POLLINATORS POLLINATION AND FOOD PRODUCTION
individual_chapters_pollination_20170305
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THE ASSESSMENT REPORT ON <strong>POLLINATORS</strong>, <strong>POLLINATION</strong> <strong>AND</strong> <strong>FOOD</strong> <strong>PRODUCTION</strong><br />
306<br />
5. BIOCULTURAL DIVERSITY, <strong>POLLINATORS</strong> <strong>AND</strong><br />
THEIR SOCIO-CULTURAL VALUES<br />
with mite-inhibiting effects (Roué et al., 2015). In Brazil,<br />
technologies and innovations of traditional practices of<br />
stingless beekeeping have been brought together into<br />
several manuals (Nogueira-Neto, 1997; Venturieri, 2008;<br />
Witter and Nunes-Silva, 2014).<br />
Many innovations have developed from use of bee wax<br />
in east Africa. Wax is seen as a negotiable residue or can<br />
serve to repair objects, to soften skins, and to make crafts<br />
or jewellery (Gadbin, 1976; Villières, 1987). In Australia,<br />
cerumen (wax made by bees from plant materials and their<br />
excretions) has been found in protective covers, fashioned<br />
around ancient rock paintings, to protect them from rain and<br />
erosion, and to create shapes of humans, dingoes, turtles,<br />
and spirit figures on the rock surface (Halcroft et al., 2013).<br />
Cerumen is still used by Australian Aboriginal artists and<br />
craftsmen to manufacture items for use and sale including<br />
hunting tools such as spears (“kek”) and woomeras (“thul”),<br />
as well as firesticks “(thum pup”) and mouth pieces for<br />
didgeridoos, a traditional musical instrument (Yunkaporta,<br />
2009; Koenig et al., 2011).<br />
5.2.10 Adaptation to change<br />
Beekeeping has been demonstrated to be closely linked<br />
with traditional knowledge and adaptation to climate change<br />
in Ethiopia (Bogale, 2009; Kumsa and Gorfu, 2014), and<br />
it is connected to self-reliance in Southern Africa (Illgner<br />
et al., 1998; Nel et al., 2000). Seven mechanisms of<br />
environmental adaptation have been identified among the<br />
Xingu Kawaiwete (Kaibai) of Brazil: 1) knowledge innovation<br />
in development of nomenclature for ecological zones and<br />
new species of bees; 2) increase in diversity of resources<br />
used for different purposes (e.g., to build canoes) due to<br />
village sedentarization and scarcity of important forest<br />
CASE EXAMPLE 5-12<br />
INNOVATIONS TO FOSTER <strong>POLLINATORS</strong> <strong>AND</strong> <strong>POLLINATION</strong> BASED ON<br />
TRADITIONAL TECHNIQUES<br />
Location: Central America and Colombia<br />
Indigenous women; Florina López Miro, oral presentation, p. 39 (López et al., 2015)<br />
resources; 3) agrobiodiversity conservation and recuperation<br />
of crop diversity, including through cultivating pollinator<br />
resources; 4) travel to ancestral land to collect resources;<br />
5) substitution with other local species; 6) exchange of<br />
varieties and seeds among families, villages and other<br />
ethnic groups; 7) semi-domestication (e.g., of invasive<br />
bees) or intentional management – through experiments for<br />
planting and protecting key resources (Athayde et al., 2006;<br />
Athayde, 2010; Athayde, 2015) (Case example 5-12).<br />
5.3 <strong>POLLINATORS</strong>,<br />
<strong>POLLINATION</strong> <strong>AND</strong> GOOD<br />
QUALITY OF LIFE<br />
5.3.1 Good quality of life and<br />
categories of values<br />
Pollinators support numerous categories of value that<br />
contribute to good quality of life (Table 5-2). Here we<br />
consider three categories of relational values through a<br />
socio-cultural valuation lens — heritage, aesthetics and<br />
identity — and a further three categories through a holistic<br />
valuation lens — livelihoods, social relations and governance.<br />
5.3.2 Heritage values, pollinators<br />
and pollination (socio-cultural<br />
valuation)<br />
Heritage can be understood as tangible physical objects<br />
and places that are passed between generations, and<br />
intangible aspects such as language or practices. Historical<br />
features, practices and places are considered heritage<br />
Co-produced case example<br />
Underpinned by direct<br />
interactions with indigenous<br />
and local knowledge-holders<br />
“In many cases insects like bees and butterflies that we used<br />
to see in great quantities in our communities are not there<br />
anymore. Regarding food production, we have lost our people’s<br />
tradition seeds and propagules because the work of the<br />
pollinators has been affected. Our knowledge has been eroded<br />
by the impact of climate change in our communities, related to<br />
the loss of traditional seeds and propagules.”<br />
“Many women in different places traditionally manage and<br />
control the seeds and propagules, but this is decreasing.<br />
Now women are working to recover IK and use seeds (which<br />
require pollination) as well as propagules, for example, in the<br />
processing of yuca (Manihot esculenta). In Colombia, a group<br />
of Witoto (Huitoto) women working to recuperate traditional<br />
seeds are running a restaurant that sells traditional cuisine …<br />
they’ve developed a fruit ice cream [that provides income].<br />
In other words, they are developing projects to support<br />
biocultural diversity, [including seeds requiring pollination, not<br />
just vegetative propagation]. In Guatemala, Mayan women are<br />
working on orchid production, encouraging pollination. In El<br />
Salvador, they are working with petals of the veranera flower<br />
to produce a medicinal syrup. We are also working with young<br />
people. In sum, we are innovating with IK, looking for ways to<br />
improve traditional techniques …Pollination is very important.”