Abstract

This study aimed at identifying the climate and non-climate stressors affecting the seaweed farming practices. It also examines the deep water seaweed farming as a viable adaptation measure to these stressors and barriers that could constrained female seaweed farmers who are the majority. The study was carried out in six selected groups, two groups were from South District, Unguja Main Island (Furahiya Wanawake-Paje and Flower Group-Muungoni). And four groups were selected from Pemba Island (Tuwe Imara and Umoja Kazi- East Msuka and Ipo sababu and Umoja ni Nguvu – East Tumbe) from Micheweni District. These groups were selected because they participated in previous project implemented by Milele Zanzibar Foundation (MZF) and The Panje Project (TPP). Questionnaire interview collected various information related to the study from 111 seaweed farmers who are members of these groups. Information such as baseline seaweed production, climate change and diseases that affect seaweed production, farmer’s awareness on moving seaweed farms to deep water to cope with increasing warming and diseases and their capacity to swim as prerequisite for the adoption of this coping strategy. The focal group discussions were conducted in all six groups to collect various information to triangulate the findings collected from the questionnaire interview. The data obtained from three methods analyzed using descriptive statistics. The findings show that seaweed farming production has declined at least over the last seven years. Climate change and its variability, diseases, over utilization of shallow water space for farming seaweed, COVID 19 and price has contributed a lot in the observed decline. Deep water (0.5 meter during low tide and 3-5 meters during high tide) seaweed farming seen as viable option to cope and adapt to increasing warming and diseases but its adoption especially amongst female seaweed farmers constrained by their limited capacity to swim and their limited ownership of the vessels. The study also identified other barriers such as age, gender and cultural factors that could constrained female seaweed farmers from participation in swimming and sea safety training. To facilitate adoption of the deep-water seaweed farming method amongst the seaweed farmers, concerted effort should be made to overcome the barriers that are likely to limit the massive adoption of this method.

Highlights

  • Across the site’s seaweed farmers used traditional method for seaweed farming in which nylon ropes with seaweed branches tied to them are fixed between wooden pegs, and arranged in lines of approximately 50 lines per block

  • The results revealed that farmers owned between one to five seaweed farms/blocks individually

  • The study revealed that number of farms per farmers influenced by the availability of inputs

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Summary

Introduction

Across the site’s seaweed farmers used traditional method for seaweed farming in which nylon ropes with seaweed branches tied to them are fixed between wooden pegs, and arranged in lines of approximately 50 lines per block. These allows for growth under water in the intertidal zones for six weeks before harvest (Richmond, 2010; Msuya, 2011). Summer (December-February) normally associated with low growth, as temperature is too hot for the seaweed to grow. This make seaweed vulnerable to increasing warming condition both attributed to sea surface temperature and atmospheric temperature. Studies conducted in the coastal Zanzibar suggested that majority of the seaweed farmers are female, the number of male farmers is rising especially in Pemba Island due to unreliability jsd.ccsenet.org

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