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• W1509571454 startingPage "33" @default.
• W1509571454 abstract "Biological disease control is an attractive alternative strategy for the control of plant diseases. Meanwhile, it also provides practices compatible with the goal of a sustainable agricultural system. Understanding the mechanisms of biological control of plant diseases through the interactions between antagonists and pathogens may allow us to select and construct the more effective biocontrol agents and to manipulate the soil environment to create a conducive condition for successful biocontrol. Many factors have to be considered in deciding whether a biological system is feasible for the control of a particular pathogen. Of prime importance is the availability of a suitable antagonist capable of maintaining itself on the host plant. The environment under which the crop is grown will play a significant part in determining whether effective population levels of an antagonist can be established in competition with the existing microflora. Environment may also govern the choice of antagonist; for example, yeasts can survive on leaves more readily than non-spore-forming bacteria under adverse humidity conditions. It is essential that the primary mechanism by which antagonism is brought about should be known. A variety of biological controls are available for use, but further development and effective adoption will require a greater understanding of the complex interactions among plants, people and the environment. With people turning more health conscious Biological control seem to the best alternative to disease suppression. Bio-agents bring the disease suppression with no environmental hazards. Research has proved that the bio agents trigger the growth of plants. Bio agents themselves being non-pathogenic to plants need to be formulated in a way that favours the activity and survival of microbe it contains. Moreover, the organism that suppresses the pathogen is referred to as the biological control agent (BCA). More broadly, the term biological control also has been applied to the use of the natural products extracted or fermented from various sources. These formulations may be very simple mixtures of natural ingredients with specific activities or complex mixtures with multiple effects on the host as well as the target pest or pathogen. And, while such inputs may mimic the activities of living organisms, non-living inputs should more properly be referred to as biopesticides or biofertilizers, depending on the primary benefit provided to the host plant. Over the past few years, the novel applications of molecular techniques have broadened our insight into the basis of biological control of plant diseases. New molecular approaches have been available for assessment of interaction between the antagonist and pathogen, ecological traits of antagonists in rhizosphere and improving the efficacy of bacterial, fungal and viral biocontrol agent. Currently, biological control will thus be an alternative strategy for the control of plant diseases given the history of fungicides in the near future. However, other methods in IPM for crop disease control are still necessary in various environmental conditions, because an agro-ecosystem is a variable and functioning system that includes several factors that influence disease and crop development. Consequently, for economic threshold, other control strategies of IPM besides biological control should be also considered and applied to effectively reduce the disease development and the yield loss of crops in the different crop systems. Keywords: Biocontrol, biofumigation, microbial antagonism, natural compounds, pathogen." @default.
• W1509571454 created "2016-06-24" @default.
• W1509571454 creator A5084558334 @default.
• W1509571454 date "2014-01-01" @default.
• W1509571454 modified "2023-09-24" @default.
• W1509571454 title "Review on Concepts in Biological Control of Plant Pathogens" @default.
• W1509571454 cites W108689080 @default.
• W1509571454 cites W1481506363 @default.
• W1509571454 cites W1493341307 @default.
• W1509571454 cites W1495407666 @default.
• W1509571454 cites W1505417097 @default.
• W1509571454 cites W1529030751 @default.
• W1509571454 cites W1572716807 @default.
• W1509571454 cites W1576085972 @default.
• W1509571454 cites W161447388 @default.
• W1509571454 cites W168686484 @default.
• W1509571454 cites W182525487 @default.
• W1509571454 cites W1924883131 @default.
• W1509571454 cites W1964179671 @default.
• W1509571454 cites W1978189364 @default.
• W1509571454 cites W1981847988 @default.
• W1509571454 cites W1988201220 @default.
• W1509571454 cites W1989732370 @default.
• W1509571454 cites W2001064402 @default.
• W1509571454 cites W2004274763 @default.
• W1509571454 cites W2004941473 @default.
• W1509571454 cites W2006631270 @default.
• W1509571454 cites W2007101778 @default.
• W1509571454 cites W2009329375 @default.
• W1509571454 cites W2009424970 @default.
• W1509571454 cites W2016455712 @default.
• W1509571454 cites W2022951397 @default.
• W1509571454 cites W2030448020 @default.
• W1509571454 cites W2032225105 @default.
• W1509571454 cites W2032310100 @default.
• W1509571454 cites W2037556202 @default.
• W1509571454 cites W2041434796 @default.
• W1509571454 cites W2042222772 @default.
• W1509571454 cites W2045742045 @default.
• W1509571454 cites W2054712557 @default.
• W1509571454 cites W2055413711 @default.
• W1509571454 cites W2055947378 @default.
• W1509571454 cites W2062061778 @default.
• W1509571454 cites W2063977323 @default.
• W1509571454 cites W2064099810 @default.
• W1509571454 cites W2066722368 @default.
• W1509571454 cites W2068051665 @default.
• W1509571454 cites W2068151526 @default.
• W1509571454 cites W2072358782 @default.
• W1509571454 cites W2072613507 @default.
• W1509571454 cites W2075605442 @default.
• W1509571454 cites W2076370029 @default.
• W1509571454 cites W2077516751 @default.
• W1509571454 cites W2088113671 @default.
• W1509571454 cites W2088261467 @default.
• W1509571454 cites W2089040819 @default.
• W1509571454 cites W2091593797 @default.
• W1509571454 cites W2097515128 @default.
• W1509571454 cites W2100184190 @default.
• W1509571454 cites W2103086653 @default.
• W1509571454 cites W2105656820 @default.
• W1509571454 cites W2106666964 @default.
• W1509571454 cites W2106916454 @default.
• W1509571454 cites W2113809541 @default.
• W1509571454 cites W2115450650 @default.
• W1509571454 cites W2116183852 @default.
• W1509571454 cites W2119992952 @default.
• W1509571454 cites W2121592761 @default.
• W1509571454 cites W2121616425 @default.
• W1509571454 cites W2122003935 @default.
• W1509571454 cites W2122594546 @default.
• W1509571454 cites W2123767496 @default.
• W1509571454 cites W2124217459 @default.
• W1509571454 cites W2124874200 @default.
• W1509571454 cites W2125136678 @default.
• W1509571454 cites W2127412245 @default.
• W1509571454 cites W2129833814 @default.
• W1509571454 cites W2131584678 @default.
• W1509571454 cites W2133465603 @default.
• W1509571454 cites W2134435343 @default.
• W1509571454 cites W2134551645 @default.
• W1509571454 cites W2141931154 @default.
• W1509571454 cites W214400599 @default.
• W1509571454 cites W2146884230 @default.
• W1509571454 cites W2149417166 @default.
• W1509571454 cites W2149967205 @default.
• W1509571454 cites W2150470801 @default.
• W1509571454 cites W2152960098 @default.
• W1509571454 cites W2154485013 @default.
• W1509571454 cites W2162023082 @default.
• W1509571454 cites W2167487133 @default.
• W1509571454 cites W2169644773 @default.
• W1509571454 cites W2169768163 @default.
• W1509571454 cites W2170379230 @default.
• W1509571454 cites W2236940141 @default.
• W1509571454 cites W2281193830 @default.
• W1509571454 cites W2314010766 @default.
• W1509571454 cites W2316209099 @default.

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