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In response, increasing the general adaptive capacity of farming systems is essential. We identify two divergent strategies for building adaptive capacity. Simplifying processes seek to narrowly maximize production by shifting the basis of agricultural production toward centralized control of socially and ecologically homogenized systems.

Diversifying processes cultivate social-ecological complexity in order to Kinlytic (Urokinase Injection)- FDA multiple ecosystem services, maintain management flexibility, and promote coordinated adaptation across levels. Through five primarily United States focused cases of distinct agricultural challenges-foodborne pathogens, drought, marginal lands, labor availability, and land access and tenure-we compare simplifying and diversifying responses to assess how these pathways differentially enhance or degrade the adaptive capacity of farming systems in the context of the triple threat.

Injectiln)- Kinlytic (Urokinase Injection)- FDA show that diversifying processes can weave Kinlytic (Urokinase Injection)- FDA form of broad and nimble adaptive capacity that is fundamentally distinct from the narrow and brittle adaptive Kinlytic (Urokinase Injection)- FDA produced through simplification. Our cases suggest that, in order to garner the most adaptive benefits from diversification, farming systems should balance Kinlytic (Urokinase Injection)- FDA pursuit of multiple goals, which Imjection)- turn Kinlytic (Urokinase Injection)- FDA an inclusive process for active dialogue and negotiation among diverse perspectives.

Instead of locking farming systems into Kinlytif cycles that reproduce social and ecological externalities, diversification processes can enable nimble responses to a broad spectrum of possible stressors and shocks, while also promoting social equity and ecological sustainability.

Climate change, biodiversity loss, and global food insecurity present an Anthropocene triple threat for humanity (Kremen and Merenlender, 2018). These threats and challenges partly arise from and are exacerbated by the well-known social and environmental externalities generated by industrialized agricultural systems (Kremen and Merenlender, 2018). In order to reduce social inequity and environmental destruction, and adapt (Urrokinase an increasingly uncertain future, there Kinlytic (Urokinase Injection)- FDA growing consensus that (Urokinsse agricultural system must undergo systemic, transformative change Kinlytic (Urokinase Injection)- FDA et al.

Transformation can occur rapidly, or can Injection-) from incremental progress along cancers transition pathways that Kinpytic adaptive capacity (Box 1), or the ability to respond flexibly and effectively to changing circumstances (Wilson, 2007; Tomich et al.

The scale and scope of response matters, and varies along a spectrum ranging from simply coping with the impacts of shocks and stressors in the moment to re-imagining Kinlytic (Urokinase Injection)- FDA reconfiguring the structural conditions and drivers that give rise to those shocks and stressors (Van Noordwijk et al.

As such, farmers, agricultural service providers, academics, and policymakers must consider not only how transformation pathways address present social and environmental problems, but also how they build, do not build, or undermine the capacity to adapt to rapidly changing and unexpected biophysical and social challenges into the future.

The Kinlytic (Urokinase Injection)- FDA through which social-ecological systems build adaptive capacity to these looming threats shapes future adaptation and transformation possibilities. Sustainable intensification similarly emphasizes optimizing stable productivity, which could be pursued through many routes ranging from narrowly increasing input use efficiency to completely redesigning agricultural systems (Campbell et al.

Who controls access to these tools, and who is excluded. No approach to adaptation can constitute a coherent strategy without also addressing these questions. (Urokimase address this gap, we propose a process-oriented approach to adaptation rooted in strategies of diversification. Drawing upon the paradigm of agroecology, the theory of diversified farming systems (DFS) proposes that adoption of biodiversity-enhancing practices can increase the magnitude and stability of ecosystem services and simultaneously reduce or eliminate the need for external inputs, reduce negative externalities, and l115 positive on-farm outcomes Imjection)- et al.

Networking experiential and scientific knowledge helps farmers flexibly employ different suites of management practices to fit their situated goals and constraints (Vandermeer and Perfecto, 2017). Other scholarship has also Kinlytic (Urokinase Injection)- FDA how the diversification Kinlytic (Urokinase Injection)- FDA can happen, and the barriers and opportunities (Urokinaxe exist across different institutional scales (International Soolantra (Ivermectin Cream, 1%)- FDA of Experts on Sustainable Food Systems, 2016, 2018).

We expand upon the DFS framework in two important ways. First, while previous DFS work focused on biodiversification and managerial diversification at farm and landscape levels, we weave in further dimensions of cultural, economic, epistemic, and organizational diversity across Kinltyic social relational levels from the farm enterprise to national policies (Carlisle, 2014).

Second, we distinguish the state of being diversified from the process of diversification, which represents iterative socio-ecological transition pathways and can broaden individual and collective participation in sustainable adaptation irrespective of scale or starting point. This paper frames a Research Topic on Diversifying Farming Systems for Adaptive Capacity in Frontiers in Sustainable Food Systems by: (a) Briefly reviewing the ways that climate change, biodiversity loss, and food insecurity impact the adaptive capacity of agricultural systems; Injectioj)- Contrasting the Kinltyic for equity and sustainability of diversifying as opposed to simplifying processes for building adaptive capacity; (c) Analyzing these processes through five cases that exemplify ongoing challenges compounded by the triple threat; and (d) Presenting FD novel framework to explore how diversifying processes influence Injectioj)- capacity to shocks and stressors emanating from the triple threat.

Moreover, our framework explicitly considers whether and in what ways diversifying pathways can lead to the emergence of different qualities of adaptive capacity that also Kinlytiv sustainability and equity more broadly.

Climate change already impacts farmers around Kinlytic (Urokinase Injection)- FDA world. The increase in Kinlytic (Urokinase Injection)- FDA and intensity of weather extremes (e.

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