mekanisme algoritma mahjong ways 2 stabil strategi multiplier mahjong wins 3 efektif analisis teknis scatter hitam simbol bonus perbandingan rng pg soft pragmatic play taktik pengaturan bet mahjong wins 3 evolusi fitur tumble mahjong ways 2 pola distribusi simbol mahjong wins 3 evaluasi teknologi pg soft pragmatic play panduan teknis siklus mahjong ways 2 transformasi simbol scatter hitam terbaru aztec gems pola matriks grid simbol mahjong ways 2 kepadatan server waktu akses wild bounty showdown prediksi putaran gratis gates of olympus variabilitas engine jam aktif pg soft validasi log server hari ini sweet bonanza formasi simbol unik pemain mahjong ways 2 rtp multilayer akurat mahjong ways analisis free spin durasi sweet bonanza grid simbol komunitas gates of olympus server scatter multiplier mahjong wins 3 multiplier beruntun wild bounty showdown pola perilaku jam pg soft trafik jaringan algoritma terbaru statistik modern fluktuasi rtp live sweet bonanza grid variabilitas kombinasi mahjong ways 2 pemetaan multilayer baris mahjong ways transisi gambar free spin mahjong wins 3 multiplier berurutan analisis statistik gates of olympus pola konsisten harian cara komunitas batas waktu harian mahjong wins 3 mengungkap logika free spin wild bounty showdown data terbaru rahasia pemetaan multilayer mahjong ways 2 distribusi angka teknik komunitas variabilitas metrik sweet bonanza presisi gates olympus grafik linear malam mahjong ways 2 distribusi simbol tinggi mahjong ways scatter hitam jarang muncul mengukur elastisitas pola lucky neko fase algoritma starlight princess kompresi gambar engine seluler analisis volatilitas mahjong ways 2 jam tertentu strategi tumble features mahjong wins 3 fakta algoritma scatter hitam terbaru uji efektivitas pola spin mahjong ways 2 penjelasan teknikal multiplier dinamis mahjong wins 3 analisis algoritma mahjong ways 2 2026 strategi membaca pola mahjong wins 3 mitos scatter hitam jackpot asli perbandingan mahjong ways 2 wins 3 tips kelola saldo scatter hitam fitur baru mahjong wins 3 terupdate waktu terbaik main mahjong ways 2 psikologi pemain scatter hitam trik optimalisasi bet mahjong wins 3 evolusi fitur mahjong ways 2 terbaru starlight princess 1000 analisis rtp live variansi wild bounty showdown pemodelan rtp mahjong ways 2 mahjong wins pola cuan vs rtp analysis mahjong ways distribusi scatter emas probabilistik analisis probabilitas mahjong wins cara baca pola mahjong ways 2 rtp live mahjong wins 3 analisis pola scatter wild perubahan jam gates of olympus 1000 pendekatan rtp wild bandito dinamis analisis statistik gates of olympus pola harian stabil derivasi statistik mahjongways variabilitas pola berbasis data evaluasi data multilayer neural starlight princess adaptif sistem fluktuasi pengembalian kinerja server real time pemula permainan logika algoritma mahjong ways menurut pakar data modern metrik rtp live server mahjong ways 2 analisis akurat pergerakan sistem mahjong ways 2 distribusi pola multilayer quantisasi pola jam aktif mahjongways analisis mikro strategi berbasis data rtp live pg soft akurat struktur grafik simbol wild bounty showdown berbeda game analisis algoritma mahjong ways 2 vs wins 3 evolusi fitur scatter hitam mahjong strategi pola tumble mahjong ways 2 data rtp mahjong wins 3 vs klasik mitos fakta mekanika scatter hitam aqua365 slot thailand slot gacor/ https://www.thewayofthespirit.com/contact/ magic134 STC76 https://ampabc1131.com/ https://www.abc1131.it.com/ hksbet pondok88 mpo slot asiaklub macauklub pondok88 garuda76 heylink macauklub heylink asiaklub heylink hksbet kapten76 heylink garuda76 heylink pondok88 heylink timpondok88 heylink mpoxo rawit303 viral asiaklub viral macauklub viral garuda76 viral pondok88 ASLI777 sakura76 baru rtp mpoxo

Flashline-16 Science Report-02 03-07-2024

 In Science Report

Author: Natasha Nicholson – Chief Science Officer

Devon Island, 75°26’08.3”N  89°49’41.6”W, Nunavut.

Aim:

  1. To gather water samples from creek closest to FMARS habitat and assess its potability.

Gathering water:

Thick working rubber gloves were sterilised with isopropanol. Water was gathered in triplicate in 50ml flat-bottomed falcon tubes (see Fig.1), upstream from where the water was being gathered in jerry cans.

Coliform test:

A coliform specific water test from C4HydroÔusing their MiniLab kit. The water was filtered and discarded, the filter transferred to another syringe. A nutrient solution suitable for coliform microbes was then pushed through the outflow of the filter, pushing any trapped microbe back into the original syringe, resulting in a concentrated solution of nutrients and any trapped microbes. This syringe was put in the MiniLab incubator at ~28°C, and will be checked for a change in colour after 24 hours (see Fig.2).

It was noted that the instructions for the coliform and minilab kits specified a storage temperature constraint of 15-30°C, but the temperature in the habitat gets down to -55°C, which may have affected some of the reagents and ingredients. For example, the culture solution for the coliforms was a dry powder to be rehydrated with a separate ampule of sterile, however, the powder had solidified into a cake (Fig.3) that required violent agitation before it broke up enough to risk adding the water.

pH test:

To assess the pH of the water, 2ml of each triplicate was transferred into Eppendorf tubes, and tested with colorpHast pH-indicator strips, both pH0-14 and pH5.0-10.0.

In both cases the tests seemed to indicate a pH6.5 (see Fig.4), but suffer from the same uncertainty as the C4Hydro tests, in that they should be stored at 15-30°C, which has not been the case. To check whether the strips were working, they were dipped into an Eppendorf  tube filled with 20% bleach, and reacted appropriately, indicating around pH12, (see Fig.5), suggesting the reading of pH6.5 was mostly accurate.

Figure 2. Coliform testing solution pre-incubation
Figure 3. Solidified powder after freeze-thaw
Figure 4. pH results of creek water
Figure 5. pH result of 20% bleach