Test Page for Hatchery sap.ui.unified.Calendar

Single day Selection Calendar

[Teripan atau timun laut](#sea-cucumber) [Lombok pearls oyster cultivation analysis](http://www.lombokmutiara.co.id/news/Analisis-Usaha-Pembesaran-Tiram-Mutiara-Pinctada-maxima) [desertai kerang mutiara](https://repository.unair.ac.id/137472/1/142111133142_25k_Ehb93uxd6wn0-KlNU1--Nd7a2o.pdf) * Green phytoplanktons (**Nannochloropsis** oculata,Tetraselmis chui, Chlorella, Dunaliella tertiolecta) * Golden phytoplanktons (Tisochrysis lutea, Pavlova, Isochrysis galbana, Thalassiosira weissfloggii) * Red phytoplankton (Rhodomonas salina) * Orange phytoplankton (Chaetocerors calcitrans) * Brown phytoplanktons (Pheaodactylum tricornutum) * sandfish ming yu shen (明玉参) * Biofouling in marine aquaculture # [Deep seas aquaculture](https://kptk.dikdasmen.go.id/artikel/2020/03/20/1121-sistem-informasi-geografis-untuk-budidaya-ikan-kerapu-serranidae-epinephelus-spp.html) * deep water to keep water constant and cooler * deep water >= 10 m will eliminate white lice * deep water has higher $NO_3^-$ and $PO_4^{3-}$ Water Quality --- The optimal pH value for the larvae of bay scallop ranges from 7.8–8.2, while dissolved oxygen (DO) must be maintained at a concentration of not less than 5 ppm. The heavy metal content in seawater should be kept at the following concentrations:Hg Hg ≤ 0.004 ppm Cd ≤ 0.03 ppm Pb ≤ 0.1 ppm Cu ≤ 0.01 ppm Zn ≤ 0.1 ppm Al ≤ 0.1 ppm [unicellular phytoplankton](https://eprints.cmfri.org.in/18753/1/Marine%20Microalgae%20culture%20Techniques_2024_Joe%20K%20Kizhakudan.pdf) The naked flagellates, such as Monochrysis lutheri and Isochrysis galbana, are ideal food organisms, which can induce better growth than any organism having cell wall Platymonas sp. and Chlorella sp. are also popularly used as feed for bay scallop larvae
timeline title Pearl Oyster P. Maxima Mature Gonad location section Rainy Jan : Rainy : NTB,NTT,Bali,Sulawesi Feb : Rainy : NTB,NTT,Bali,Sulawesi Mar : Rainy : NTB,NTT,Bali,Sulawesi section Dry Apr : Dry : Maluku,Irian barat May : Dry : Maluku,Irian barat Jun : Dry : Maluku,Irian barat Jul : Dry : Maluku,Irian barat Aug : Dry : Maluku,Irian barat Sep : Dry : NTB,NTT,Bali,Sulawesi section Rainy Nov : Rainy : NTB,NTT,Bali,Sulawesi Dec : Rainy : NTB,NTT,Bali,Sulawesi
graph LR %% Kerapu and seabass FC0["Floating cage
Grading"] FC1["Keramba tanjab
Berpasir dibawah
Grading"] FC2["Keramba dasar (0.5 m dari dasar)
Grading"] P0["Pond - outdoor"] P1(["Pond - indoor"]) R0{"Rotifer Large"} R1{"Rotifer Small"} MicroAlgae["Green phytoplanktons"] -->R0 MicroAlgae -->R1 Seabass1[/"Seabass Mature change sex 5kg ♀
Broodstock Rearing"/] Kerapu1[/"Grouper Mature change sex ♂
Broodstock Rearing"/] Kerapu(["Grouper: female at birth: ♀
Larva Rearing"]) --> |"size: 8-12cm cuci air tawar"| FC0 --> |"mature/adult size"| FC22["floating cage bigger net size
and/or tambak lebih besar ↑O2
Brookstock around 3kg"] Kerapu -->|tidak perlu| FC1 --> FC22 --> Kerapu1 Seabass(["Asian Seabass: Male at birth: ♂
Larva Rearing"]) --> |"size: 8 - 12cm bersisik tidak perlu pasir"| FC0 -->|"Mature/adult size"| FC22 --> Seabass1 Lobster["Lobster Rearing"] -->FC2 Grading["Monthly Grading"] click Seabass "https://www.seafdec.org.ph/2011/seabass-hatchery/" "Seabass Hatchery" click Kerapu "https://www.seafdec.org.ph/hatchery-seedstock/" "Grouper Hatchery" style Kerapu1 fill:gold, color:black style Seabass1 fill:gold, color:black style R0 fill:blue, color:white style R1 fill:green, color: black
flowchart TD T["Tilapia
iBEST (all Male) or
iEXCEL (Mixed-sex)"] subgraph planton["Planton feed to larvae"] PyPL1["Pythoplanton life or dead(microalgae)/harvest microalgae
instant microalgae powder"] R0{"Rotifer Large ΔT"} --->AR0["accliminate temperature and salinity to match the larva"] R1{"Rotifer Small ΔT"} --->AR1["accliminate (lower to 28~30C) and salinity"] Artemia["Artemia
Brine shrmp"] eggs["Fish Eggs"] PyPL1 --> Artemia PyPL1 --> R0 PyPL1 --> R1 end subgraph hatchery["Hatchery Market Depend on Market"] direction LR Broodstock["Selection Broodstock
and Feed"] --> Eggs["Eggs"] -->Larvae["Larvae"]--> postLarvae["Post Larvae"] -->Juvinille["Juvinille"] end subgraph Selet_Broodstock["Broodstock tank selection"] direction LR Tank_1["Broodstock S,L,T"] end subgraph growup ["growup Market size"] direction LR Market["different stage of Market"] end subgraph artemiaGrowth ["Artemeia Growth up Culture"] direction LR artemeia_eggs["Artemaia Eggs and larvae for feed"] end subgraph vitaamin ["Vitamin C and B12 complex"] direction LR vitamin_feed["feed to rotifer prior to the feed for Hatchery"] end subgraph Pellet_Custard ["Pellet or Custard"] direction LR Pellet_feed["Pellet feed"] custard["wet or frozen feed"] end subgraph cacing_nipah["cacing Nipah for broodstock"] direction LR culture_vs_wild["Culture vs wild"] %% Nypa_Palm_Worm_Namalycastis_rhodohorde end cacing_nipah -->Broodstock SPFeed[("Special shrimp feed to make non red grouper to red grouper")] style SPFeed fill:pink, color black Pellet_Custard-->postLarvae T --> hatchery planton --> Larvae hatchery --> growup SPFeed --> |"special feed
for changing color
Black to RED"| growup style eggs fill:pink, color:black click hatchery "https://www.seafdec.org.ph/hatchery-seedstock/" "Grouper Hatchery"
flowchart TB subgraph OCEAN9 ["fas:fa-ship OCEAN 9 "] direction LR TP([Telaga Punggur])-->|ferry 11:00 web kapaltiket.com| A([BENAN]) --> |"00:45"| B([Tajuh Biru]) --> C(["Sei Tenam"]) --> D(["Senayang"]) <--->|"from 07:15 Pancur"| E(["Pancur"]) end subgraph DRAGON5 ["fas:fa-ship DRAGON 5"] direction LR TP1(["Telaga punggur"]) --> CC(["Sungai Teinam"])-->JG(["Jagoh"]) end subgraph Anambas ["fas:fa-ship Anambas"] direction LR TP2(["Telaga Punggur"]) --"Rp. 494k"--> Letung --"Rp 495k"--> Terempa(["Terempa"]) end subgraph Bintan["Pulau Bintan/Tanjung Pinang"] direction LR BTP(["Tanjung Pinang"]) end TP <--.--> TP1 <--.--> TP2 style A fill: black, color: white style B fill:grey, color:#fff style TP fill:blue, color: white style TP1 fill:blue, color: white style TP2 fill:blue, color: white click BTP "https://www.welcometobintan.com/images/map.jpg" "Tanjung Pinang"
flowchart LR subgraph subgraph1["Benur Bening Lobster"] direction TB top1["🦞 ≤ 2 gr (≤ 2months)
SR 30%~40%
Nature < 0.01%"] --> bottom1["🦞 ≥ 5gr (2 - 3 months) SR ≥ 70%~80%"] end subgraph subgraph2["Top floating or/and
Bottom floating cage(Krankeng)"] direction TB top2[top] --> bottom2[bottom] end subgraph subgraph3["Top floating or/and
Bottom floating cage(Krankeng)"] direction TB top3[topx] --> bottom3[bottomx] end outside:::asNode --> subgraph1:::asNode outside ---> top2 -->top3 style subgraph2 fill:orange classDef asNode fill:grey, color:orange