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Just did a ride on the jungle loop and noticed that my speed was much slower maybe 4kmh average. Was hard to crack 30kmh on some of the downhill sections and uphill speed was also slower. As soon as I left the jungle and back on the road speeds came back to normal. Is this a new setting in Zwift for dirt sections?

Re: the 8 or 9 watt diff in average power that accompanied the slower time? Could definitely be from drafting on 31Jan and not as much on 5Feb (as mentioned), or even something as basic as using different bike/wheels/whatever on different days.

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Due to his distinctive musical taste, HRSDN, an electronic artist from Jakarta, Indonesia, has become increasingly well-known. Listeners from all over the world have responded well to his songs. Among his most well-known songs are "DJ Melody El Perdon Slow Mengkane - Remix," "DJ Old Dalinda Slow Mengkane," and "DJ Gayamu Itu Sombong Sekali (Slow Reverb)."

The usage of electronic instruments and an uplifting cadence define HRSDN's music. Anyone will want to dance to his songs, which are excellent for parties and clubs. "Dj Old Dingin Keringetan Slow Reverb," one of his most well-known songs, is proof of his talent for producing music that inspires dancing.

"Dj Goreng Goreng Slow Mengkane," another standout tune from HRSDN, has a catchy chorus and a pulsating beat that will have listeners moving all night. He has also put out "DJ Old Tangkis Dang Akimilaku Aisyah Maimunah Slow Mengkane," "DJ Tutup Pintu Tutup Jendela Papali Mamam Slow," "DJ Telolet Aisyah Jamilah Slow Mengkane," "DJ Old Melody Elperdon Slow," and "8d no Comment Slow."

The music of HRSDN is an excellent synthesis of electronic and other electronic music genres. He has succeeded in producing a distinctive sound that is upbeat and danceable. Anyone who like electronic music should give his songs a listen, and he is undoubtedly an artist to keep an eye on in the future.

The electronic music performer from Indonesia, HRSDN, has been keeping active with a number of recent albums. One of these is the artist's most recent hit, "Dj Old Play Date Angklung Slow Bass Mengkane (2023)," which demonstrates how well-versed she is in fusing both conventional Indonesian music and contemporary electronic sounds. The song's delicate melody and sluggish bassline wonderfully complement the angklung, a traditional bamboo instrument frequently employed in Indonesian music.

"Dj Old Melodi Gomezlx Slow Bass Mengkane (2022)," another recent album by HRSDN, has a similar sluggish bassline but a more uplifting melody. The song is a wonderful illustration of HRSDN's talent for producing infectious tunes that can be danced to and are guaranteed to get crowds moving.

Additionally, HRSDN published a remix of the song "Dj Edamame X Migente Slow Bass Mengkane (Remix) (2022)," which reworks the original song to incorporate HRSDN's distinctive sound. The remix is ideal for club goers who love to dance because it has a faster speed and more intricate rhythms than the original.

Last but not least, HRSDN's most recent album, "Dj Old Melody Alone Slow Mengkane (2022)," demonstrates the musician's aptitude at evoking a somber and reflective atmosphere. The song has a dismal tune that is slow and contemplative, making it ideal for quiet times when you need to think and relax.

Overall, HRSDN's most recent works demonstrate his versatility and ability to make fascinating electronic music. Give HRSDN a listen if you enjoy electronic music and are curious about traditional Indonesian music.

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For seventy-nine days, though, my only climate control had been a sun hat and rain jacket. I was rarely comfortable, and I moved so slowly that I could watch the seasons changing day by day and make solemn eye contact with cows.

Growth of Lactococcus lactis subsp. lactis biovar diacetylactis was observed on media with citrate as the only energy source. At pH 5.6, steady state was achieved in a chemostat on a citrate-containing medium in the absence of a carbohydrate. Under these conditions, pyruvate, acetate, and some acetoin and butanediol were the main fermentation products. This indicated that energy was conserved in L. lactis subsp. lactis biovar diacetylactis during citrate metabolism and presumably during the conversion of citrate into pyruvate. The presumed energy-conserving step, decarboxylation of oxaloacetate, was studied in detail. Oxaloacetate decarboxylase was purified to homogeneity and characterized. The enzyme has a native molecular mass of approximately 300 kDa and consists of three subunits of 52, 34, and 12 kDa. The enzyme is apparently not sodium dependent and does not contain a biotin moiety, and it seems to be different from the energy-generating oxaloacetate decarboxylase from Klebsiella pneumoniae. Energy-depleted L. lactis subsp. lactis biovar diacetylactis cells generated a membrane potential and a pH gradient immediately upon addition of citrate, whereas ATP formation was slow and limited. In contrast, lactose energization resulted in rapid ATP formation and gradual generation of a proton motive force. These data were confirmed during studies on amino acid uptake. alpha-Aminoisobutyrate uptake was rapid but glutamate uptake was slow in citrate-energized cells, whereas lactose-energized cells showed the reverse tendency. These data suggest that, in L. lactis subsp. lactis bv. diacetylactis, a proton motive force could be generated during citrate metabolism as a result of electrogenic citrate uptake or citrate/product exchange together with proton consumption by the intracellular oxaloacetate decarboxylase.

Thanks to everyone for the helpful and logical suggestions of faster type cards, which makes sense and it's good to know they make the required difference. However, harking back to Tom's original post, it is actually the case that the G9 (maybe the GH5 also? Never used one of those) is actually unusually slow in this respect in the first place, particularly given its turn of speed elsewhere - the delay is noticeable with a normal 95 Mb/sec card even in single-shot use, jpg only. The files aren't so much larger that I'd expect this to be apparent - and there is no such effect with the E-M1 Mk II (also 20MP), nor the various 24MP APS-C cameras I've used - just the G9. So it remains a bit of a mystery to me as to why the initial save (as highlighted when you decide to view the image immediately after the shot) is so much slower than expected.

My 5 year old Sandisk 32GB Extreme UHS1 is just 45mb/s; and it is slow on my E-M1 II. I ordered from Amazon the new UHS2 Sandisk Extreme Pro 32GB with 300mb/s and it solved my slowness problem instantly. I put the 300mb/s in slot-1 and the old one in slot-2 and never worry about running out.

Having used U3 cards for 4K slow motion video works well enough for daylight. But in low light video it sometimes can't write fast enough. That's where the Class II type cards would improve writing performance.

Nevertheless, if you're not using U3 cards, that would be why the writing is slow. U3 cards are great for photo and burst shooting modes. Buffer clears pretty fast. With High burst you can shoot into 100+ pics without buffering. On Medium burs, it will go on for 250+ shots. That's as far as I pushed M burst. Low burst is like 2 shots per sec, and I suspect it would go on until the battery died or card filled up.

Thanks Helen, I thought my experience might have been different - obviously not. I am wondering whether the dual SD card slots are slowing the recording down. More from the fact that the camera has to check the card slots out before it starts recording. e24fc04721