07.03.2017 Views

POLLINATORS POLLINATION AND FOOD PRODUCTION

individual_chapters_pollination_20170305

individual_chapters_pollination_20170305

SHOW MORE
SHOW LESS

Create successful ePaper yourself

Turn your PDF publications into a flip-book with our unique Google optimized e-Paper software.

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

end, which guides action (de Vries and Petersen, 2009);<br />

this action can be individual or collective (Díaz et al., 2015).<br />

To date the emphasis among the literature has focused<br />

overwhelmingly on the economic value of pollinators, which<br />

may neglect the impact of changing pollinator populations<br />

other value dimensions.<br />

Economic valuation of the conservation and sustainable use<br />

of pollination services can be highly informative for farmers<br />

and policy makers. Most early pollination valuation studies<br />

centered on managed western honey bees and farm gate<br />

prices of the crops they help produce. Valuation studies<br />

focused on pollination services typically used one of three<br />

major approaches (although more are detailed in Chapter<br />

4, Section 4.4): Estimation of change to social welfare<br />

(Gallai et al., 2009); calculation of total market price of<br />

crop production that can be directly attributed to animalmediated<br />

pollination (Gallai et al., 2009; Lautenbach et al.,<br />

2012); and replacement cost based on purchased inputs<br />

that substitute for natural pollination services (Allsopp et al.,<br />

2008; Winfree et al., 2011b). Most assessments have only<br />

examined the market price of additional crop productivity<br />

from crop pollination and have largely focused on national<br />

or regional analysis in the developed world (Chapter 4,<br />

Section 4.9).<br />

1.10 <strong>POLLINATORS</strong>,<br />

TRADITIONAL<br />

KNOWLEDGE <strong>AND</strong> A<br />

GOOD QUALITY OF LIFE<br />

Ecological sciences and ethics together promote an<br />

opportunity to understand better the ways we can perceive<br />

and co-inhabit the world (Rozzi, 2013). Anthropocentrism<br />

with a utilitarian ethic is the dominant view in western<br />

societies, promoting globalization and neoliberal conditions<br />

for a dominant global development, with consequences for<br />

the environment and people (Cáceres, 2015). In this strategy<br />

the ethical position conceives the subject (human habits)<br />

separate from the environment (human actions disregarding<br />

the habitat). Here the economic growth, development<br />

and modernization that govern globalization neglect most<br />

people, biodiversity, ecosystems and humans with different<br />

cultures, which are disappearing from their native habitats<br />

and being excluded from the main discourses and laws that<br />

govern neoliberal global society. This dominant discourse<br />

determines a biotic, linguistic and cultural homogenization<br />

(biocultural homogenization, sensu Rozzi, 2013), which<br />

can be a ubiquitous driver for environmental change,<br />

biodiversity loss, and disruption of indigenous and traditional<br />

knowledge, promoting a small number of plant and animal<br />

species for nourishment.<br />

Divergence from mainstream dominant utilitarian<br />

anthropocentrism (the other farthest view) is a biocultural<br />

ethical approach, defined as ethically connecting “human<br />

life with the diversity of beings, considered as co-inhabitants<br />

with whom humans co-constitute their identities and attain<br />

well-being” (Rozzi, 2013). It is not an extension of utilitarian<br />

ethics through the inclusion of animals, plants, etc. (intrinsic<br />

value assigned to pollinators), but includes interspecific<br />

relationships and how humans co-inhabit in the world. A<br />

biocultural perspective highlights planetary ecological and<br />

cultural heterogeneity, requiring an inter-cultural dialogue<br />

to solve environmental problems judiciously because it<br />

incorporates the views of marginalized people that should<br />

be respected and eventually adapted through intercultural<br />

exchanges (Rozzi, 2013). Biocultural ethics problematizes<br />

relationships among human conduct, habitats, and<br />

communities of co-inhabitants (Rozzi, 2013), embracing<br />

interrelatedness between different human groups and the<br />

environment. It includes different hierarchies of human<br />

values in decision making.<br />

The consequences of decisions on biological and cultural<br />

diversity under different ethical approaches sharply differ<br />

because value and policy-making diverge. There are<br />

different environmental worldviews involving diverse ethics<br />

and hierarchical values that relate to ecological practices<br />

affecting pollination and pollinators. It is necessary to<br />

incorporate the diversity of worldviews, from indigenous<br />

and traditional knowledge on pollination and pollinators to<br />

sustainable ecological practices, into policy and education<br />

(see Chapter 5).<br />

1.11 LEGALITIES <strong>AND</strong><br />

GOVERNANCE OF<br />

<strong>POLLINATORS</strong> <strong>AND</strong><br />

<strong>POLLINATION</strong><br />

Considering the importance of pollination for agricultural<br />

commodities, it is not surprising that there are a number<br />

of laws, directives, and decrees regulating various aspects<br />

related to pollination and the protection of pollinators. While<br />

many of these have been implemented for agricultural<br />

production, some policy instruments target the protection<br />

of natural or semi-natural ecosystems, due to their link<br />

with the provision of pollination. Much of the legislation is<br />

essentially designed to ensure the protection of pollinators<br />

against deleterious influences (e.g. pathogens, diseases,<br />

agrochemicals, habitat destruction, and in the case of<br />

managed pollinators, from inappropriate management<br />

practices; see Chapters 1.3, 2.3).<br />

15<br />

1. BACKGROUND TO <strong>POLLINATORS</strong>,<br />

<strong>POLLINATION</strong> <strong>AND</strong> <strong>FOOD</strong> <strong>PRODUCTION</strong>

Hooray! Your file is uploaded and ready to be published.

Saved successfully!

Ooh no, something went wrong!