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Showing posts with the label oceanography journals list

Compliance and Enforcement of the Fisheries Regulations on Lake Malawi in Nkhatabay District- Juniper Publishers

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Juniper Publishers- Open access journal of Oceanography and Fisheries Compliance and Enforcement of the Fisheries Regulations on Lake Malawi in Nkhatabay District Both enforcement and compliance with fisheries regulation affect the sustainable exploitation and conservation of the fisheries resources in Lake Malawi . The study analyzed the factors that affect compliance with fisheries regulations and also the challenges that affect success of government’s enforcement of fisheries regulations. The study was conducted in Nkhata Bay district, northern Malawi. Qualitative data was collected using questionnaires from 78 fishery resource users selected using simple random and purposive methods. Factors for both challenges faced by government’s enforcement and compliance by resource users with fisheries regulations were analyzed in SPSS (version 20) using regression models at 95% confidence level. The results show that self-interest and awareness of regulations (P0.05) contribute to...

Temporal And Spatial Changes In Water Quality In Lake Malawi/Niassa, Africa: Implications For Cage Aquaculture Management - Juniper Publishers

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Juniper Publishers- Open access journal of Oceanography and Fisheries Temporal And Spatial Changes In Water Quality In Lake Malawi/Niassa, Africa: Implications For Cage Aquaculture Management Water temperature (WT), Secchi depth (SD), Percent dissolved oxygen (%DO), Dissolved oxygen (DO), Total nitrogen (TN), Total phosphorous (TP), and Chlorophylla (Chla) were measured in three sites, one at the farm (site 2) and two, 5 km northwest (site 1) and southeast (site 3) of the farm respectively, in February, April, June, and August 2012 to assess their spatial and temporal change in relation to cage aquaculture. There was clear seasonal change in % DO, DO, Chla, and SD at all sites. WT, % DO, and DO were consistently greater at site 1 than at site 3. Chla and SD were inversely correlated. The highest Chla and lowest SD occurred in April. The water was less clear at the farm, relative to the non-farm sites. Interestingly, this pattern was not seen in the Chla suggesting that decre...