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The World Bee Project aims

  • To protect bees and pollinators from the threats to their abundance, diversity and health, by promoting and help build a greater diversity of pollinator habitats in agricultural and urban settings.

  • To enhance the contribution of honey bees and a diverse species of pollinators to food security, farmer livelihoods and national economies by combining Ecological Intensification with innovation and tradition and integrating it with novel IT.

 

A number of features of current intensive agricultural practices threaten pollinators and pollination. Moving towards more sustainable agriculture and reversing the simplification of agricultural landscapes offers key strategic responses to risks associated with pollinator decline. With this in mind, The World Bee Project promotes and implements the 3 complementary approaches suggested by the IPBES to maintaining healthy pollinator communities and productive agriculture:

  • ecological intensification (i.e., managing nature’s ecological functions to improve agricultural production and livelihoods while minimising environmental damage

  • strengthening existing diversified farming systems to foster pollinators and pollination through practices validated by science or indigenous and local knowledge (e.g., crop rotation)

  • and investing in ecological infrastructure by protecting, restoring and connecting patches of natural and semi-natural habitats throughout productive agricultural landscapes.

In preparation for a larger scale future project that addresses sustainable farming challenges in India, the World Bee Project and the University of Reading School of Agriculture, Policy and Development (SAPD) partnership in collaboration with G B Pant University of Agriculture and Technology, and the Himalayan Farmlands Initiative are ready to promote productive and sustainable farming based on the concept of Ecological Intensification.  In the Ecological Intensification approach natural functions such as pollination, natural pest regulation and soil fertility building are harnessed by farmers to enhance food security while protecting the wider environment through less reliance on agro-chemicals. This approach can create a healthier and more sustainable food system with increased high-quality output, with farmers using compost as fertilizer, taking steps to preserve pollinator species diversity as well as predators that consume agricultural pests, and growing complementary crops for soil health.

 

In India, smallholder farmers constitute more than 50% of the national population of over 1.3 billion and they are vital for India’s agriculture and rural economy. Farmers can help maintain pollinator abundance, diversity and health by using innovative practices that integrate local and scientific knowledge and experience and by diversifying farms to make food resources and shelter continuously available to pollinators.

Starting with a pilot research programme in the Kotabagh region (in the State of Uttarakhand) the partners will investigate the potential for Ecological Intensification and test novel farming practices to improve crop pollination and pest control and reduce reliance on unsustainable and harmful inputs such as chemical pesticides and inorganic fertiliser. In addition, The World Bee Project partner Oracle has committed to developing and donating high-level affordable relevant technology and online tools to The World Bee Project to help it to contribute to agricultural transformation.

The World Bee Project approach includes translating pollinator research into agricultural practices and integrating peoples’ diverse knowledge and values into strengthening indigenous knowledge that nurtures pollinators and pollination, as well as knowledge exchange among researchers and stakeholders.

We aim to increase collaboration among national and international organizations, academic and research bodies and networks to monitor, research and assess pollinators and pollination services.

Overall, 90% of the world’s 570 million family farms are owned and operated by over 1.5 billion people and play a key role in global food production and genetic diversity of food supply. These smallholder farming families own less than two hectares each but operate about 75% of the world’s agricultural land. Many are poor and have limited access to markets and services. Their choices are constrained, but they farm their own land and collectively produce food for a substantial proportion of the world’s population.

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