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POLLINATORS POLLINATION AND FOOD PRODUCTION

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THE ASSESSMENT REPORT ON <strong>POLLINATORS</strong>, <strong>POLLINATION</strong> <strong>AND</strong> <strong>FOOD</strong> <strong>PRODUCTION</strong><br />

CASE EXAMPLE 5-26<br />

GUNA GOVERNANCE, INTELLECTUAL RIGHTS <strong>AND</strong> <strong>POLLINATORS</strong><br />

Location: Panama<br />

Indigenous people: Guna; Atencio López oral account, p. 44-45 (López et al., 2015)<br />

Co-produced case example<br />

Underpinned by direct<br />

interactions with indigenous<br />

and local knowledge-holders<br />

“I summarise the Guna system of governance: Indigenous<br />

peoples speak of autonomy, which does not just mean the<br />

day to day administration, but also governance of resources.<br />

In February 2015, the Guna celebrated 90 years of autonomy.<br />

There are 2 systems of authority and control: 1) the communities<br />

(52 communities) make decisions on collective rights. There is<br />

no private property as it is understood in western culture; 2) the<br />

other authority is the caciques, the Guna General Congress is<br />

the political administrative organ, while the General Congress<br />

of Culture is the spiritual-religious organ, which has the priests.<br />

When it is related to natural resources, no project can be<br />

implemented in the communities without the approval of the<br />

General Congress. There are also projects that are proposed<br />

by the communities that the General Congress must approve.<br />

Within the Guna community, there is a [customary] law that the<br />

government does not officially recognize, but that is respected<br />

nevertheless.”<br />

Guna people used their governance, even though it is not<br />

government-recognised, to protect their intellectual property<br />

rights over the pollinator-dependent cacao fruit. The Congress<br />

imposed a fine on a business called CocoaWell for using Guna<br />

imagery, and negotiated an agreement that they must pay a<br />

percentage of their profit (López et al., 2015).<br />

334<br />

5. BIOCULTURAL DIVERSITY, <strong>POLLINATORS</strong> <strong>AND</strong><br />

THEIR SOCIO-CULTURAL VALUES<br />

Heri, 2015; Perez, 2015; Samorai Lengoisa, 2015). In<br />

November 2014, they argued a case in the African Court On<br />

Human and Peoples’ Rights that Ogiek community’s rights<br />

to life, property, natural resources, development, religion<br />

and culture were being infringed by persistent harassment<br />

and evictions from their ancestral lands in contravention<br />

of the international human rights standards of free, prior<br />

and informed consent (Samorai Lengoisa, 2015; Tiampati,<br />

2015). A decision is due in 2015. Forests under common<br />

property and customary law systems have been shown<br />

to produce both livelihoods and biodiversity conservation,<br />

complementing biodiversity outcomes from protected areas<br />

(Persha et al., 2010). Significant evidence that rights-based<br />

approaches work for conservation came from a study of<br />

80 forest commons in 10 countries across Asia, Africa, and<br />

Latin America showing that larger forest size and greater<br />

rule-making autonomy at the local level are associated with<br />

livelihood benefits, and high carbon storage in trees, thereby<br />

protecting pollinator resources from the flowering of those<br />

trees and presumably also the pollinators (Chhatre and<br />

Agrawal, 2009). The authors argued that local communities<br />

restrict their consumption of forest products when they own<br />

forest commons, and that transfer of ownership to these<br />

communities would help support conservation. From this<br />

perspective, the global growth in indigenous and community<br />

reserves, territories and protected areas is likely to be<br />

making a positive contribution to the conservation of wild<br />

pollinator habitats (Berkes, 2009; Rights and Resources<br />

Initiative, 2014).<br />

Nevertheless, the means of implementation of RBA<br />

have a critical influence on their effects. In Cambodia,<br />

simultaneous implementation of individual titles for farmers<br />

and communal title for indigenous communities has<br />

fractured forest commons management systems (Milne,<br />

2013). Land titling in a national park in Cambodia led to a<br />

decrease in traditional practices that had maintained agrobiodiversity<br />

(Travers et al., 2015). The Forest Rights Act in<br />

India, promoted as a means of recognizing rights of tribes<br />

and forest dwellers, while providing positive benefits to<br />

pollinators through support honey hunters as noted above,<br />

has also undermined some common property systems and<br />

imposed a new set of external agents engaged in defining<br />

their affiliations that have been detrimental to social and<br />

cultural values (Bose et al., 2012; Kumar and Kerr, 2013).<br />

Two major lessons have emerged from these and other<br />

experiences in rights-recognition of tenure for conservation<br />

(Johnson and Forsyth, 2002). First, the nation-state’s efforts<br />

to recognise rights are influenced by the broader public<br />

discourse and contest between commercial interests that<br />

opposed minority groups’ rights to valuable resources, civil<br />

society interests that may negotiate rights-regimes within the<br />

wider public spheres in which rules, rights, and “community”<br />

are established, and defended (Johnson and Forsyth,<br />

2002). Second, community-driven planning and capacity<br />

building are essential to support implementation of rights<br />

in ways that contribute to conservation of biodiversity and<br />

ecosystem services.<br />

5.4.7.3 Knowledge co-production<br />

ILK, in co-production with science, can be source of<br />

solutions for the present challenges confronting pollinators<br />

and pollination. Initiatives that are co-producing relevant<br />

knowledge range across classical science-driven<br />

investigations of the conditions under which diversified<br />

farming systems are underpinned by ILK protect of<br />

pollinators and pollination (Webb and Kabir, 2009; Perfecto<br />

et al., 2014), through long-term science-ILK projects<br />

involving common research design and implementation<br />

(Wolff and Gomes, 2015), to projects focused on

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