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Allelochemicals: Biological Control
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Allelochemicals: Biological Control
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CONTENT Preface 1. Discovery and Ev
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DAVID E. WEDGE 1 and BARBARA J. SMI
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NATURAL PRODUCT BASED FUNGICIDES 3
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NATURAL PRODUCT BASED FUNGICIDES 5
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NATURAL PRODUCT BASED FUNGICIDES 7
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NATURAL PRODUCT BASED FUNGICIDES 9
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NATURAL PRODUCT BASED FUNGICIDES 11
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NATURAL PRODUCT BASED FUNGICIDES 13
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ALLELOCHEMICALS AS BIOPESTICIDES FO
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ALLELOCHEMICALS : MANAGEMENT OF PLA
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ALLELOCHEMICALS : MANAGEMENT OF PLA
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3.1. Brassicaceae ALLELOCHEMICALS :
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ALLELOCHEMICALS : MANAGEMENT OF PLA
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4.5. Citral ALLELOCHEMICALS : MANAG
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ALLELOCHEMICALS : MANAGEMENT OF PLA
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ALLELOCHEMICALS : MANAGEMENT OF PLA
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32 ANA LUISA ANAYA agriculture, con
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34 ANA LUISA ANAYA and accessibilit
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36 ANA LUISA ANAYA phytochelatines,
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38 ANA LUISA ANAYA isopimaric acid,
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40 ANA LUISA ANAYA tetrahydrobenzo[
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42 ANA LUISA ANAYA Condensed tannin
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44 ANA LUISA ANAYA uptake by these
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46 ANA LUISA ANAYA to assist with m
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48 ANA LUISA ANAYA cytoplasmic prot
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50 ANA LUISA ANAYA we cannot elimin
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52 ANA LUISA ANAYA nutsedge. Withou
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54 ANA LUISA ANAYA production and r
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56 ANA LUISA ANAYA may produce more
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58 ANA LUISA ANAYA is lacking. To t
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60 ANA LUISA ANAYA characteristics
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62 ANA LUISA ANAYA these, which res
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64 ANA LUISA ANAYA of two fungal an
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66 ANA LUISA ANAYA Hallmann and Sik
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68 ANA LUISA ANAYA effects on micro
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70 ANA LUISA ANAYA organic matter i
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72 ANA LUISA ANAYA allelopathy is a
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74 ANA LUISA ANAYA Del Amo, S., Ana
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76 ANA LUISA ANAYA Nagabhushana, G.
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78 ANA LUISA ANAYA Waller, G.R., M.
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80 SCOTT W. MATTNER and reduce the
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82 SCOTT W. MATTNER (Putnam, 1985).
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84 SCOTT W. MATTNER host, generally
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86 SCOTT W. MATTNER As expected, mo
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88 SCOTT W. MATTNER acids. Sodium s
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90 SCOTT W. MATTNER source - either
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92 SCOTT W. MATTNER from three ryeg
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94 SCOTT W. MATTNER effects on the
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- Page 284: 138 ANTONY V. STURZ International C
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- Page 296: 144 ROBERT J. KREMER available that
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148 ROBERT J. KREMER synthesized au
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150 ROBERT J. KREMER Application of
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152 ROBERT J. KREMER purse (Capsell
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154 ROBERT J. KREMER Kennedy, A.C.
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MARK A. BERNARDS 1 , LINA F. YOUSEF
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THE ALLELOPATHIC POTENTIAL OF GINSE
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THE ALLELOPATHIC POTENTIAL OF GINSE
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THE ALLELOPATHIC POTENTIAL OF GINSE
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THE ALLELOPATHIC POTENTIAL OF GINSE
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THE ALLELOPATHIC POTENTIAL OF GINSE
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THE ALLELOPATHIC POTENTIAL OF GINSE
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THE ALLELOPATHIC POTENTIAL OF GINSE
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THE ALLELOPATHIC POTENTIAL OF GINSE
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THE ALLELOPATHIC POTENTIAL OF GINSE
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178 HIROYUKI NISHIMURA AND ATSUSHI
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180 HIROYUKI NISHIMURA AND ATSUSHI
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182 REN-SEN ZENG heavy reliance on
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184 REN-SEN ZENG as in the case of
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186 REN-SEN ZENG Glomus intraradice
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188 REN-SEN ZENG 6. REFERENCES Abda
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190 REN-SEN ZENG Ingham E.R. Intera
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192 REN-SEN ZENG Smith S.E., Reid D
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194 CHUIHUA KONG 1940; Bailey and M
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196 CHUIHUA KONG 2.3. Allelochemica
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198 CHUIHUA KONG Table 2. Inhibitio
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200 CHUIHUA KONG (a) (b) Figure 5.
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202 CHUIHUA KONG Momilactones A and
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204 CHUIHUA KONG 5. REFERENCES Ades
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206 CHUIHUA KONG Oklahoma Press, No
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208 Cirsium sp., 43 Cladosporium he
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210 Phoma typhae-domingensis, 111 P
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List of Contributors Ana Luisa Ana