Insect and Hydroponic Farming in Africa

Page 133

INSECT FARMING’S ECONOMIC BENEFITS This section looks at the prices and profitability of the insect farming sector. Forty-four percent of the surveyed farmers said income generation was why they started raising insects. A Malagasy farmer said, “[Silkworm farming] is important for us because it allows us to cover our needs during the lean ­ season.” This section finds that the insect industry is growing because of its profitability, especially for small-scale farmers. Prices remain high, but they will decline as the industry matures. As a result, insect farming is a new industry with promising economic potential in Africa. Profitability Insect farming can be a very profitable agricultural activity for small-scale ­farmers. In Cameroon, the average income of formal African palm weevil larvae collectors varied between US$180 and US$600 per month, which was 30 to 75 percent of their household income (Muafor et al. 2015). Palm ­weevil incomes were higher than bushmeat hunting incomes. Incomes from palm weevil sales were also significantly higher than the incomes of unskilled workers or rural coffee producers (Muafor et al. 2015). In Ghana, economic viability analyses show that African palm weevil farmers could pay back their initial capital investment in weevil farming in 127 days. This requires selling 3,020 weevil larvae at US$0.06 per larva. In a year, a farmer could have three production cycles and generate total revenue of US$553, which would require selling 755 larvae per month. This would produce a net cash availability of US$265.25 and a net profit of US$82.16 in the first year of production. In Côte d’Ivoire, vendors of wild, unfarmed insects have an estimated average monthly income of US$98.50 (Ehounou, Ouali-N’goran, and Niassy 2018). In Thailand, smallscale cricket farming has diversified rural household incomes, and the average incomes can be significantly more than those from other agricultural activities, especially in the northeastern part of the country (Halloran, Roos, and Hanboonsong 2017). Contract farmers working for one of Thailand’s largest cricket companies earn profits of US$1,950 per year, which is higher than other agricultural work. Independent cricket farmers earn similar profits (table 3.12). In Korea, insect farming revenues vary greatly among insect species but are much higher than minimum wage earnings, which were US$7 per hour in 2020 (table 3.13). The research team’s informal conversations with rural residents in Thailand and Korea suggest that insect farming can be an attractive livelihood for urban dwellers wishing to return to the countryside. There are other profitable livelihoods associated with insect farming, for example, consultants who train and provide technical assistance to farmers or insect production companies. A Ghanaian farmer said, “Insect farming serves as a secondary income generation activity for me. Consulting on insect farming alone gives me almost half of my annual salary as a government employee.” Tourism associated with insect farming has taken place in some areas as well. In Thailand, for example, tourist maps guide visitors to cricket farming areas and Understanding Insect Farming

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Phase 2: Scaling

2min
page 279

Phase 1: Establishing and Piloting

6min
pages 274-276

6. Ways Forward

1min
page 271

References

8min
pages 266-270

Operation in Turkey

1min
page 260

Operation in Turkey

1min
page 259

Comparison with Soil-Based Production

2min
page 264

Pillars

7min
pages 257-258

Limitations

2min
page 256

and Cowpeas

6min
pages 253-255

5.1 Examples of Human Food or Animal Feed from Hydroponic Crops

5min
pages 248-250

Advantages over Soil Agriculture

2min
page 252

Outputs

2min
page 247

Types of Hydroponic Systems

2min
page 237

References

11min
pages 227-232

About Hydroponics

6min
pages 234-236

Fertilizers, Zimbabwe

1min
page 204

Breeding, Zimbabwe

1min
page 203

4.22 Black Soldier Fly Larvae Frass Production, by Crop, Zimbabwe

1min
page 201

Zimbabwe

0
page 199

Zimbabwe

1min
page 195

Zimbabwe

4min
pages 197-198

Zimbabwe

1min
page 191

Zimbabwe

1min
page 189

4.7 BSF-Related Conversion Factors

4min
pages 186-187

4.4 Productivity of Different African Palm Weevil Farming Systems

2min
page 180

Three African Cities

5min
pages 181-183

Edible Insect Production Systems

7min
pages 171-174

Description of When Consumption Occurs

3min
pages 159-160

Insect Production Systems

10min
pages 163-167

Edible Insect Supply Chains in African FCV-Affected States

3min
pages 156-157

Insect Farming’s Economic Benefits

2min
page 133

3.9 Feed Conversion Rates of Various Insect and Livestock Species

4min
pages 128-129

Insect Farming’s Social Benefits

2min
page 123

Insect Farming’s Environmental Benefits

4min
pages 124-125

3.8 Fat and Protein in Various Edible Insect Species

6min
pages 120-122

Available in 2019

3min
pages 117-118

Insect Sector

5min
pages 114-116

3.2 Most Commonly Farmed Insect Species

3min
pages 102-104

Types of Insects That Can Be Farmed Roles in Insect Farming for Civil Society, Government, and the

2min
page 101

3.1 Diversity and Abundance of Edible Insects in Africa

3min
pages 96-97

Insect Farming’s Nutritional Benefits

2min
page 119

in Kenya’s Kakuma Refugee Camp, 2016

1min
page 100

Context of Insect Farming in Africa

2min
page 95

in 13 African FCV Countries, Various Years

1min
page 76

Conflict, and Violence

1min
page 48

FCV Countries, 2000–19

1min
page 74

Road Map

2min
page 51

Than Five Years

2min
pages 67-68

Food Supply

2min
page 65

References

4min
pages 54-56

Climate Change in FCV Countries

2min
page 82
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