POLLINATORS POLLINATION AND FOOD PRODUCTION
individual_chapters_pollination_20170305
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 />
depending on the presence and/or absence of the sting.<br />
Bees and wasps are protected from human exploitation by<br />
guardian spirits of plants and animals called encantados<br />
(Costa-Neto, 1998).<br />
5.2.7.3 Mental maps and animal<br />
behaviour knowledge as management<br />
practices<br />
Knowledge in itself is a vital management practice for<br />
honey-hunters. For example, the Solega people of<br />
southern India have extensive mental maps of the location<br />
of individual trees and significant harvesting sites in the<br />
forest. Their knowledge of different migration and settling<br />
patterns of the various honey bee species of the region,<br />
and of their breeding schedules, is vital to their honeyhunting<br />
technologies (Si, 2013). Detailed knowledge of local<br />
people about behaviour of Apis spp. underpins diverse<br />
swarm capture, especially of wild swarms around the<br />
world (Marchenay, 1979). Indigenous people in Yuracaré,<br />
Cochabamba, Bolivia have detailed knowledge of the<br />
native birds that are pollinators of the forest, the trees<br />
that they pollinate, and their behaviour, which is vital to<br />
their customary forest usage (Castellón-Chávez and Rea,<br />
2000). The Jenu-Keruba people, honey hunters in Kodagu<br />
southern India, identify 25 different micro-habitats in their<br />
forest and take advantage of four different bee species<br />
producing honey in habitats and seasons (Demps et<br />
al., 2012a).<br />
5.2.7.4 Fire management to enhance<br />
pollination resources<br />
Vegetation fires in bear ‘grass’ (Xerophyllum tenax, in the<br />
Lilieaceae family), pollinated by pollen-eating flies (primarily<br />
members of the family Syrphidae), beetles (primarily<br />
Cosmosalia and Epicauta spp.), and small bees (Vance et<br />
al., 2004), are managed by First Nations peoples in northern<br />
America to ensure production of this grass and promote<br />
qualities suitable for contemporary traditional purposes,<br />
such as basketry that requires strong, flexible, straight<br />
leaves (Charnley and Hummel, 2011). Traditional First Nation<br />
fire practices “favored beargrass, its habitat, its cultural<br />
uses, its flowers, and presumably, associated pollinator<br />
communities as well as other species that use it for food,<br />
habitat, and nesting material” (Charnley and Hummel, 2011).<br />
Experiments on abandoned farmland in south-eastern<br />
USA have found that fire promotes pollinator visitation<br />
indirectly through increasing the density of flowering plants,<br />
in that case the forb Verbesina alternifolia, suggesting the<br />
usefulness of fire management as a tool for supporting<br />
pollination (Van Nuland et al., 2013).<br />
5.2.7.5 Manipulation of pollination<br />
resources in different seasons and<br />
landscapes patches<br />
Diverse management practices manipulate and access<br />
different resources in different parts of the landscape at<br />
different seasons. In the Petalangan community in Indonesia,<br />
pollination is enhanced through seasonal patterns of<br />
planting and harvesting, so that bees (Apis dorsata and Apis<br />
florea) can nest up to four times a year in the sialang trees,<br />
in accord with the flowering of different crops and during<br />
the slash and burn period that opens the forest to start<br />
planting (Titinbk, 2013). In the Kerio Valley of Kenya, papaya<br />
farmers maintain hedgerows for both practical, aesthetic<br />
and cultural reasons that conserve habitat and resources for<br />
hawkmoth pollinators of this dioecious pollinator-dependent<br />
crop (Martins and Johnson, 2009). Similar patterns can be<br />
observed in relation to cacao and biodiversity in Ghana (Rice<br />
and Greenberg, 2000; Frimpong et al., 2011) and cowpea in<br />
Nigeria (Hordzi et al., 2010).<br />
Farmers in Roslagen (Sweden) protect bumble bees as<br />
important pollinators, including by restricting cutting of a tree<br />
species that flowers in early spring when other pollen- and<br />
nectar-producing plants are rare. In both locations, pollinator<br />
presence is further enhanced by the making of beehives and<br />
the management of field boundaries and mixed land that<br />
provides suitable insect habitat (Tengö and Belfrage, 2004).<br />
Producers of maracuyá (Passiflora edulis, passionfruit)<br />
in Colombia highly value pollinators, particularly black<br />
carpenter bees (Xylocopa spp.) which use dry trunks as their<br />
main habitat. Social bees (Apis mellifera and Trigona spp.)<br />
and hummingbirds are also important, and all three groups<br />
depend on proximity to forest. Farmers value the pollination<br />
from the forest highly (Calle et al., 2010).<br />
5.2.7.6 Biotemporal indicators for<br />
management actions<br />
Seasonal “biotemporal” indicators, or “indigenous knowledge<br />
markers” trigger diverse management practices (Leonard et<br />
al., 2013; Athayde, 2015). Flowering is the main indicator<br />
of times for honey harvests among Indonesian forest<br />
communities (Césard and Heri, 2015) (Case example 5-6).<br />
Among the Kawaiwete (Kaiabi) people in the Brazilian<br />
Amazon, indicator species inform the start of the rainy and<br />
dry season. Kupeirup, a powerful female ancestral being,<br />
created crops and taught her sons how a flock of birds (a<br />
type of parrot) announces the right time to burn the fields<br />
(Silva and Athayde, 2002). The Boran people from Kenya<br />
deduce the direction and the distance to the honey nest from<br />
the greater honeyguide’s (Indicator indicator) flight pattern,<br />
perching height and calls, and reward the bird with food that<br />
is more accessible after they have opened the nests (Isack<br />
and Reyer, 1989). Interactions with honey-guides have been<br />
299<br />
5. BIOCULTURAL DIVERSITY, <strong>POLLINATORS</strong> <strong>AND</strong><br />
THEIR SOCIO-CULTURAL VALUES