|
Chapter 19 Eggplant
Recommended
Varieties
Black Magic (purple black, oval)
Dusky (purple black, pear oval)
Special Hibush (purple black, pear oval)
Classic (purple, elongated oval)
Kiko (purple, elongated oval)
Ichiban (purple, slender oriental type)
Little Fingers (purple, slender oriental type)
Rosita (rose pink, elongated oval)
Neon (rose pink, pear oval)
Ghostbuster (white, oval)
Link to Resource
Guide for Organic Insect and Disease Management
Table of eggplant disease resistant varieties
Planting
Methods
This crop can produce fairly good yields in warm regions
of New York, particularly during summers with higher than average temperatures.
Eggplant is a moderately deep-rooted, indeterminate, shrubby or bushy
plant, and many varieties are self-fertile.
Eggplant grows best between 75° and 85°F.
Eggplant is very sensitive to frost and requires a warm, long, growing
season. The use of plastic mulch often improves yields. Well-drained,
deep, sandy loams are ideal for eggplant because it is a heavy feeder.
Set plants into the field after danger of frost is past
and daily average temperatures are between 65° and 70°F. The
usual planting dates in New York are May 20 to June 10.
|
|
Table
19.1 Recommended spacing.
|
|
|
Row
|
In-row
|
|
4-5'
|
18"-2
|
1998 Cornell Report: Biodegradable
Paper Mulch Observations
1999 Cornell Report: Liquid
mulch - a descriptive summary
2000 Cornell Report: Paper Mulch: Can it Replace Plastic?
: Upstate (Photos,
Text)
2001 Can paper mulch replace black plastic? (.pdf files:
text
| tables)
photos
2002 Alternative Mulch Product (text
and photos | table)
2003 Cornell Report: Alternative Mulch Products (text,
table1,
table2,
photos)
2004 Cornell Report: Alternative Mulch Products (text
| table1
| table
2 |Tips
for Success with Biodegradable Mulches | photos
)
2005 Cornell Report: Alternative Mulch Products
text | table1
| photos
| Tips
for Success with Biodegradable Mulches
Commercial
Biodegradable Mulch Sources
Crop rotation and disease management article
Fertility
Maintain a pH of 6.0
to 6.5. See Table 19.2 for the recommended rates
of nitrogen,phosphorus, and potassium.
Cornell cover crop decision tool
See Cornell
article on nutrient deficiency symptoms
Go to Cornell Nutrient Analysis Lab website to find out how to get soil samples
tested.
Cornell Soil Health website and manual
SARE Publication: "Building Soils for Better Crops"
SARE publication: "Managing Cover Crops Profitably"
|
Table
19.2 Recommended nutrients based on soil tests for transplants in
bare ground.
If using plastic mulch, without fertigation, broadcast
and incorporate all fertilizer before laying plastic mulch. |
|
|
N pounds/acre
|
P2O5
pounds/acre |
K2O
pounds/acre |
Comments |
| |
Soil Phosphorus
Level
|
Soil
Potassium Level |
|
| |
low
|
med.
|
high
|
low
|
med.
|
high
|
|
|
130
|
150
|
100
|
50
|
150
|
100
|
50
|
Total
recommended. |
|
40
|
100
|
50
|
0
|
100
|
50
|
0
|
Broadcast
and disk-in. |
|
40
|
50
|
50
|
50
|
50
|
50
|
50
|
Apply
in bands at planting or shortly after and cultivate. |
|
50
|
0
|
0
|
0
|
0
|
0
|
0
|
Apply
3 weeks after setting. |
|
| Table
19.3 Recommended nutrients based on soil tests for transplants in
plastic mulchesw with trickle irrigation and fertigation. |
|
|
N pounds/acre
|
P2O5
pounds/acre |
K2O
pounds/acre |
Comments |
| |
Soil Phosphorus
Level
|
Soil
Potassium Level |
|
| |
low
|
med.
|
high
|
low
|
med.
|
high
|
|
| 120 |
150
|
100
|
60
|
150
|
100
|
60
|
Total
recommended. |
| 40 |
90
|
40
|
0
|
90
|
40
|
0
|
Broadcast
and disk-in. |
| 20 |
20
|
20
|
20
|
20
|
20
|
20
|
Apply
1 week after transplanting and every 3-4 weeks thereafter for a total
of 4 applications. |
Harvesting
Harvest when the fruit is firm, fully formed, glistening,
and the seeds and pulp are white. When the fruit is past prime, it becomes
dull, and the seeds turn brown. Cut with a sharp knife or shears. Frequent
picking will help ensure higher yields. The skin is tender and easily
bruised or punctured, so it should be handled with care.
Store at 50° to 54°F and 90 to 95 percent
relative humidity. Young immature fruit may be susceptible to chilling
injury at 50°F. Storage life is about one week, but older, mature
fruit harvested during cooler weather can store for two weeks or more
at 50°F.
See UC
Davis post harvest guide for eggplant
See Cornell Report:
Food Safety Begins on the Farm
See Cornell
"Smart Marketing" series.
See USDA grade standards for fresh
eggplant.
See USDA
Marketing site
See current
wholesale prices from US markets
SARE Publication: "Marketing Strategies for Farmers and Ranchers"
SARE Publication: "Direct Marketing Resource Guide"
Disease
Management
| Fruit rot | Phytophthora
crown or collar rot | Verticillium wilt |
SARE Publication: "A Whole-Farm Approach to Managing Pests"
Fruit
rot
primarily caused by Anthracnose, Colletotrichum coccodes,
and Alternaria early blight, Alternaria solani and A.
alternata
|
Penn
State fact sheet on eggplant diseases
Time for concern: During fruit development
Key characteristics:
| Management
Option |
Recommendation
|
| Scouting/thresholds
|
Begin
sprays as first fruit ripens and continue on a seven to ten day
interval. |
Resistant
varieties, crop rotation, site selection,
seed selection/treatment, postharvest, sanitation |
These
are not currently vialbe management options. |
|
Compound(s)
|
Comparing Environmental Risks of Pesticides
In the "Field Use EIQ" column is the range of EIQ (Environmental Impact Quotient) values for the rate range recommended for each pesticide (lower EIQ = lower environmental impact). Other pesticide risk models are useful for specific purposes. WIN-PST is required for some USDA NRCS conservation plans.
|
Common name
Trade
Name |
Rate/A
Product |
PHI
(days) |
REI
(hours) |
Field
Use EIQ |
Comments |
|
azoxystrobin
|
|
|
2-5
oz
|
0
|
4
|
2-4
|
Begin application of Amistar (Group 11) before disease develops |
|
copper
compounds
|
|
|
0 |
12/24(see label) |
19 |
Label varies with manufacturer and formulation. |
| maneb |
|
|
1.5-2
lb
|
5
|
24
|
12-16
|
|
|
|
1.2-1.6
qt
|
5
|
24
|
19-25
|
|
| pyraclostrobin |
|
|
|
|
|
|
Cabrio
EG
|
8-12
oz
|
0
|
12
|
3-5
|
Do not make more than 2 sequential applications (Group 11) before alternating to a labeled fungicide with a different mode of action.
|
* Restricted
use only. |
Check NYS PIMS (Product, Ingredient, and Manufacturer System) to see if the label is current for New York. SPECIAL NEW YORK RESTRICTIONS MAY APPLY. (http://magritte.psur.cornell.edu/pims/)
See Cornell
fact sheet on Phytophthora diseases
See
photo gallery of Phytophthora
Time for concern: Mid-season
Key characteristics: This disease causes collar rot, stem canker,
and fruit rot. See Reference 1.
| Management
Option |
Recommendation
|
| Raised
beds |
For
collar rot, plant onto raised beds. |
Scouting/thresholds,
resistant varieties, crop rotation, site selection,
seed selection/treatment, postharvest, sanitation |
These
are not currently viable management options. |
|
Compound(s)
|
Comparing Environmental Risks of Pesticides
In the "Field Use EIQ" column is the range of EIQ (Environmental Impact Quotient) values for the rate range recommended for each pesticide (lower EIQ = lower environmental impact). Other pesticide risk models are useful for specific purposes. WIN-PST is required for some USDA NRCS conservation plans.
|
Common name
Trade
Name |
Rate/A
Product |
PHI
(days) |
REI
(hours) |
Field
Use EIQ |
Comments |
|
dimethomorph
|
|
|
6.4
oz, 6.0 oz
|
0
|
12
|
5
4
|
Acrobat or Forum (Group 15) must be tank-mixed with a fungicide labeled for disease control (PHI depends upon mixing partner chosen, either copper or maneb) but not with mefenoxam if it shows reduced sensitivtiy to Phytophthora.
|
mefenoxam |
|
1 pt |
7 |
48 |
15 |
Broadcast. Must be applied to the soil before the plants are infected to obtain satisfactory control. After the initial application, two supplemental post-directed applications may be made at 30 day intervals. |
|
phosphorous acid
|
|
|
1-2 qt in min 20 gal
|
0
|
4
|
|
Some phosphorous acid products are labeled, but efficacy data are lacking. |
| *
Restricted use only. |
Check NYS PIMS (Product, Ingredient, and Manufacturer System) to see if the label is current for New York. SPECIAL NEW YORK RESTRICTIONS MAY APPLY. (http://magritte.psur.cornell.edu/pims/)
Verticillium
wilt, Verticillium albo-atrum and V. dahliae
|
See
photo gallery of Verticillium
Penn
State fact sheet on eggplant diseases
Organic
management of VW on solanaceous crops
Time for concern:
Key characteristics: Yellow blotches
on the lower leaves, often v-shaped, may be the first symptom, then
brown vein, and finally dark brown , dead spots. Leaves may wilt, die,
and drop off. Fruits remain small, develop yellow shoulders, and may
sunburn. Diagnosis involves making a vertical slice of the main stem
near the soil line and observing a brown color in the tissues under
the bark. This desease is more severe under cooler temparatures, 68F
through 75F.
| Management
Option |
Recommendation
|
| Scouting/thresholds
|
Record
the severity and occurrence of Verticillium wilt. No thresholds are
available. |
| Resistant
varieties |
Plant
resistant varieties whenever possible. The following varieties reportedly
maintain yields in infested fields: Black Pride, Classic, Early Bird,
Elondo, Epic, Vernal, and Viserba. Table of eggplant disease resistant varieties |
| Crop
rotation |
Plant
in fields that are not heavily contaminated with the fungus. Practice
a four to five year rotation with crops other than tomatoes, potatoes,
peppers, strawberries, or any of the brambles. Crop rotation and disease management article
Cornell cover crop decision tool
|
| Sanitation |
Soil
fumigation will provide some control by delaying symptom expression. |
Site selection,
seed selection/treatment, postharvest |
These
are not currently viable management options. |
Insect
Management
| Flea beetle
| Colorado potato beetle
| Aphids | Two spotted spider mites
|
SARE Publication: "Manage Insects on Your Farm: A Guide to Ecological Strategies"
SARE Publication: "A Whole-Farm Approach to Managing Pests"
Flea
beetles
Primarily the eggplant flea beetle, Epitrix fuscula;
potato flea beetle, Epitrix cucumeris; and tobacco
flea beetle, Epitrix hirtipennis
|
See pictures of the FB
life cycle
Potato
flea beetle life cycle
Potato
flea beetle damage
Organic
management of FB on solanaceous crops
Time for concern: Early stages
of plant development
Key characteristics: The eggplant and
potato flea beetles are black and about 1/16 inch long. The tobacco
flea beetle is similar in size, yellowish brown in color, and has a
dark band across its wings. Damage appears as small holes in the leaves
caused by adults feeding. The larvae of all three species are thin,
white worms from 1/8 to 1/3 inch long. Larvae feed on the roots of plants
but do not cause serious injury.
| Management
Option |
Recommendation
|
| Scouting/thresholds
|
Scout
for flea beetles after setting plants in the field. Pay close attention
to field edges. Thresholds: |
| |
Height
of plant (in inches)
<3
3-6
>6
|
Number
of fleas per plant
2
4
8
|
| |
Apply
insecticides when thresholds are met. See Reference
2..
|
| Natural
enemies |
The
species and effectiveness of natural enemies are not known.
Michigan State site "Enhancing Beneficial Insects with Native Plants"
ATTRA publication: "Farmscaping to enhance biological control" |
| Resistant
varieties |
No
resistant varieties are available. |
| Postharvest |
Deep
plowing after harvest may reduce overwintering populations. |
| Resistant
varieties |
No
resistant varieties are available. |
| Sanitation |
Keep
fields free of weeds |
| Insecticide
Resistance Management |
A classification
of insecticides based on their mode of action is available in pdf
format. This guide can be used to help avoid or delay the development
of insecticide resistance, as well as manage populations that have
developed resistance to a particular insecticide. It is a large
file - 97 page, 780k pdf file
Shelton,
A.M., W.T. Wilsey, and D. M. Soderlund. 2001. Classification of
insecticides and acaracides for resistance management
|
| Crop
rotation, Site selection, and Seed selection/treatment |
These
are not currently viable management options. |
|
Compound(s)
|
Comparing Environmental Risks of Pesticides
In the "Field Use EIQ" column is the range of EIQ (Environmental Impact Quotient) values for the rate range recommended for each pesticide (lower EIQ = lower environmental impact). Other pesticide risk models are useful for specific purposes. WIN-PST is required for some USDA NRCS conservation plans.
|
Common name
Trade
Name |
Rate/A
Product |
PHI
(days) |
REI
(hours) |
Field
Use EIQ |
Comments |
beta-cyfluthrin |
|
2.8 fl oz |
0 |
12 |
<1 |
|
|
bifenthrin
|
|
|
2.1-6.4
fl oz
|
7
|
12
|
3-9
|
|
bifenthrin
+ zeta-cypermethrin |
|
4.0-10.3 fl oz |
7 |
12 |
4-11 |
|
|
imidacloprid
|
|
|
7-10.5
fl oz
|
21
|
12
|
10-15
|
|
| carbaryl |
|
|
1
qt
|
3
|
12
|
19
|
|
| endosulfan |
|
*Thionex
3 EC
3 lb/gal
|
1.3
qt
|
7
|
24
|
37
|
Do not make
more than 2 applications per season |
| lambda-cyhalothrin |
|
|
2.56-3.84
fl oz
|
5
|
24
|
<1-1
|
|
| zeta-cypermethrin |
|
|
2.24-4
fl oz
|
1
|
12
|
<1
|
|
* Restricted use only
|
See pictures of the CPB
life cycle
Organic
management of CPB on solanaceous crops
Time for concern: Late April through
harvest
Key characteristics: The adults have alternate black and yellowish
orange stripes that run lengthwise on the wing covers, five of each
color on each wing. The beetles are 3/8 inch long by 1/4 inch wide and
convex in shape. The eggs are yellowish orange and deposited in clusters
on the underside of leaves. Egg masses contain between 20 and 40 eggs.
Larvae are small, humpbacked, and red with two rows of black spots on
each side of their body. Both adults and larvae chew the foliage and
may defoliate the plants. See Reference 4.
| Management
Option |
Recommendation
|
| Scouting/thresholds
|
Begin
scouting early in the season. Make insecticide applications when
the following thresholds are met: |
Height of plant (in inches)
<6
>6
|
Number
of CPBper plant
2 small
larvae or 1 large larvae
4 small
larvae or 2 large larvae
|
| See
Reference 2. |
| Resistance
management |
Given
the phenomenal ability of the CPB to develop resistance to insecticides,
a major goal in managing this pest is to delay the onset of resistance.
One way to achieve this is to rotate insecticide applications among
different insecticide classes. Insecticides are broken down into
classes in Table
3.1 in the Insect Management Chapter. For more information about
CPBs, see Section 24.6 in the Potato chapter. |
| Natural
enemies |
Numerous
organisms exist in the field. Both parasitoids and predators are
useful. See
Reference 3 for identification of natural enemies.Coleomegilla
maculata lengi, Lebia
grandis, Podisus
maculiventris, Perillus bioculatus, Chrysoperla,
Edovum puttleri, Myiopharus aberrans, Myiopharus doryphorae, Bacillus
thuringiensis var. tenebrionis, Beauvaria
bassiana, Steinernema
carpocapsae, Heterorhaditis
bacteriophora, Phalangium spp.
Michigan State site "Enhancing Beneficial Insects with Native Plants"
ATTRA publication: "Farmscaping to enhance biological control" |
| Resistant
varieties |
No
resistant varieties are available. |
| Crop
rotation |
One
year rotation to small grains or corn can result in greater than
90 percent reduction of early-season, adult infestation. |
| Site
selection |
Eggplant
fields should be a considerable distance from overwintering sites.
|
| Insecticide
Resistance Management |
A classification
of insecticides based on their mode of action is available in
pdf format. This guide can be used to help avoid or delay the
development of insecticide resistance, as well as manage populations
that have developed resistance to a particular insecticide. It
is a large file - 97 page, 780k pdf file
Shelton,
A.M., W.T. Wilsey, and D. M. Soderlund. 2001. Classification of
insecticides and acaracides for resistance management
|
| Seed
selection/treatment, Postharvest, and Sanitation |
These
are not currently viable management options. |
|
Compound(s)
|
Comparing Environmental Risks of Pesticides
In the "Field Use EIQ" column is the range of EIQ (Environmental Impact Quotient) values for the rate range recommended for each pesticide (lower EIQ = lower environmental impact). Other pesticide risk models are useful for specific purposes. WIN-PST is required for some USDA NRCS conservation plans.
|
Common name
Trade
Name |
Rate/A
Product |
PHI
(days) |
REI
(hours) |
Field
Use EIQ |
Comments |
abamectin |
|
8.0-16.0 fl oz |
7 |
12 |
<1 |
|
|
acetamiprid
|
|
|
1.5-2.5 oz
|
7
|
12
|
<1-1
|
|
|
beta-cyfluthrin
|
|
|
1.6-2.8 fl oz
|
0
|
12
|
<1
|
|
|
bifenthrin
|
|
|
2.1-6.4
fl oz
|
7
|
12
|
3-9
|
|
bifenthrin + zeta-cypermethrin |
|
4.0-10.3 fl oz |
7 |
12 |
4-11 |
|
| carbaryl |
|
1-2 qt |
3 |
12 |
19-38 |
|
| endosulfan |
*Thionex 3 EC
3 lb/gal |
1.3 qt |
7 |
24 |
37 |
Do not make more than 2 applications per season |
| imidacloprid |
|
7-10.5 fl oz |
21 |
12 |
7-10 |
Not to be used as a foliar spray |
|
3.8-6.2 fl oz |
0 |
12 |
1-2 |
| oxamyl |
|
|
1-2
qt
|
1
|
48
|
46-92
|
Not for use
on Long Island. May leach into groundwater. Effective in combination
with endosulfan against pyrethroid-resistant adults. Less
toxic to predators than all other insecticides except Bt¹s and endosulfan.
|
|
spinosad
|
SpinTor
2SC
2 lb/gal |
3-6
oz
|
1
|
4
|
<1-2
|
Do
not exceed 29 oz of procduct per acre per season. |
Entrust
80%
0.8 lb/gal |
1-2
|
1
|
4
|
<1-2
|
Do
not exceed 9 oz of procduct per acre per season. |
| zeta-cypermethrin |
|
|
2.24-4
fl oz
|
1
|
12
|
<1
|
|
* Restricted use only **
Not for use in Nassau/Suffolk Counties |
Check NYS PIMS (Product, Ingredient, and Manufacturer System) to see if the label is current for New York. SPECIAL NEW YORK RESTRICTIONS MAY APPLY. (http://magritte.psur.cornell.edu/pims/)
Aphids
Primarily the green peach aphid, Myzus persicae
|
See pictures of the GPA
life cycle
Organic
management of aphids on solanaceous crops
Time for concern: June 15 through
harvest
Key characteristics: Green peach adult
aphids can be green, pink, red, or dark brown. They range in length
from about 1/32 to 1/16 inch in length.
| Management
Option |
Recommendation
|
| Scouting/thresholds
|
Examine
plants at a minimum of ten randomly selected sites throughout the
field. Treat when a localized infestation is found. |
| Natural
enemies |
Naturally
occurring predators, parasitoids, and pathogens help suppress aphid
infestations. See
Reference 3 for identification of natural enemies. Increases in
aphid infestations are sometimes associated with applications of insecticides
that have killed natural enemies.Coleomegilla
maculata lengi, Hippodamia
convergens, Coccinella
septempunctata, Cocinella tranversogutatta, Cycloneda munda, Hippodamia
variegata, Aphidoletes
aphiimyza, Aphidius matricariae, Diaeretiella rapae, Praon aguti,
Praon occidentale, Ephedrus incompletus, Lysephlebus testaceipes,
Aphelinus semiflavus,
Pandora neoaphidis.
Michigan State site "Enhancing Beneficial Insects with Native Plants"
ATTRA publication: "Farmscaping to enhance biological control" |
| Note(s) |
Carefully
check transplants before planting for infestation. Aphid populations
decline rapidly during periods of heavy rainfall. |
| Resistant
varieties |
No
resistant varieties are available. |
| Postharvest |
Crop
debris should be destroyed as soon as possible after harvest. |
| Sanitation |
Destroy
weeds around the fields. |
| Insecticide
Resistance Management |
A classification
of insecticides based on their mode of action is available in pdf
format. This guide can be used to help avoid or delay the development
of insecticide resistance, as well as manage populations that have
developed resistance to a particular insecticide. It is a large
file - 97 page, 780k pdf file
Shelton,
A.M., W.T. Wilsey, and D. M. Soderlund. 2001. Classification of
insecticides and acaracides for resistance management
|
| Crop
rotation, Site selection, and Seed selection/treatment |
These
are not currently viable management options. |
|
Compound(s)
|
Comparing Environmental Risks of Pesticides
In the "Field Use EIQ" column is the range of EIQ (Environmental Impact Quotient) values for the rate range recommended for each pesticide (lower EIQ = lower environmental impact). Other pesticide risk models are useful for specific purposes. WIN-PST is required for some USDA NRCS conservation plans.
|
Common name
Trade
Name |
Rate/A
Product |
PHI
(days) |
REI
(hours) |
Field
Use EIQ |
Comments |
|
acetamiprid
|
|
2-4 oz |
7 |
12 |
1-2 |
|
| endosulfan |
|
*Thionex
3 EC
3 lb/gal
|
1.3
qt
|
7
|
24
|
37
|
Do not make
more than 2 applications per season |
| imidacloprid |
|
|
7-10.5
fl oz
|
21
|
12
|
7-10
|
Not for use as a foliar spray |
|
|
3.8-6.2
fl oz
|
0
|
12
|
1-2
|
| methomyl |
|
|
0.75-3
pt
|
5
|
48
|
7-28
|
|
| oxydemeton-methyl |
|
|
1
qt
|
7
|
48
|
38
|
Do
not exceed 3 applications per season. Systemic activity within plant.
|
| oxamyl |
|
|
1-2
qt
|
1
|
48
|
46-92
|
Not
for use on Long Island. May leach into groundwater.
|
| pymetrozine |
Fulfill
1.6F
0.5 lb/lb
|
2.75
oz
|
0
|
12
|
2
|
Apply
when aphids first appear but before populations build to damaging
levels. Do not exceed 5.5 oz/A per season. Allow 7 days between applications.
|
* Restricted use only. **
Not for use in Nassau/Suffolk Counties |
Check NYS PIMS (Product, Ingredient, and Manufacturer System) to see if the label is current for New York. SPECIAL NEW YORK RESTRICTIONS MAY APPLY. (http://magritte.psur.cornell.edu/pims/)
Two-spotted
spider mite, Tetranychus urticae
|
See
pictures of spider mites
See
damage from spider mite
Time for concern:
Key characteristics: The adult mite is yellow to dark green with
two or four black, dorsal spots. Heavy damage may cause leaves to drop.
Hot, dry weather favors a spider mite outbreak. See Reference
2.
| Management
Option |
Recommendation
|
| Scouting/thresholds
|
Search
leaves with a hand lens. Spray if populations are growing rapidly
or if natural enemies are absent. See Reference
2. |
| Natural
enemies |
Minute
pirate bugs, predatory thrips, and predatory mites help suppress spider
mite infestations. See
Reference 3 for identification of natural enemies. Increases in
spider mite populations are sometimes associated with applications
of insecticides which have killed natural enemies. Phytoseiulus
persimilis, Phytoseiulus
longipes,
Neoseiulus californicus, Galandromus
occidentalis
Michigan State site "Enhancing Beneficial Insects with Native Plants"
ATTRA publication: "Farmscaping to enhance biological control" |
| Note(s) |
Carefully
check transplants before planting for infestation. Spider mite populations
decline rapidly during periods of heavy rainfall or after overhead
irrigation has been used. |
| Resistant
varieties |
No
resistant varieties are available. |
| Sanitation |
Destroy
weeds around the field in the fall or early spring to reduce overwintering
populations. |
| Insecticide
Resistance Management |
A classification
of insecticides based on their mode of action is available in pdf
format. This guide can be used to help avoid or delay the development
of insecticide resistance, as well as manage populations that have
developed resistance to a particular insecticide. It is a large
file - 97 page, 780k pdf file
Shelton,
A.M., W.T. Wilsey, and D. M. Soderlund. 2001. Classification of
insecticides and acaracides for resistance management
|
| Crop
rotation, Site selection, Seed selection/treatment, and Postharvest |
These
are not currently viable management options. |
|
Compound(s)
|
Comparing Environmental Ri | |