POLLINATORS POLLINATION AND FOOD PRODUCTION
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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 />
From the holistic valuation perspective, nature’s benefits<br />
to people fit key categories of nature’s gifts to indigenous<br />
peoples and local communities in the form of practices<br />
of supporting diversity and fostering biocultural diversity,<br />
in landscape management practices, diversified farming<br />
systems, innovation and adaptation. While many practices<br />
and ethics outside of indigenous peoples and local<br />
communities could also be considered as nature’s gifts, the<br />
scope of this assessment did not extend to investigating<br />
this dimension.<br />
The categories considered for good quality of life include<br />
a range of values that overlap to some extent with those<br />
that comprise nature’s benefits to people (Table 5-2). For<br />
example, quality of life categories include the livelihoods of<br />
indigenous peoples and local communities that derive from<br />
relationships between ILK-holders, pollinators and pollinatordependent<br />
products, including income, food and medicines.<br />
While these can also be viewed as aspects of provisioning<br />
services, and part of nature’s benefits to people, from the<br />
perspective of ILK systems, they fit better with concepts of<br />
good quality of life (Díaz et al., 2015). Pollinators support<br />
numerous other categories of value that contribute to good<br />
quality of life including heritage, aesthetics, identity, social<br />
relations and governance attributes. These relational values<br />
are assessed in section 5.3.<br />
5.2.2 Provisioning ecosystem<br />
services (socio-cultural valuation)<br />
Provisioning services include the pollination of plants, and<br />
the use of pollinators themselves, for food and medicine<br />
production, pollinators’ products such as honey and<br />
wax used in objects (e.g. fine musical instruments), and<br />
pollinator-dependent construction materials, biofuels and<br />
fibre (Krell, 1996; Quezada-Euán et al., 2001).<br />
Many foods and medicines are derived from pollinators<br />
and pollinator-dependent resources (Costa-Neto, 2005;<br />
Cortes et al., 2011; Eilers et al., 2011; Rastogi, 2011).<br />
Around 2,000 insect species are consumed as food<br />
globally, including many that are pollinators such as the<br />
larvae of beetles, moths, bees, and palm weevils, in both<br />
developing and developed world contexts (Jongema,<br />
2015). Insects are now being recognised as potentially<br />
important for food security, being high in protein, vitamins<br />
and minerals (Rumpold and Schluter, 2013; van Huis, 2013).<br />
In Fiji, trees providing fruits for human consumption include<br />
coconut (Cocos nucifera) and lilly-pilly (Syzygium spp.),<br />
both pollinated by bats (Notopteris macdonaldi, Pteropus<br />
samoensis, and Pteropus tonganus) (Scanlon et al., 2014).<br />
Durian (Durio zibethinus), a popular and economically highreturn<br />
fruit throughout southeast Asia, with rich bioactive<br />
and nutraceutical properties, relies primarily on pollination<br />
by bats (e.g. Eonycteris spelaea) (Bumrungsri et al., 2009;<br />
Ho and Bhat, 2015) Figure 5-6. Crop plants that depend<br />
fully or partially on animal pollinators are important sources<br />
of vitamin C, lycopene, the antioxidants beta-cryptoxanthin<br />
and beta-tocopherol, vitamin A and related carotenoids,<br />
calcium and fluoride, and a large portion of folic acid<br />
available worldwide (Eilers et al., 2011).<br />
Bees and their products (venom, honey and wax) have<br />
been used since Ancient Greek and Roman times in curing<br />
everything from bladder infections to toothaches and<br />
wound recovery (Weiss, 1947; Krell, 1996). Scientific and<br />
technological development of bee products such as propolis<br />
(the resin collected by honey bees from tree buds, used<br />
by them as glue) and honey continue to yield medicinal<br />
and pharmacological products and uses, including as<br />
anti-diabetic agents (Banskota et al., 2001; Amudha and<br />
Sunil, 2013; Begum et al., 2015; Jull et al., 2015). Honey<br />
is anti-bacterial, anti-viral and anti-fungal, and all of these<br />
properties make it ideal for healing wounds (Kumar et al.,<br />
2010). Bee products, primarily honey, are currently used to<br />
treat, among other illnesses, multiple sclerosis, osteoarthritis,<br />
rheumatoid arthritis, post-herpetic neuralgia, coughs, herpes<br />
simplex virus, premenstrual syndrome, sulcoplasty, allergic<br />
rhinitis, hyperlipidemia, the common cold, and topically for<br />
burns, wound healing, diabetic foot ulcers and for improving<br />
athletic performance (Gupta and Stangaciu, 2014). Stingless<br />
bees’ honey is widely used for medicinal purposes by<br />
indigenous peoples and local communities, in regions where<br />
they are distributed, as integral parts of their livelihood<br />
systems (Massaro et al., 2011).<br />
FIGURE 5-6<br />
Flowers of durian, a high-value tropical fruit, and their bat<br />
pollinator (Synconycteris australis) in north Queensland,<br />
Australia. © Barbara & Allen at Wild Wings & Swampy Things<br />
Nature Refuge. Reproduced with permission.<br />
289<br />
5. BIOCULTURAL DIVERSITY, <strong>POLLINATORS</strong> <strong>AND</strong><br />
THEIR SOCIO-CULTURAL VALUES