ss winning path mahjong ways sistem ss winrate terjaga berkat scatter hitam s scatter hitam jadi kunci kejayaan mahjong wins3 s strategi bertahan ala mahjong ways 2 bermain mahjong tekad fokus bukti nyata mahjong scatter win s pola scatter hitam konsisten mw3 makin kokoh s ritme hidup online dan mw3 s saat scatter wild terbuka aliran desember penuh warna emas kejayaan mahjong scatter wild kekuasaan mahjong bangkit scatter rahasia terkuat teknik jitu modal 200 ribu uji coba mahjong wins jackpot 456 juta teknik auto win mahjong wins 3 group tertutup bongkar fakta mahjong wins mahjong wins 3 dan era baru keberuntungan peran scatter hitam dalam membentuk ekspektasi pemain mahjong wins 3 scatter naga hitam menghasilkan cuan di setiap putaran pertama menelusuri peran strategis scatter hitam dalam mahjong wins 3 yang mengaburkan batas hoki dan perhitungan mengurai pengaruh scatter hitam terhadap pola kemenangan mahjong wins 3 yang kian sulit diprediksi scatter hitam sebagai game changer di mahjong wins 3 yang mengguncang dunia game online s multiplier shock mahjong wins 3 s ombak keberuntungan mahjong wins 3 s phase boost mahjong wins 3 ambisi strategi bermain mahjong bermain mahjong ambisi kuat scatter bermain mahjong ambisi scatter laporan dinamika spin peluang hadiah maksimal strategi keuangan perubahan nilai rtp terbaru bangkitnya energi mahjong ways 2 yang menggila saat scatter wild mengalir deras membanjiri setiap putaran hasilkan jp besar dengan mengumpulkan 2 scatter hitam mahjong wins 3 di setiap putaran kisah epik mahjong ways 2 ketika kekuasaan simbol bangkit dan scatter wild hadir membawa keberuntungan mahjong ways 2 bangkit dari putaran sunyi menjadi mesin kemenangan saat scatter wild mengalir deras mahjong ways 2 dalam mode kekuasaan penuh ketika scatter wild mengalir deras dan kemenangan datang rahasia mekanik mahjong ways algoritma stabil sinkronisasi rtp pola spin ritme akselerasi simbol wild mahjong ways ritme cara kerja rtp manajemen keuangan kemenangan panduan dasar mekanisme mahjong ways pemula s narasi kehidupan digital dan mahjong wins3 s pola interaksi digital dan mahjong wins3 s power stream mahjong wins 3 awal rm esensi mahjong ways filosofi keseimbangan rm siklus naga mahjong wins 3 interpretasi data hidup di balik putaran mahjong wins 3 scatter hitam menjadi simbol kaburnya konsep hoki tradisional mahjong ways 2 memuncak di mode kekuasaan penuh ketika scatter wild aktif dan jp besarpun terjadi mahjong wins 3 dalam tekanan baru ketika scatter hitam menyatukan hoki dan perhitungan mahjong wins 3 di titik kritis saat scatter hitam mengaburkan garis tipis antara insting dan analisis saat scatter wild menjadi pengendali utama mahjong ways 2 menghadirkan tekanan dan perkalian ketegangan dan harapan bertemu saat scatter naga hitam mahjong wins 3 aktif sejak awal mode kekuasaan penuh membuat mahjong ways 2 sulit diprediksi saat scatter wild mengalir konsisten detik awal yang menentukan scatter naga hitam mahjong wins 3 mengantar kemenangan cepat momentum langka mahjong ways 3 terjadi ketika scatter wild mengalir deras dan keberuntungan berpihak keberuntungan tak perlu menunggu lama saat scatter naga hitam mahjong wins 3 muncul di spin pertama s getaran awal mahjong wins 3 s ledakan getaran mahjong wins 3 s mahjong wins 3 kian dipercaya berkat pola s mahjong wins 3 melesat dengan scatter s mahjong wins 3 semakin solid s momen scatter wild turun aliran analisis pendekatan netral stabilitas mahjong ways pemetaan tempo spin data pola wild aktif mpoxo rilis update mahjong wins free spin 2x lipat pemain mahjong wins 3 mpoxo berhasil cuan 800 ribu dari modal 25 ribu pola baru lotus scatter mahjong ways 2 mpoxo viral lagi analisis pola menengah mahjong wins 3 finansial rtp dan disiplin modal mahjong s budaya scroll spin dan menang s konsistensi scatter hitam menguatkan posisi mahjong s mahjong wins 3 bersinar berkat s momentum burst mahjong wins 3 scatter jembatan antara pola scatter mahjong cerdas kemenangan pendekatan spam spin mahjong ways petualangan keuntungan awsbet mahjong profit harian pola mahjong akhir tahun rtp menguat setelah petunjuk awsbet tukang parkir joni mahjong ways jackpot dengan modal receh kemenangan spektakuler rahasia scatter konsisten rahasia pola bermain pola mahjong wins scatter hitam merajalela jackpot super strategi tepat waktu scatter hitam tetap melekat full jackpot di mahjong wins rm mikro ekonomi mahjong ways 2 pengelolaan sumber daya hidup rm pola taruhan adaptif mahjong wins 3 siklus hidup rm realisme digital mahjong wins 3 grafis kepercayaan pembuktian teori spam spin mahjong rahasia terukur bermain tanpa pola strategi nominal taruhan pola wild unik formasi scatter wild mahjong ways 2 riset meta mahjong reel terkunci pola scatter berlapis mahjong ways slot qris dana ABC1131 mpoxo link slot mahjong mpo slot slot depo 5k slot deposit 1000 slot thailand asiaklub macauklub pondok88 garuda76 heylink macauklub heylink asiaklub heylink hksbet kapten76 heylink garuda76 heylink pondok88 heylink timpondok88 heylink mpoxo mpoxo AWSBET rawit303 mpoxl viral asiaklub viral macauklub viral garuda76 viral pondok88 ASLI777 Asli777 Mpogalaxy MPOGALAXY sakura76 baru slot gacor hari ini bathroomremodelingidea djakarta-miningclub abc1131 abc1131 ABC1131 abc1131 At-Taujih; Jurnal Bimbingan Konseling Islam MPO SLOT rtp mpoxo abc1131 slot viral abc1131 - sopadec abc1131 slot777 lundbergdesign.com

FLASHLINE-16 Science Report-05 07-07-2024

 In Science Report

Author: Natasha Nicholson – Chief Science Officer

Flashline Mars Research Station, Devon Island, 75°25’53”N,  89°49’27”W, Nunavut.

Expedition Commander: Natasha Nicholson

Team: Ilaria Cinelli, Mason Robbins

Destination(s): Scree slope northeast of habitat

Transport: On foot

Distance Travelled: <1mile

Furthest coordinates from the station: 75°25’58.65”N,  89°48’32.39”W

Expedition Duration: 1hr20

Time: 17:50 – 19:30

Aims:

  1. To assess ease of motion across unstable terrain in the spacesuits
  2. To return to the newly found suspected stromatolite from expedition 1.
  3. To stabilise biological samples

EVA Observations:

Motion in spacesuits:

Now in full simulation, the three analogue astronauts, left the station after a 5-minute ‘decompression’ pause in the airlock. They explored the immediate area testing their ability to navigate difficult terrain with the bulky suits and limited field of vision in the helmets.

Two of the suits were the traditional FMARS suits used on the previous 16 campaigns, and one of the suits was new to this environment, a pressurised ‘Grissom Suit’ by Smith Exploration Garments. The Grissom Suit was pressurised using an air compressor run from a portable battery pack, connected to the suit via hoses. This model of suit has thick wide boots integrated into the suit, which did well on the rocky terrain.

All of the astronauts got used to manoeuvring across the terrain, and we decided to advance to our second objective, locating the stromatolite seen on our way to Trinity Lakes.

Figure 1. Assessing motion in the two types of space suit; left and middle are the FMARS suits, right is the Grissom suit from Smith Exploration Garments.

Stromatolite:

For this part of the expedition, the Grissom Suit was swapped out for the regular FMARS suit, as the compressor and battery add a lot of bulk and weight to any expedition. Smith Exploration Garments are developing a system to port the life support system across rocky terrain, and for EVAs further afield, the ATVs can carry the heavy compressor, but our target was a rocky scree slope only a short distance from the habitat.

Using the coordinates we had saved on our first expedition, 75°25’58.65”N,  89°48’32.39”W, we navigated across the ground – crossing hard ground, soft ground, snow and loose scree, all without incident. We found and photographed the stromatolite, then returned to the habitat.

Figure 2. Returning to the possible stromatolite
Figure 3. Potential stromatolite fossil

Lab Work:

Fixing biological samples:

The samples collected from previous expeditions, algae, moss and the as-yet-unidentified ‘lab kelp’, were stabilised using RNAlater. The majority of the suspension water was drained from the 50ml falcon tube, and the samples were stored at a ratio of 1:5, sample material to RNAlater.

The samples will be stored at low temperatures, and the non-toxic stabiliser will preserve the integrity of the RNA and allow for species identification.

Figure 4. Adding RNAlater to biological samples.