One Health. Группа авторов

One Health - Группа авторов


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of the 17th century, we have been trained to deal with problems that can be compartmentalized, isolated and reduced to manageable cause–effect relationships. Furthermore, our institutions (health authorities, planning departments, etc.) are structured and operate in this old paradigm (Bavington, 2002; Berkes, 2003; Innes and Booher, 2010). Because the application of ‘normal science’ (described by Kuhn, 1962) and applied and professional consultancy work rooted in that paradigm is sometimes inadequate, some researchers and practitioners have attempted to find other pragmatic ways to deal with complex problematic situations. In particular, Funtowicz and Ravetz describe a ‘post-normal’ approach (Funtowicz and Ravetz, 1993, 1994a,b, 2003, 2018) that is relevant to ecohealth (see Table 4.1).

      Table 4.1. A comparison of the normal applied, professional consultancy and post-normal science (PNS) approaches to environmental problem concerns. From Kay et al. (1999), reprinted with permission.

Normal applied science Conventional professional consultancy PNS and inquiry
Essentials
Certainty Uncertainty (reducible in principle, we lack knowledge) Uncertainty (irreducible in principle)
Low stakes Intermediate stakes High stakes
Facts: truth found Solution: client happy, society is satisfied Resolution: a course of action is chosen
Results
Hard Try to be hard Soft
Predictable Error reduced to an acceptable level Unpredictability a fact of life
Quantitative Quantitative Quantitative + Qualitative
In the service of
Truth Client in a societal institutional framework Decision makers, policy, public
Judgement of results
Truth accepted No mistakes (i.e. surprises) Quality of process, integrity
Peer review Holds up in court, client happy Holds up to public scrutiny, move forward
Mode of inquiry
Hypothesis testing Problem solving Ecosystem approach
Pursuit of truth Mission and product oriented Pursuit of understanding
Reductionism Holarchic
Analysis Analysis + Design Analysis + Design + Synthesis
Explanations
Linear cause and effect Non-linear, negative feedback Negative + Positive feedback, autocatalysis, morphogenic causal loops
Mechanistic Mechanistic + Cybernetic Synergistic, emergence
Stability Control, homeostasis Change, evolution, ∞ cycles
Efficiency Efficiency + Adaptation
Extremum principles Local optimum, trade-offs
Laws Propensities and constraints
Forensics
Fact Interpretation Testimony
Characteristics
Objective, one correct view Subjective, client-consultant view Subjective, plural
Value free Limited values Ethical, integrity
Predictive management Control management Anticipatory + Adaptive management
Physics Engineering Ecological economics

      Post-normal science (PNS) is a way of doing policy-related science that is appropriate for cases where ‘facts are uncertain, values in dispute, stakes high and decisions urgent’ (Funtowicz and Ravetz, 1994b). PNS provides a basis for accommodating knowledge provided from multiple perspectives of diverse stakeholders in complex situations. PNS thus offers a philosophical rational for health-related activities where One Health is invoked as a goal and/or ecohealth is chosen as an approach.

      For One Health practitioners, this means that the health outcomes selected, and the manner in which they are addressed, become part of the process of investigation. For example, livestock are valued in many different ways, many of them non-economic (Zinsstag et al., Chapter 2, this volume). Cattle, for instance, are valued differently by Maasai in East Africa, Hindus from India, and feedlot owners exporting beef from the USA. Simple appeals to cost–benefit analyses to arrive at strategies for controlling diseases are not always helpful or sufficient. Even within a broad economic perspective, we must ask whether the benefits and costs accrue differently to smallholders, corporations, communities, trading partners and the like. PNS, unlike what has


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