Fisheries - މަސްވެރިކަން
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Item The status of fisheries in the republic of Maldives(Southeast Asian Fisheries Development Center, 1997) Mohamed FaizItem އަންނަން އޮތް ޖީލުތަކަށް މަސް 2017(2017) ޢަދުނާން ޢަލީ ( ތަރުޖަމާކުރީ); ޑޮކްޓަރ ޢަބުދުالله ނަސީރު ކ.ޭ ޖ.ީ މުޙައްމަދު (ތަރުޖަމާކުރީ); އެފ.ް ޖ.ީ މުޙައްމަދު (ތަރުޖަމާކުރީ); Ali, Adhunaan (Translator); Mohamed, Dr. Abdullah Naseer K. G. (Translator); Mohamed, F . G (Translator)Item ލޭނު މަސްވެރިކަން : މަސްވެރިކަމުގެ ހުނަރު 1(މިނިސްޓްރީ އޮފް ފިޝަރީޒް އެގްރިކަލްޗަރ އެނޑް މެރިން ރިސޯސަސް, 2024) މުޙައްމަދު މަނިކު; Manik, MohammedItem Report for the Maldives pole & line skipjack and yellowfin tuna fisheries(Maldives Seafood Processors & Exporters Association (MSPEA), 2017-01-31) Kiseleva, Anna; Akroyd, Jo; Stokes, KevinItem ދިވެހިރާއްޖޭގެ ދިރޭކުދިމަހުގެ މަސްވެރިކަން މެނޭޖްކުރުމުގެ ޕުލޭން(ްރައީސުލްޖުމްހޫރިއްޔާގެ އޮފީސ, 2020-12-10) ްރައީސުލްޖުމްހޫރިއްޔާގެ އޮފީސ; Raeesuljumhooriyyaa ge OfficeItem Fisheries sector and development of Maldives: can vocational and technical education help?(2013) Alam, Gazi Mahabubul; Farhath, Aishath; Othman, Abdul Jalil; Al-Amin, Abdul QuasemGlobal experience confirms that ‘family business concept’ was the domain in the establishment of fisheries sector. Apprenticeship of family inheritance was only the training provision available for the fishermen earlier. While fishermen used to receive a little amount of training through family apprenticeship, light of education to become a qualified citizen for modern world was unreachable to them. Things have incredibly or marginally been changed in a few countries where public policy took necessary parameters in order to institutionalize this sector aligning with the long term developmental vision and mission of the state. However, most of the countries still follow the orthodox model since professionals working with this sector are less capable to put forward their voices in the elite podium where public policy of a country is designed and constitutionalized. Maldives is country where more than 80% of the population are directly and indirectly or by hobby are involved with the fisheries sector providing a major local contribution towards Gross Domestic Product (GDP). Despite this contribution, the sector experiences significant amount of shortfalls. The purpose of this study is to map and identify those shortfalls in order to offer an elucidation.Item Talking points(2022)Item Field observations of sea cucumbers in the north of Baa atoll, Maldives(2015-03) Ducarme, FrédéricItem ފާނައިގެ މަސްވެރިކަން ރާވައި ހިންގައި ބެލެހެއްޓުމާބެހޭ ގަވާއިދ(ރައީސުލްޖުމްހޫރިއްޔާގެ އޮފީސް, 2022-01-04) މިނިސްޓްރީ އޮފް ފިޝަރީޒ،ް މެރިން ރިސޯސަސް އެންޑް އެގްރިކަލްޗަރItem Otolith chemical fingerprints of skipjack tuna (Katsuwonus pelamis) in the Indian Ocean : first insights into stock structure delineation(Plos One, 2021-03-29) Guerrero, Antonio MedinaThe chemical composition of otoliths (earbones) can provide valuable information about stock structure and connectivity patterns among marine fish. For that, chemical signatures must be sufficiently distinct to allow accurate classification of an unknown fish to their area of origin. Here we have examined the suitability of otolith microchemistry as a tool to better understand the spatial dynamics of skipjack tuna (Katsuwonus pelamis), a highly valuable commercial species for which uncertainties remain regarding its stock structure in the Indian Ocean. For this aim, we have compared the early life otolith chemical composition of young- of-the-year (<6 months) skipjack tuna captured from the three main nursery areas of the equatorial Indian Ocean (West, Central and East). Elemental (Li:Ca, Sr:Ca, Ba:Ca, Mg:Ca and Mn:Ca) and stable isotopic (δ13C, δ18O) signatures were used, from individuals cap- tured in 2018 and 2019. Otolith Sr:Ca, Ba:Ca, Mg:Ca and δ18O significantly differed among fish from different nurseries, but, in general, the chemical signatures of the three nursery areas largely overlapped. Multivariate analyses of otolith chemical signatures revealed low geographic separation among Central and Eastern nurseries, achieving a maximum overall random forest cross validated classification success of 51%. Cohort effect on otolith trace element signatures was also detected, indicating that variations in chemical signatures associated with seasonal changes in oceanographic conditions must be well understood, particularly for species with several reproductive peaks throughout the year. Otolith micro- chemistry in conjunction with other techniques (e.g., genetics, particle tracking) should be further investigated to resolve skipjack stock structure, which will ultimately contribute to the sustainable management of this stock in the Indian Ocean.