aws adaptasi pemain mahjong harian aws analisis perubahan visual mahjong aws atur momentum grid mahjong aws heuristik pola mahjong ways aws interpretasi teknis pola mahjong aws mekanisme reel tumbling mahjong aws perilaku pengguna mahjong harian aws strategi navigasi grid mahjong aws tips ritme mahjong tenang aws vektor akselerasi simbol ways2 aws algoritma evolusioner mahjong ways3 aws geometri pola mahjong iterasi aws kombinasi mahjong starlight aws korelasi pola stabilitas mahjong aws rahasia wild mahjong ways aws scatter rtp mahjong 12juta aws sinkronisasi simbol grid mahjong aws skema modal mahjong stabil aws strategi transisi mahjong sweet aws target scatter mahjong wins formasi simbol berulang mahjong wins 3 sesi profesional kalibrasi prediksi multiplier wild bounty showdown 85 juta sinergi kontrol emosi pola sekuensial dragon hatch stabilitas tempo teknik kalibrasi risiko rasio pengembalian hasil 90 juta rahasia keberhasilan multiplier sweet bonanza sistem terpadu panduan taktis simbol misteri great rhino megaways momentum terbaik eksplorasi teori keacakan aztec gems simbol kunci validasi akurasi indikator balikan real time pgsoft aws alasan scatter free spin mahjong aws dominasi pgsoft teknik pemain aws fokus scatter wins1 perkalian aws irama scatter hitam wins3 aws logika grid mahjong ways aws mahjong wins3 rtp malam stabil aws meninjau alur mahjong ways aws metode scatter merah mahjong aws mitos scatter hitam rtp pragmatic aws pengelolaan dana mahjong ways2 aws perbanyak spin scatter mahjong aws perkalian besar gates olympus aws perkalian scatter mahjong pgsoft aws reaksi sistem putaran harian aws scatter hitam jam malam analisa aws sisi lain mahjong ways2 aws strategi berani atau santai aws strategi scatter hitam wins3 aws teknik spin win starlight princess aws transisi alur putaran harian aws arsitektur stabil mahjong wins3 aws baca perilaku sistem mahjong aws mental target 17juta wins3 aws perkalian besar pragmatic spin aws retrigger panjang mahjong wins3 aws scatter hitam alur mahjong3 aws simbol emas mahjong ways aws teori matematika keputusan mahjong3 aws topologi grid mahjong ways2 aws transisi fase mahjong ways pro investigasi periodik pola big bass splash intensitas hasil evolusi arsitektur mekanik koi gate hiburan digital 2026 paradigma baru multiplier madame destiny prediksi perubahan sesi optimalisasi fitur powernudge ritme sesi target 50 juta dinamika kecepatan putaran simbol bernilai tinggi ways of the qilin rekonstruksi pola grid gates of olympus titik balik algoritma metodologi sinkronisasi simbol emas treasures of aztec durasi sesi interpretasi teknis fase simbol wild bandito arena virtual kajian struktural multiplier rise of giza stabilitas performa implementasi disiplin teknis sticky wild the dog house 35 juta dekonstruksi mekanik eskalasi simbol caishen wins transisi sistem mekanisme sinkronisasi putaran lucky neko pengembalian nilai framework analisis formasi wild ganesha fortune logika komputasi navigasi alur multiplier 5 lions megaways fase kritis efektivitas pemetaan jalur buffalo king stabilitas algoritma e4 rahasia tempo spin mahjong wins kenapa main terburu buru bisa gagal bonus e4 strategi aman mahjong wins 3 dengan perhitungan modal e4 strategi berbasis algoritma untuk target tinggi rekonstruksi pola pertahanan rise of samurai optimasi performa analisis cluster multiplier fruit party efisiensi putaran teknik pengambilan keputusan real time spaceman akurasi target pemetaan variasi multiplier 5 lions megaways pengembalian hasil analisis respin mekanik cleocatra keberlanjutan durasi bermain metodologi penangkapan simbol big bass splash ritme algoritma interpretasi teknis dinamika multiplier madame destiny arah putaran eksplorasi pengganda nilai wild bounty showdown target strategis 50 juta analisis frekuensi multiplier starlight princess akumulasi nilai strategi pengaturan saldo sugar rush 1000 target 70 juta e4 pendekatan terukur dan evaluasi rtp modern e4 pola disiplin mahjong wins 2 dengan mindset juara e4 pola pengelolaan dana cerdas mahjong wins 3 e4 pola rtp stabil mahjong wins yang viral tembus 30 juta e4 pola slow spin mahjong wins yang disebut lebih efektif e4 rahasia pengaturan modal agar tidak cepat habis aws fenomena tumbling mahjong pgsoft aws jam bermain gates olympus aws lucky neko ritme scatter aws momentum malam sweet bonanza aws perkalian scatter tumbling mahjong aws intensitas scatter rtp mahjong2 aws spam spin berkala mahjong wins3 aws strategi inti wins1 luckyneko aws titik bet putaran mahjong wins3 aws tumbling perkalian mahjong awsbet aws investasi rtp scatter mahjong1 aws kronologi scatter hitam wins3 aws observasi luckyneko starlight princess aws scatter pertama wins1 viral aws sinkronisasi naga emas mahjong aws rtp tinggi scatter mahjong wins2 aws scatter hitam rtp jam mahjong aws spin biasa strategi mahjong wins aws teknik spam spin mahjong aws tempo spin cepat mahjong ways MPOGALAXY pondok88 mpo slot ABC1131 Bandar Slot Togel Abc1131 Slot Mpo Toto Togel ABC1131 - MPO SLOT mix parlay agen slot qris 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 sakura76 baru slot gacor hari ini bathroomremodelingidea djakarta-miningclub abc1131 abc1131 ABC1131 At-Taujih; Jurnal Bimbingan Konseling Islam rtp mpoxo abc1131 slot viral

Flashline-16 Daily Report 05-07-2024

 In Daily report

Author: Michael Andrews – Crew Logistics

The team woke up initially ready to explore the center of Haughton crater, something that hasn’t been achieved by this base in several years. However, this was our worst weather to date, with constant rain of varying intensity at near-freezing temperatures. The Arctic Wolves had no choice but to postpone today’s crater plans.

One important thing that Health and Safety Officer Swarmer and I brainstormed during breakfast was standard operating procedures (SOP) for the research station. Our team has an existing repository of checklists and guides to reference for main activities, but they could be built upon further. Throughout the rest of the mission, we will assign SOPs to team members to populate. In my professional life, I’m a huge believer of well-defined and repeatable processes. A good SOP serves as a great reference, but it also allows crew members to prepare for the mission by reviewing the documentation before arriving to Devon Island. Future space colonization will require all types of people to succeed, not just engineers and veteran astronauts that can intuitively understand complex system. Turning this mission into a collection of repeatable process allows us to focus our brainpower on the more complex tasks.

On the subject of tasks, our team jumped into the following “rainy day” tasks to make the most of our situation:

  • ATV Startup (Woods and Robbins): probably the most exciting accomplishment of the day, we were able to successfully restore functionality to another ATV! Our beige-colored vehicles, Alterra 300s, became a real engineering project as we experimented with air-,spark-, electrical-, and fuel-related issues. In the end, starter fluid sprayed into the air filter was the solution to get the vehicle up and running. We will work on future ATVs later in the mission, and we realized that adding fuel conditioner to each vehicle will prevent other overwintering issues for the next crew.
  • Engineering and EVA Room Organization (Andrews): lack of organization is a pet peeve of mine, and today was the best opportunity to blitz the entire first floor of the base. Since last year’s crew had to leave unexpectedly early, a lot of equipment was not properly put away. Also, I noticed that the use of vertical space here could use improvement to get material off of the floor. My progress is slow and will require another full day, but I have a great grasp of all our supplies and their location. I’ll properly finish up the effort later in the week with a electronic inventory and location system.
  • Food Organization (Swarmer and Nicholson): we brought a huge amount of food on this trip, and the base already had a healthy amount of food. Today we began to catalog and inventory the food so we can better plan for the nutritional gaps to bring only what is needed next year.
  • Science and Expedition Reports (Nicholson): you’ll also see Nicholson’s science and expedition logs that were finalized today – expect many more in the coming days!
  • Habitat Leveling Measurements (Cinelli): one concern that we have had year over year is how the base is holding up to the thermal cycling of the seasons. We are taking various measurements of the walls and floors of the base so it can be modeled in CAD by the Mission Support team. This will help us confirm if the base is structurally stable, or if we need to reinforce it on future missions.
  • Mold Cleanup (Cinelli): Ilaria also noticed some mold in a corner of our EVA room during leveling measurements and sprung into action. This fortunately was not black mold, but we missed this on our initial inspection.
  • Water Plumbing Work (Trevino and Robbins): our water system is in need of some temperature and pressure improvements. We removed the hot water heater to dispose of and replace on a future mission. The prevailing hypothesis regarding the water heater: keeping a valve closed at the end of FMARS-15 caused the water heater to rupture over the winter when the water inside froze. The kitchen sink’s sprayer was cracked, so we took this as an opportunity to replace the entire faucet head. Work will have to continue on our water pump, which needs to be replaced as well.

As I generate this report and we await Executive Officer Trevino’s extremely-hyped chicken fajitas for dinner, the weather is already starting to clear up. Tomorrow’s forecast – if correct – will be our warmest and sunniest yet! A best-case scenario for Saturday July 6th would be to hike the crater in the morning and enter true simulation by the end of the day, but we need to watch our schedule and align on the rules of simulation.

Another parting thought after reflecting on the situations above. The last few days have been uncharacteristically wet for a Mars analog location, but our situation can still be compared to other unforeseen circumstances that could arise on the red planet. An unexpected dust storm or solar radiation spike could condemn a Martian colony to their quarters for multiple days. To say that today’s inclement weather wasn’t a hit to morale would be a lie, so we redirected our frustration and energy into some overdue habitat actions with some meaningful results at the end of the day.