Redesigning Animal Agriculture
Redesigning Animal Agriculture
Redesigning Animal Agriculture
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was intended to capture this vital interconnectedness<br />
effectively between systemic<br />
‘acts’ of development in the material and<br />
social worlds and the epistemic development<br />
of all of the ‘actors’ who ought to be<br />
engaged in those endeavours. From such<br />
a perspective it makes sense to now recast<br />
the task of redesigning animal agriculture as<br />
an initiative in systemic development that<br />
embraces the need to extend the criteria for<br />
improvement in agriculture way beyond<br />
the mere efficiency and effectiveness of<br />
livestock systems. This shift in focus has<br />
two essential features: (i) that the emphasis<br />
is changed from one which privileges the<br />
relatively remote processes of research and<br />
of design, to one which now focuses on the<br />
participative process of development, with<br />
all of the messiness that that connotes; and<br />
(ii) that the particular perspective of this<br />
development is systemic in both form and<br />
function.<br />
Systemic Development in <strong>Animal</strong><br />
<strong>Agriculture</strong><br />
As indicated earlier in the Division’s literature,<br />
the welfare, health, safety and quality<br />
of the products of animal agriculture, as well<br />
of entire livestock production systems, must<br />
now be regarded as essential features of the<br />
new horizons. So too, it is argued, must be<br />
concerns for human health and community<br />
well-being, for social acceptance, and for<br />
environmental sustainability. This last matter<br />
alone provides a substantial epistemic challenge,<br />
not the least because it is a quintessentially<br />
contestable concept that, as Thompson<br />
(2004) opines, combines questions about<br />
what it is that could be made to persist, with<br />
what it is that should be allowed to do so. It<br />
is highly unlikely that satisfactory answers to<br />
these questions could ever be generated from<br />
a dualistic worldview and indeed their very<br />
contestability demands the type of dialectical<br />
discourse that characterizes the epistemic<br />
state of contextual relativism, where meaning<br />
and plans for meaningful action only<br />
emerge through communicative inter actions<br />
between people and the environmental cir-<br />
A Systemic Perspective 11<br />
cumstances that they face. And if nothing<br />
else, this implies types of participation in<br />
issues and engagement with the citizenry,<br />
and with those in other relevant institutions,<br />
that are far removed from the conventions of<br />
animal scientists and which demand a greatly<br />
heightened epistemic awareness as a prelude<br />
to necessary worldview transform ations by<br />
all concerned, including, and perhaps especially,<br />
scientists themselves.<br />
A reinterpretation of the redesign of<br />
animal agriculture as systemic development<br />
presents those committed to the quest for<br />
new horizons with at least three epistemic<br />
challenges. The first of these relates to the<br />
question of how nature is known through<br />
science and how adequate and salient that<br />
prevailing epistemology of science is to the<br />
development process. The second issue<br />
concerns the impact of such matters on<br />
citizens as they attempt to engage together<br />
with scientists with issues of development<br />
that are of profound significance to all. And<br />
this then leads to the third issue of what<br />
could and should be done from a systemic<br />
perspective to remove the constraints to the<br />
transformation of the current situation representing<br />
the two other issues!<br />
There is, of course, no single epistemology<br />
of science, just as there is no single<br />
model of development. It is useful, however,<br />
to contrast two particular epistemologies that<br />
prevail within scientific work in agriculture,<br />
which reflect a dualistic and a contextual<br />
position respectively. Manicas and Secord<br />
(1983), for instance, have identified and<br />
contrasted what they refer to as trad itional<br />
science on the one hand and realist science<br />
on the other. Where the former has a foundationalist<br />
epistemology in which the test of<br />
the truth of a proposition is the correspondence<br />
between theory and data and theories<br />
are deduced from the factual data, with the<br />
latter, it is the practices of science that generate<br />
their own criteria for which theory is<br />
accepted or rejected. Where conventional<br />
science accepts the logic of reductionism,<br />
the realist position is that the natural world<br />
is non-reductive and emergent. Where traditional<br />
science accepts causality as a central<br />
feature that leads to symmetry between explanations<br />
and predictions, the realist position