Enmalle de los recursos costeros con uso del zumbador en Pacasmayo

pesca a bordo de embarcaciones artesanales utilizando redes de enmalle con diferentes tamaños de malla y zumbadores, para la pesca de los principales recursos comerciales costeros (coco, lorna, pintadilla, cachema). Las redes de enmalle operadas en forma lineal se calaron entre 4 y 8 minutos, reposo de 2:39 a 4:45 horas y cobrado de 10 a 28 minutos; las operadas en forma semicircular se calaron entre 5 a 6 minutos, reposo de 6 a 16 minutos y cobrado de 31 a 46 minutos. Se capturó un total de 179 kg, entre coco (126 kg), cachema (20 kg), pintadilla (9 kg), lorna (5 kg) y otros (19 kg). Los mayores índices de CPUE para el coco registrado en las diferentes zonas de pesca correspondió a 975 kg/h en Milagros y 275 kg/h en Puémape; esta captura, estuvo conformada principalmente por juveniles.

Sustainability of the Peruvian anchoveta supply chains from sea to shelf: towards a new strategy for optimal use of resources

The research performed a sustainability assessment of supply chains of the anchoveta (Engraulis ringens) in Peru. The corresponding fisheries lands 6.5 million t per year, of which <2% is rendered into products for direct human consumption (DHC) and 98% reduced into feed ingredients (fishmeal and fish oil, FMFO), for export. Several industries compete for the anchoveta resources, generating local and global impacts. The need for understanding these dynamics, towards sustainability-improving management and policy recommendations, determined the development of a sustainability assessment framework: 1) characterisation and modelling of the systems under study (with Life Cycle Assessment and other tools) including local aquaculture, 2) calculation of sustainability indicators (i.e. energy efficiency, nutritional value, socio-economic performances), and 3) sustainability comparison of supply chains; definition and comparison of alternative exploitation scenarios. Future exploitation scenarios were defined by combining an ecosystem and a material flow models: continuation of the status quo (Scenario 1), shift towards increased proportion of DHC production (Scenario 2), and radical reduction of the anchoveta harvest in order for other fish stocks to recover and be exploited for DHC (Scenario 3). Scenario 2 was identified as the most sustainable. Management and policy recommendations include improving of: controls for compliance with management measures, sanitary conditions for DHC, landing infrastructure for small- and medium-scale (SMS) fisheries; the development of a national refrigerated distribution chain; and the assignation of flexible tolerances for discards from different DHC processes.