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168 A.V. LATCHININSKY & R. SIVANPILLAI Table 2. Remote sensing satellites and their data characteristics. Satellite & country Spectral bands Pixel size (m) Swath (km) Coarse resolution NOAA-GOESS (USA) 1,000 >2,000 SPOT VEG (France) 1,000 TERRA/MODIS (USA) 250 >2,000 500 1,000 Moderate resolution Landsat 5 (USA) B, G, R, 3 IR 30 185 SPOT-2 (France) G, R, 2 IR 20 120 IRS 1C (India) G, R, 2 IR 23 70, 142 IRS 1D G, R, 2 IR 23 70, 142 SPOT-4 G, R, 2IR 20 120 Landsat 7 B, G, R, 3IR 30 185 TERRA/ASTER (Japan/USA) G, R, IR 4 IR 3 Thermal IR 15 30 90 EO-1 (USA) 30 37 Proba (ESA) 18, 36 14 SPOT-5 10 120 IRS ResourceSat 20 24, 140, 740 IRS-AWiFS (India) 56 350 CBERS-2 (China/Brazil) 20 113 FormaSat (Taiwan) 8 24 ThaiPhat (Thailand) 36 600 MONITOR-E-1 (Russia) 20 94, 160 Beijing-1 (China) 32 600 TopSat (UK) 5 10, 15 ALOS (Japan) 10 35, 70 60 Temporal resolution is related to the time lapse between successive image acquisitions. For example, Landsat 5 – TM satellite acquires data every 16th day for any given location on the surface of the earth, and therefore its temporal resolution is 16 days. Other satellites (e.g., AVHRR) collect data on daily basis. Radiometric resolution is a measure of precision of the recorded data and measured in bits. In an 8-bit data recording device, 256 (2 8 ) levels of brightness values can be recorded, whereas 10-bit device can record 1024 (2 10 ) levels of brightness values. Satellite and aerial based remotely sensed data are available in difference combinations of resolutions (example, 30 m spatial, 6 spectral bands, 16 day temporal and 8-bit radiometric resolutions) and it is up to the analyst to select the correct type of data for matching the informational needs of a task.
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Integrated Management of Arthropod
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Integrated Management of Arthropod
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PREFACE This is the last volume of
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viii CONTENTS 2.3.3. Chemical Contr
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x CONTENTS 3.4. Wildlife Benefits .
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xii CONTENTS 10 Control of Urticati
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CONTRIBUTORS Mohamed S. T. Abbas Pl
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OBITUARY NOTICE Prof. K. G. Mukerji
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Section 1 IPM IN CITRUS GROVES
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4 J.A. JACAS ET AL. decumana L.], b
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6 J.A. JACAS ET AL. tree volume. A
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8 J.A. JACAS ET AL. Table 2 continu
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10 J.A. JACAS ET AL. Table 2 contin
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14 J.A. JACAS ET AL. Table 4. Insec
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16 J.A. JACAS ET AL.
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2 MAIN ARTHROPOD PESTS OF CITRUS CU
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IPM OF CITRUS PESTS IN GREECE 31 Ta
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IPM OF CITRUS PESTS IN GREECE 33 ex
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IPM OF CITRUS PESTS IN GREECE 35 A
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IPM OF CITRUS PESTS IN GREECE 37 2.
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IPM OF CITRUS PESTS IN GREECE 39 re
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IPM OF CITRUS PESTS IN GREECE 41 mi
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IPM OF CITRUS PESTS IN GREECE 43 in
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IPM OF CITRUS PESTS IN GREECE 45 To
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IPM OF CITRUS PESTS IN GREECE 47 ca
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IPM OF CITRUS PESTS IN GREECE 49 In
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IPM OF CITRUS PESTS IN GREECE 51 oc
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IPM OF CITRUS PESTS IN GREECE 53 Re
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IPM OF CITRUS PESTS IN GREECE 55 Ka
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IPM OF CITRUS PESTS IN GREECE 57 Ne
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IPM OF CITRUS PESTS IN GREECE 59 (p
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62 J.A. JACAS & A. URBANEJA insuffi
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64 J.A. JACAS & A. URBANEJA 2. THE
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66 J.A. JACAS & A. URBANEJA Since t
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68 J.A. JACAS & A. URBANEJA because
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70 J.A. JACAS & A. URBANEJA showed
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72 J.A. JACAS & A. URBANEJA Lentere
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74 L. ZAPPALÀ etc.) that modified
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76 L. ZAPPALÀ Aonidiella aurantii
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78 L. ZAPPALÀ Although numerous na
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80 L. ZAPPALÀ depending on the mar
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82 L. ZAPPALÀ encyrtid A. citricol
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84 L. ZAPPALÀ In Italy C. phyllocn
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86 L. ZAPPALÀ Vivas, 1995; Argov,
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88 L. ZAPPALÀ the activity of the
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90 L. ZAPPALÀ yellowish-white, sle
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92 L. ZAPPALÀ Australia. Effective
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94 L. ZAPPALÀ (Hymenoptera: Apheli
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96 L. ZAPPALÀ Franco, J. C., Fortu
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98 L. ZAPPALÀ Mineo, G., & Mineo,
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100 L. ZAPPALÀ Zappalà, L., & Sis
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102 R. CAMPOS-HERRERA ET AL. chemic
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104 R. CAMPOS-HERRERA ET AL. 2. IPM
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106 R. CAMPOS-HERRERA ET AL. Hetero
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108 R. CAMPOS-HERRERA ET AL. indire
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110 R. CAMPOS-HERRERA ET AL. highes
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112 R. CAMPOS-HERRERA ET AL. infect
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114 R. CAMPOS-HERRERA ET AL. (1997)
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116 R. CAMPOS-HERRERA ET AL. endopa
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118 R. CAMPOS-HERRERA ET AL. presen
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120 R. CAMPOS-HERRERA ET AL. they p
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122 R. CAMPOS-HERRERA ET AL.
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124 R. CAMPOS-HERRERA ET AL. Atkins
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126 R. CAMPOS-HERRERA ET AL. Grewal
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128 R. CAMPOS-HERRERA ET AL. McCoy,
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130 R. CAMPOS-HERRERA ET AL. Wolcot
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6 INTEGRATION OF INSECT AND MITE MA
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IPM IN PECAN PRODUCTION 135 Pecan n
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IPM IN PECAN PRODUCTION 137 Weed co
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IPM IN PECAN PRODUCTION 139 hemipte
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IPM IN PECAN PRODUCTION 141 by Fusi
Page 316: IPM IN PECAN PRODUCTION 143 1989).
Page 320: IPM IN PECAN PRODUCTION 145 orchard
Page 324: IPM IN PECAN PRODUCTION 147 tree ro
Page 328: IPM IN PECAN PRODUCTION 149 3.3. So
Page 332: IPM IN PECAN PRODUCTION 151 climati
Page 336: IPM IN PECAN PRODUCTION 153 Orchard
Page 340: IPM IN PECAN PRODUCTION 155 populat
Page 344: IPM IN PECAN PRODUCTION 157 Ark, P.
Page 348: IPM IN PECAN PRODUCTION 159 Harris,
Page 352: IPM IN PECAN PRODUCTION 161 Smith,
Page 356: 7 LOCUST HABITAT MONITORING AND RIS
Page 360: LOCUST REMOTE SENSING AND GIS 165 I
Page 364: LOCUST REMOTE SENSING AND GIS 167 R
Page 370: 170 A.V. LATCHININSKY & R. SIVANPIL
Page 410: 190 FARHA-REHMAN ET AL. and composi
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194 FARHA-REHMAN ET AL. plant defen
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196 FARHA-REHMAN ET AL. tobacco pla
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198 FARHA-REHMAN ET AL. Simonetti,
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200 FARHA-REHMAN ET AL. pathway for
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202 FARHA-REHMAN ET AL. Thaler, Far
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204 FARHA-REHMAN ET AL. whereas on
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206 FARHA-REHMAN ET AL. Dicke, M.,
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208 FARHA-REHMAN ET AL. Van Poecke,
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210 M.S.T. ABBAS The high rate of s
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212 M.S.T. ABBAS rhinoceros but it
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214 M.S.T. ABBAS 3.2.3. Locomotion
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216 M.S.T. ABBAS was found to be pa
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218 M.S.T. ABBAS sealed with moiste
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220 M.S.T. ABBAS (Anonymous, 2001).
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222 M.S.T. ABBAS marked weevils wer
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224 M.S.T. ABBAS from that of males
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226 M.S.T. ABBAS those 3 isolates,
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228 M.S.T. ABBAS and wire screen. T
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230 M.S.T. ABBAS while H. bacteriop
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232 M.S.T. ABBAS Georgis, R. (1990)
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10 CONTROL OF URTICATING LEPIDOPTER
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AERIAL BT TREATMENTS 237 The main s
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AERIAL BT TREATMENTS 239 skin injec
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AERIAL BT TREATMENTS 241 Africa, or
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AERIAL BT TREATMENTS 243 Further la
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AERIAL BT TREATMENTS 245 Martin, J.
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Section 3 MITES BIOLOGICAL CONTROL
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250 L.P.S. VAN DER GEEST reproducti
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252 L.P.S. VAN DER GEEST midgut of
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254 L.P.S. VAN DER GEEST glands (On
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256 L.P.S. VAN DER GEEST related to
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258 L.P.S. VAN DER GEEST obligate i
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260 L.P.S. VAN DER GEEST Eotetranyc
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262 L.P.S. VAN DER GEEST number, st
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264 L.P.S. VAN DER GEEST The presen
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266 L.P.S. VAN DER GEEST Table 2 Co
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268 L.P.S. VAN DER GEEST twospotted
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270 L.P.S. VAN DER GEEST that the f
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272 L.P.S. VAN DER GEEST the surviv
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274 L.P.S. VAN DER GEEST Table 3. H
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278 L.P.S. VAN DER GEEST death of t
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280 L.P.S. VAN DER GEEST Several at
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282 L.P.S. VAN DER GEEST Figure 9.
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284 L.P.S. VAN DER GEEST of whitefl
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286 L.P.S. VAN DER GEEST fusion of
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290 L.P.S. VAN DER GEEST The phylum
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292 L.P.S. VAN DER GEEST 75% after
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294 L.P.S. VAN DER GEEST life span,
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296 L.P.S. VAN DER GEEST identifica
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298 L.P.S. VAN DER GEEST From the o
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300 L.P.S. VAN DER GEEST measures a
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302 L.P.S. VAN DER GEEST Chen, Y.,
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304 L.P.S. VAN DER GEEST James, D.
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306 L.P.S. VAN DER GEEST Oduor, G.
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308 L.P.S. VAN DER GEEST Speare, A.
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12 IPM STRATEGIES THROUGH SPECIALIS
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PREDATORY MITES IN IPM 313 Among na
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PREDATORY MITES IN IPM 315 antagoni
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PREDATORY MITES IN IPM 317 of sex a
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PREDATORY MITES IN IPM 319 Table 2
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PREDATORY MITES IN IPM 321 effect w
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PREDATORY MITES IN IPM 323 Castagno
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PREDATORY MITES IN IPM 325 Schausbe
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328 INDEX 237, 238, 241, 268, 269,
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330 INDEX Asaphes vulgaris, 46 Asap
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332 INDEX Btk spore, 243 Btk, 240-2
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334 INDEX Citrus aurantifolia, 3 Ci
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336 INDEX 254, 255, 267-269, 292, 2
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338 INDEX Dodine, 141, 142 Dorsal d
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340 INDEX Eulophidae, 20, 38, 43, 4
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342 INDEX 216, 249, 250, 260, 261,
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344 INDEX Hibernation, 47 Hickory s
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346 INDEX Iphiseius (Amblyseius) de
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348 INDEX Louisiana, 82 Lufenuron,
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350 INDEX Moisture, 146-148, 150, 1
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352 INDEX Nymphal distribution, 164
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354 INDEX Pecan trees, 134, 136, 14
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356 INDEX Pnigalio agraules, 85 Pni
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358 INDEX Regression model, 271 Reg
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360 INDEX Sethoxydim, 137, 144, 152
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362 INDEX Sunlight, 39, 90, 167, 25
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364 INDEX Trichlorfon, 21, 22, 24,
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366 INDEX Winter, 32, 51, 237, 241
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[Edited_by_A._Ciancio,_C.N.R.,_Bari,_Italy_and_K.(Bookos.org)

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