic interaction with the lake's bottom water that has high gas concentrations would heat water, force the methane out of the water, spark a methane explosion, and trigger a nearly simultaneous release of carbon dioxide.[5][6] The carbon dioxide would then suffocate large numbers of people in the lake basin as the gases roll off the lake surface. It is also possible that the lake could spawn lake tsunamis as gas explodes out of it.[7][8]

The risk posed by Lake Kivu began to be understood during the analysis of more recent events at Lake Nyos. Lake Kivu's methane was originally thought to be merely a cheap natural resource for export, and for the generation of cheap power. Once the mechanisms that caused lake overturns began to be understood, so did awareness of the risk the lake posed to the local population.

An experimental vent pipe was installed at Lake Nyos in 2001 to remove gas from the deep water, but such a solution for the much larger Lake Kivu would be considerably more expensive. No plan has been initiated to reduce the risk posed by Lake Kivu.[dubious – discuss] The approximately 500 million tonnes of carbon dioxide in the lake is a little under 2 percent of the amount released annually by human fossil fuel burning. Therefore the process of releasing it could potentially have costs beyond building and operating the system.

Methane extraction

Methane extraction platform.

Lake Kivu has recently been found to contain approximately 55 billion cubic metres (1.94 trillion cubic feet) of dissolved biogas at a depth of 300 metres (1,000 ft). Until 2004, extraction of the gas was done on a small scale, with the extracted gas being used to run boilers at a brewery, the Bralirwa brewery in Gisenyi.[9][10] As far as large-scale exploitation of this resource is concerned, the Rwandan government has negotiated with a number of parties to produce methane from the lake.

In 2011 ContourGlobal, a U.S. based energy company focused on emerging markets, secured project financing to initiate a large-scale methane extraction project. The project will be run through a local Rwandan entity called KivuWatt, using an offshore barge platform to extract, separate, and clean the gasses obtained from the lake bed before pumping purified methane via an underwater pipeline to on-shore gas engines. Stage one of the project aims to build and supply three "gensets" along the lake shore, totaling 25MW of electrical capacity. Initial project operations are scheduled to commence in 2012.[11] In addition to managing gas extraction, KivuWatt will also manage the electrical generation plants and on-sell the electrical power to the Rwandan government under the terms of a long-term Power Purchase Agreement (PPA). This allows KivuWatt to control a vertically integrated energy offering from point of extraction to point of sale into the local grid. Extraction is said to be cost-effective and relatively simple because once the gas-rich water is pumped up, the dissolved gases (primarily carbon dioxide, hydrogen sulphide and methane) begin to bubble out as the water pressure gets lower. This project is expected to increase Rwanda's energy generation capability by as much as 20 times, and will enable Rwanda to sell electricity to neighboring African countries.[10] The firm was awarded the 2011 Africa Power deal of the year for innovation in the financing arrangements it obtained from various sources for the KivuWatt project. [12] .[13]

A problem associated with the prevalence of methane is that of mazuku.

Biology and fisheries

Fishing boats on Lake Kivu, 2009.

Reflection of the sky on Lake Kivu

The fish fauna in Lake Kivu is relatively poor with 28 species, including four introduced species.[14] The natives are the Lake Rukwa minnow (Raiamas moorii), four species of Barbus (B. altianalis, B. apleurogramma, B. kerstenii and B. pellegrini), an Amphilius catfish, two Clarias catfish (C. liocephalus and C. gariepinus), Nile tilapia (Oreochromis niloticus) and 15 endemic Haplochromis cichlids.[14] The introduced species are three cichlids, the longfin tilapia (Oreochromis macrochir), O. leucostictus and redbreast tilapia (Coptodon rendalli), and a clupeid, the Lake Tanganyika sardine, Limnothrissa miodon.[14]

The exploitable stock of the Lake Tanganyika sardine was estimated at 2000–4000 tons per year.[15] It was introduced to Lake Kivu in the late 1959 by a Belgian Engineer A. Collart. At present, Lake Kivu is the sole natural lake in which L. miodon, a sardine originally restricted to Lake Tanganyika, has been introduced initially to fill an empty niche. Prior to the introduction, no planktivorous fish was present in the pelagic waters of Lake Kivu. In the early 1990s, the number of fishers on the lake was 6,563, of which 3,027 were associated with the pelagic fishery and 3,536 with the traditional fishery. Widespread armed conflict in the surrounding region from the mid-1990s resulted in a decline in the fisheries harvest.[16]

Following this introduction, the sardine has gained substantial economic and nutritional importance for the lakeside human population but from an ecosystem standpoint, the introduction of planktivorous fish may result in important modifications of plankton community structure. Recent observations showed the disappearance during the last decades of a large grazer, Daphnia curvirostris, and the dominance of mesozooplankton community by three species of cyclopoid copepod: Thermocyclops consimilis, Mesocyclops aequatorialis and Tropocyclops confinis.[17][18]

The first comprehensive phytoplankton survey was released in 2006.[19] With an annual average chlorophyll a in the mixed layer of 2.2 mg m-3 and low nutrient levels in the euphotic zone, the lake is clearly oligotrophic. Diatoms are the dominant group in the lake, particularly during the dry season episodes of deep mixing. During the rainy season, the stratified water column, with high light and lower nutrient availability, favour dominance of cyanobacteria with high numbers of phototrophic picoplankton.[19][20][21][22] The actual primary production is 0.71 g C m-2 d-1 (~ 260 g C m-2 y-1).[23]

A study of evolutionary genetics showed that the cichlids from lakes in northern Virunga (e.g., Edward, George, Victoria) would have evolved in a "proto-lake Kivu", much older than the intense volcanic activity (20,000-25,000 years ago) which cut the connection.[24] The elevation of the mountains west of the lake (which is currently the Kahuzi-Biega National Park, one of the largest reserves of eastern lowland (or Grauer's) gorillas in the world), combined with the elevation of the eastern rift (located in eastern Rwanda) would be responsible for drainage of water from central Rwanda in the actual Lake Kivu. This concept of "proto-lake Kivu" was challenged by lack of consistent geological evidence,[25] although the cichlid's molecular clock suggests the existence of a lake much older than the commonly cited 15,000 years.

Lake Kivu is the home of four species of freshwater crab, including two non-endemics (Potamonautes lirrangensis and P. mutandensis) and two endemics (P. bourgaultae and P. idjwiensis).[26] Among Rift Valley lakes, Lake Tanganyika is the only other with endemic freshwater crabs.[26]

India - Rajasthan - Pushkar - 247c by Manfred Sommer