Debunking Human Health Risk, APPENDIX D - LBAMspray.com

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LIGHT BROWN APPLE MOTH ERADICATION PROJECT <strong>APPENDIX</strong> D DRAFT PEIR HUMAN HEALTH RISK ASSESSMENT T A B L E S Table D1-1 Condensed Summary of LBAM Eradication Alternatives Evaluated in the EIR ............1-2 Table D3-1 Chemical Hazard Classifications .....................................................................................3-1 Table D3-2 Table D3-3 Table D3-4 Table D3-5 Physical and Chemical Properties of Chlorpyrifos..........................................................3-5 Acute Toxicity of Chlorpyrifos........................................................................................3-8 Genotoxicity of Chlorpyrifos in vivo.............................................................................3-11 Toxicity Criteria for Chlorpyrifos..................................................................................3-13 Table D3-6 Chemical and Physical Properties of 1,2,4-trimethylbenzene .......................................3-14 Table D3-7 Table D3-8 Chemical and Physical Properties of Ethylbenzene.......................................................3-15 Chemical and Physical Properties of Ethyltoluene........................................................3-15 Table D3-9 Chemical and Physical Properties of Xylenes ...............................................................3-16 Table D3-10 Noncancer Toxicity Criteria for Ethylbenzene ..............................................................3-21 Table D3-11 Cancer Criteria for Ethylbenzene...................................................................................3-22 Table D3-12 Physical-Chemical Properties of Lambda-Cyhalothrin .................................................3-27 Table D3-13 Toxicity Profile of Lambda-Cyhalothrin .......................................................................3-30 Table D3-14 Table D3-15 Genotoxicity of Type II Pyrethroids In Vivo.................................................................3-32 Toxicity Criteria for Lambda-Cyhalothrin.....................................................................3-35 Table D3-16 Physical and Chemical Properties of Naphthalene ........................................................3-36 Table D3-17 Physical and Chemical Properties of Propylene Glycol ................................................3-37 Table D3-18 Chemical Property Data of Permethrin..........................................................................3-41 Table D3-19 Summary of Subchronic Toxicity and Studies of Permethrin .......................................3-45 Table D3-20 Table D3-21 Summary of Chronic Toxicity and Carcinogenicity of Permethrin...............................3-51 Results of Studies of the Genotoxicity of Permethrin....................................................3-54 Table D3-22 Noncancer Oral Toxicity Criteria for Permethrin ..........................................................3-56 Table D3-23 Table D3-24 Noncancer Inhalation Toxicity Criteria for Permethrin.................................................3-58 Chemical and Physical Properties of Stoddard Solvent.................................................3-59 Table D3-25 General Characteristics of Five LBAM-Specific Pheromones Considered for Use ......3-61 Table D3-26 Table D3-27 Table D3-28 Physical and Chemical Properties of HERCON Disrupt Bio-Flake® LBAM...............3-63 Sub-chronic toxicity data for four SCLPs (1-nonanol, 1-decanol, 2-trans,4-transdecadienal, and 1-dodecanol).........................................................................................3-66 Summary of Mammalian Toxicity Studies for HERCON Disrupt Bio-Flake® LBAM............................................................................................................................3-67 Table D3-29 Physico-Chemical Properties of CheckMate® LBAM-F ..............................................3-70 Table D3-30 Table D3-31 Table D3-32 Summary of Mammalian Toxicity Studies for CheckMate® LBAM-F........................3-72 Physical and Chemical Properties of CheckMate® LBAM-F Ingredients....................3-72 Toxicity Studies of CheckMate® LBAM-F Inert Ingredients.......................................3-74 D-iv App D_HHRA_508.doc JULY 2009
TABLE OF CONTENTS Table D3-33 Table D3-34 Table D3-35 Physical and Chemical Properties of Isomate Twist Ties..............................................3-76 Physical and Chemical Properties of Isomate Twist Ties..............................................3-77 Physical-Chemical Properties of Isomate® – LBAM Plus Twist-Ties (properties of dispenser)...................................................................................................................3-77 Table D3-36 Physico-Chemical Properties of SPLAT LBAM .......................................................3-79 Table D3-37 Summary of Mammalian Toxicity Reference Values for SPLAT LBAM ................3-80 Table D3-38 Physico-Chemical Properties of NoMate® LBAM MEC .............................................3-82 Table D3-39 Table D3-40 Summary of Toxicity Data for NoMate® LBAM MEC................................................3-83 Toxicity Values for BIO-TAC®....................................................................................3-84 Table D3-41 Physical and Chemical Properties of Spinosyns A and D .............................................3-86 Table D3-42 Acute Toxicity of Technical Grade Spinosad and Spinosyn A and D...........................3-88 Table D3-43 Acute Mammalian Toxicity of Bacillus thuringiensis kurstaki .....................................3-98 Table D3-44 Subchronic and Chronic Toxicity of Bacillus thuringiensis kurstaki ............................3-99 Table D3-45 Post-spray Symptoms Reported by Ground-spray Workers and Controls1.................3-101 Table D3-46 Ground Spray Worker Exposures to Btk .....................................................................3-103 Table D4-1 Exposure Assumptions ....................................................................................................4-7 Table D4-2 Table D4-3 Dermal Absorption Factors............................................................................................4-11 Intake Factors.................................................................................................................4-12 Table D4-4 Exposure Point Concentrations – No Program Alternative ...........................................4-19 Table D4-5 Table D4-6 Chemical-Specific Intakes Factors for Nursery/Program Workers – No Program Alternative .....................................................................................................................4-19 Chemical-Specific Intakes Factors for Agricultural Workers – No Program Alternative .....................................................................................................................4-20 Table D4-7 Chemical-Specific Intakes for Adult Residents – No Program Alternative ..................4-20 Table D4-8 Table D4-9 Chemical-Specific Intakes for Child Residents – No Program Alternative...................4-21 Chemical-Specific Intakes for Residential Adult Gardener – No Program Alternative .....................................................................................................................4-22 Table D4-10 Chemical-Specific Intakes for Adult Park User – No Program Alternative ..................4-22 Table D4-11 Chemical-Specific Intakes for Child Park User – No Program Alternative ..................4-23 Table D4-12 Exposure Point Concentrations – Mating Disruption Alternative, Twist Ties ..............4-24 Table D4-13 Table D4-14 Table D4-15 Table D4-16 Chemical-Specific Intakes for Nursery/Program Workers and Agricultural Workers – Mating Disruption Alternative, Twist Ties ..................................................4-24 Chemical-Specific Intakes for Adult and Child Resident – Mating Disruption Alternative, Twist Ties ..................................................................................................4-25 Chemical-Specific Intakes for Residential Adult Gardener – Mating Disruption Alternative, Twist Ties ..................................................................................................4-29 Chemical-Specific Intakes for Adult and Child Recreational Park User – Mating Disruption Alternative, Twist Ties ................................................................................4-29 JULY 2009 App D_HHRA_508.doc D-v
Page 1: A P P E N D I X D Human Health Risk
Page 5 and 6: Table of Contents Executive Summary
Page 7: TABLE OF CONTENTS D5.1.1 Toxicity V
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