Permaculture: Difference between revisions
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The limitations of conventional agriculture have accelerated the need for a transition to an environmentally and economically sustainable agricultural model. In this regard, the role played by soil organic matter (SOM) is key. Here, we aimed to study the impact of permaculture and biointensive micro-gardening practices, characterized by intensive cultivation, the use of large and localized organic inputs and the non-use of mineral fertilizers and pesticides, on soil physicochemical properties and SOM distribution in aggregate-size fractions. The physicochemical properties of soils in permaculture farming implemented for 7 years were compared with a soil under pasture. A soil experiencing conventional agriculture practices in similar geopedoclimatic conditions was simultaneously studied. Soils were separated into four aggregate-size fractions, into which organic carbon (OC) concentrations have been measured. The major soil physicochemical properties were measured on the bulk soils. | The limitations of conventional agriculture have accelerated the need for a transition to an environmentally and economically sustainable agricultural model. In this regard, the role played by soil organic matter (SOM) is key. Here, we aimed to study the impact of permaculture and biointensive micro-gardening practices, characterized by intensive cultivation, the use of large and localized organic inputs and the non-use of mineral fertilizers and pesticides, on soil physicochemical properties and SOM distribution in aggregate-size fractions. The physicochemical properties of soils in permaculture farming implemented for 7 years were compared with a soil under pasture. A soil experiencing conventional agriculture practices in similar geopedoclimatic conditions was simultaneously studied. Soils were separated into four aggregate-size fractions, into which organic carbon (OC) concentrations have been measured. The major soil physicochemical properties were measured on the bulk soils. | ||
=====Time Bank and Sustainability: The Permaculture Approach===== | |||
[https://www.sciencedirect.com/science/article/pii/S1877042813029194 by Lukáš Válek 10/10/13 ScienceDirect] | |||
The paper aims to find a new approach to include interesting phenomena of time banking (a system of time complementary currency) into the current economy. The time banks have been in existence for almost three decades for now, but their existence is often powered only by good will of enthusiasts and they suffer from the lack of real institutional support. During their existence the time banks proven to be not only very valuable support to local economies, but as well to social development of a society where they are implemented. Basic problem appears to be created by reluctance of national economies to accept time banking concept as viable support to social system or include it directly. It probably looks to be too utopistic and suspiciously not profit-based to be understood by rigid monetary-based economies. | |||