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Iimveliso zogcino lwamanzi kunye neenkonzo
ipharamitha
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Digital twin river basin esemgangathweni yesiseko sepleyiti yedatha |
Ukulawulwa kwamanzi |
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Ibhodi yedatha yeDOM |
Ukusekwa, uhlaziyo kunye nohlaziyo lwegophe lomthamo wedama |
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DEM/DSM Databaseboard |
Ukubekwa esweni kwendawo yokunkcenkceshela kunye nokubalwa kokusetyenziswa kwamanzi ngokuvalelwa kude |
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Iinkonzo zokubeka iliso kwiintlekele zezandyondyo nembalela |
ipharamitha
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Ukubekwa esweni kolwakhiwo lweprojekthi yolawulo lwezikhukhula zomlambo |
Ulawulo lomlambo kunye nechibi (ulawulo lwenkqubo yomlambo kunye nechibi) |
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Ubume bokwakhiwa kwedama |
Isicwangciso sokumbiwa kwesanti yomlambo kunye nechibi |
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Ukhuseleko lwamadama kunye nebhanki yokugcina amanzi |
Utoliko lomlambo kunye nechibi olukude lwenzwa |
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Ukwakhiwa kwendawo yokugcina izikhukhula |
Uphando lweengxaki ezibalulekileyo ezithintela ukuhamba kwezandyondyo zemilambo |
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Imijelo yomlambo kwaye ulumkele ulwakhiwo |
Ukucwangciswa kokhuseleko lweendonga zemilambo eziphambili kunye nonxweme |
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"Lungisa kwaye ulungelelanise" iindawo ezine eziphazamisekileyo kwi-Qing Dynasty |
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Idatha yemida yolawulo lwesithuba sonxweme lomlambo kunye namanzi olawulo lwamachibi ihlaziywa ngamandla |
ipharamitha
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Ukongamela ukongiwa komhlaba namanzi |
Ukongamela okusingqongileyo kwamanzi kunye ne-ecology yamanzi |
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Ukulondolozwa komhlaba naManzi |
Ukujongwa kweBloom |
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Ukongamela ukuphazamiseka |
Ukujongwa kokuphumayo |
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Inkcubeko yeentlanzi zeCage |
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Ulawulo lwaselwandle |
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Ukubekw' esweni kwemimandla engaselunxwemeni, iingqaqa kunye neelwandle |
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Ukubeka iliso kwimithombo yokuloba |
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I-Enteromorpha kunye nokujongwa kwe-red tide |
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Isilumkiso seNtlekele yaseLwandle
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Ukusetyenziswa kokuBek'esweni uLwakhiwo lweZibonelelo zoLondolozo lwaManzi
Ukugubungela ngokupheleleyo idatha yesathelayithi yeJilin-1 kunye nokukwazi ukutyelela kwakhona, inokubeka iliso kwangexesha ukwakhiwa kwezibonelelo zogcino lwamanzi, ukhuseleko lwedama kunye nokugcinwa kwamanzi, ukwakhiwa kwendawo yokugcina amanzi, ukwakhiwa komlambo kunye nokukhusela, njl.
Inkqubo yesathelayithi ye-Jilin-1, eyaziwa ngokugubungela ngokupheleleyo idatha ye-remote sensing kunye nokukwazi ukutyelela kwakhona, idlala indima ebalulekileyo ekuhloleni nasekulawuleni izibonelelo zokulondoloza amanzi. Ubuchwephesha bayo bokucinga obuphezulu buvumela ukugqitywa okuphezulu, ukubonwa kwexesha lokwenyani kweziseko ezinjengamadama, amadama, iinkqubo zokunkcenkceshela, kunye nogutyulo lwemilambo, ukubonelela ngedatha ebalulekileyo yokulandelela inkqubela yolwakhiwo, uvavanyo lwentembeko yesakhiwo, kunye nokufunyanwa komngcipheko kwangethuba.
Ngobuchule bayo bokuphinda babuyele kwi-high-frequency, i-Jilin-1 inokuqhubeka ibambe kwaye ihlaziye imifanekiso yeendawo ezijoliswe kuyo, iqinisekisa ukufunyanwa ngexesha elifanelekileyo lotshintsho kumanqanaba amanzi, ukuzinza komhlaba, kunye nobuthathaka obukhoyo besakhiwo. Esi sikhundla sibaluleke kakhulu kuthintelo lweentlekele, njengoko sinceda abasemagunyeni ukuba bachonge imingcipheko efana nokudilika komhlaba, ukhukuliseko lwamadama, kunye nezoyikiso zezikhukhula phambi kokuba zinyuke.
Moreover, the satellite’s multi-spectral and high-resolution imaging enhances the ability to monitor environmental conditions around water conservancy projects, such as vegetation cover, sedimentation, and water pollution levels. This data supports decision-making for sustainable water resource management and climate adaptation strategies.
By integrating Jilin-1 remote sensing data with geographic information systems (GIS) and artificial intelligence, real-time monitoring and predictive analysis can be further enhanced, improving response efficiency and safety measures. The satellite’s capability to provide accurate and timely data reduces reliance on ground inspections, lowering operational costs and improving the overall resilience of water conservancy infrastructure. Thus, Jilin-1 serves as a powerful tool for governments, environmental agencies, and engineering firms to ensure the safety and efficiency of water-related projects.
