Analyses and Retrospectives for a Profitable Agriculture: The Effects of Soil Fertilization Practices in the Context of Climate Change

Analyses and Retrospectives for a Profitable Agriculture: The Effects of Soil Fertilization Practices in the Context of Climate Change

Adela Sorinela Safta, Lavinia Popescu
DOI: 10.4018/IJSESD.293240
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Abstract

The work focused on assessing an overview of the agricultural economy in terms of the sustainability of agricultural systems adapted to climatic disturbances that allow ecological agricultural practices. Changing paradigms in agriculture with climate change involves adapting agricultural systems to the risks of using fertilizers in soil treatment, the interdependence of plant-soil water in agricultural practice, and the reduction of nitrate waste are also highlighted in the paper. Expectations regarding the reduction of greenhouse gases in the agricultural system have a long concern, what we propose in this study is that, at the same time, local traditions, the balance of the biosphere must be maintained with local nutrient needs based on climatic and soil characteristics. In the research, we analyzed some of the vulnerabilities, in the sense that, the agricultural practice and tradition must have a denominator in terms of fertilizers considering the risks of pollution or waste.
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Literature Review

According to the community provisions, the application of pesticides is monitored at EU level, in Romania since 1991, this is due to toxicity. Thus, the control and protection measures have as objective the protection of the environment in general of biodiversity. In this respect, a limited number of active pesticides are authorized for use in organic farming, according to Annex II to Regulation (EC) no. 1493/1999. At the same time, according to Regulation (EC) no. 889/2008 of the Commission and Directive 2009/128 / EC, European regulations converge towards a sustainable use of pesticides to reduce the risk of pollution on the one hand, and on the other hand to reduce and even avoid affecting the use of pesticides in human health respectively minimizing the use of pesticides. through alternative techniques in non-chemical agricultural production, why not traditional. In this sense, statistical estimates are fundamental to estimate the trends of risk in the use of pesticides. For example, by investing in buffer zones, the treatment of grasslands permanently protects the downstream communities from the risk of nitrate pollution of groundwater, these elements foreshadowed in development areas were highlighted in the paper. However, although the potential for applying nature-based techniques has a growing tendency, nothing stops the traditional level of traditional techniques from taking place locally. This is because increasing opinions show that nature-based solutions can help improve the resilience of our society to the impact of climate change, such as heavier rainfall, fires or heat waves, while protecting biodiversity and reducing emissions. greenhouse gases.

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