PHYTOPARASITIC NEMATODES OF THREE ENEGRY CROPS FOR BIOFUEL PRODUCTION

Abstract

The literature review focuses on a comprehensive analysis of scientific research aimed at studying the interaction of phytoparasitic nematodes with energy crops such as Miscanthus, Jerusalem artichoke, and paulownia, as well as examining the factors influencing the spread of these nematodes in cultivation systems of three biofuel crops: giant Miscanthus, velvetleaf, and Jerusalem artichoke. The research is grounded in analyzing the interaction between nematodes and the yield of these crops, along with the potential positive impact of nematode communities from different trophic groups on soil quality and phytoremediation. Special attention is given to phytoparasitic nematodes, which are among the most widespread soil pests of plants. Considering the interaction between nematodes and energy crops is crucial for developing resilient and efficient cultivation systems that ensure high yields and preserve the biodiversity of soil ecosystems.The research concludes that phytoparasitic nematodes have a significant negative impact on the cultivation of energy crops, particularly giant miscanthus. However, certain climatic, chemical, and physical conditions are conducive to the formation of nematode communities that can positively affect soil quality and maintain its fertility. The review provides an overview of three energy crops for biofuel production (giant Miscanthus, velvetleaf, and Jerusalem artichoke), highlighting the nematode pests associated with each of these crops, which have been found in the rhizosphere of plants over many years of published research. Attention is also given to the negative impact of phytoparasitic nematodes on the cultivation of energy crops, especially Miscanthus. However, it has been observed that certain climatic, chemical, and physical conditions favor the formation of nematode communities that can positively influence soil quality and maintain its fertility. This work is significant for the development of strategies to manage the population levels of various trophic levels of nematodes, especially phytoparasitic ones, particularly in the context of cultivating promising energy crops for biofuel production. Additionally, the review describes the important influence of phytoremediation on the population of nematode communities in the soil. The obtained results can serve as a basis for further research in this field and the implementation of effective methods to preserve soil fertility and increase the productivity of energy crops. Furthermore, the findings of this literature review can contribute to the development of environmentally sustainable methods for cultivating energy crops, thereby aiding in the conservation of natural resources and reducing the impact of agricultural activities on the environment.