More　than　170　million　individuals　have　been　influenced　by　arsenic　(As)　because　of　the　ingestion　of　As-polluted　groundwater.　The　presence　of　As　in　water　bodies,　particularly　groundwater,　has　been　found　to　become　a　widespread　issue　in　the　past　few　decades.　Because　arsenic　causes　extreme　wellbeing　impacts,　even　at　a　low　concentration　in　drinking　water,　the　innovations　of　As　removal　from　contaminated　water　are　of　significant　importance.　Traditional　strategies,　for　example,　reverse　osmosis,　ion　exchange,　and　electro-dialysis　are　generally　utilized　for　the　remediation　of　As-polluted　water;　however,　the　high　cost　and/or　sludge　production　restricts　their　application　in　less-developed　areas.　The　utilization　of　adsorbents　acquired　from　natural　materials　has　been　explored　as　an　alternative　for　the　costly　techniques　for　As　removal.　This　paper　aims　to　review　the　past　and　current　developments　in　using　naturals　adsorbents　or　modified　natural　materials　for　arsenic　removal　and　show　the　different　parameters,　which　may　influence　the　As　removal　effectiveness　of　the　natural　adsorbent,　such　as　contact　time,　adsorbent　dosage,　flow　rate,　pH,　reusability,　temperature,　and　influence　of　others　ions.