Liberal democracy in the global era: Implications for the agro-food sector

In liberal thought, democracy is guaranteed by the unity of community and government. The community of citizens elects its government according to political preferences. The government rules over the community with powers that are limited by unalienable human, civil, and political rights. These assumptions have characterized Classical Liberalism, Revisionist Liberalism, and contemporary Neo-Liberal theories. However, the assumed unity of community and government becomes problematic in Global Post-Fordism. Recent research on the globalization of the economy and society has underscored the increasing inability of nation-states to exercise power over their communities, which, in turn, limits the ability of communities to express their will at the nation-state level. The current phase of capitalism is characterized by socio-economic relations that transcend the jurisdictions of nation-states and local spaces. By introducing features characteristic of Classical Liberalism, Revisionist Liberalism and Neo-liberalism, and the contribution of the theory of Reflexive Modernization, which represents a novel attempt to rethink democracy within the liberal tradition, the issue of the fracture of the unity of community and government can be addressed. The inability of governments to control economic and non-economic environments creates a crisis of representation that implies serious limits to liberal democracy. This situation is particularly important for the agricultural and food sector since its development and programs for its democratization have been historically based on the intervention of agencies of and control by the nation-state.     

Assessing the impacts of tourism on the world's largest fish Rhincodon typus at Panaon Island,Southern Leyte,Philippines

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A molecular epidemiology study reveals the presence of identical genotypes on grapevines and ground cover weeds and the existence of separate genetic groups in a Botrytis cinerea population

Botrytis cinerea, the grey mould agent, is one of the most important pathogens of grapevine, due to the great yield losses caused and the economic costs related to disease control. Ground cover plants are assumed to have a role in the complex epidemiology of the pathogen, even if no information on the genetic variability of the strains is available. In this study, a molecular epidemiology approach, based on the comparative analysis of the nucleotide sequences of multiple genes (ITS1-ITS2, G3PDH, NEP1, NEP2, BC-hch, and sdhB), was used to evaluate whether B. cinerea isolated from herbaceous species contributes to grey mould diffusion on grapevines. From 330 samples collected in two vineyards in Lombardy, Italy, 63 B. cinerea strains were isolated from tissues of grapevine with symptoms (50 strains) and spontaneous ground cover plants (13 strains). Capsella bursa-pastoris, Cardamine impatiens, Lamium purpureum, and Crepis tectorum were identified as novel B. cinerea hosts. Sequence analysis and phylogeny showed that the same genotypes were present on both grapevines and herbaceous plants, with no fitness (estimated from growth and sporulation on potato dextrose agar) or pathogenicity (on grapevine leaves and berries, and tomato leaves) penalties. This confirms that ground cover plants can be a source of inoculum for B. cinerea on grapevine. Moreover, phylogenetic analysis of the BC-hch gene allowed the identification of two genetically distinct clusters, characterized by vegetative incompatibility and different distributions of the mating types, fitness, and pathogenicity. Therefore, B. cinerea seems to be composed of two diverging subpopulations that do not differ for host specialization.     

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