| 14280 |
10/30/2026 |
FLUPYRADIFURONE |
SUBGROUP 15-22A |
PETITION SUBMITTED TO EPA |
HQ |
|
MeToo |
| Reasons: | |
| 14279 |
10/30/2026 |
FLUPYRADIFURONE |
SUBGROUP 06-22F |
PETITION SUBMITTED TO EPA |
HQ |
|
MeToo |
| Reasons: | |
| 14278 |
10/30/2026 |
FLUPYRADIFURONE |
SUBGROUP 06-22E |
PETITION SUBMITTED TO EPA |
HQ |
|
MeToo |
| Reasons: | |
| 14277 |
10/30/2026 |
FLUPYRADIFURONE |
SUBGROUP 06-22D |
PETITION SUBMITTED TO EPA |
HQ |
|
MeToo |
| Reasons: | |
| 14276 |
10/30/2026 |
FLUPYRADIFURONE |
SUBGROUP 06-22B |
PETITION SUBMITTED TO EPA |
HQ |
|
MeToo |
| Reasons: | |
| 14275 |
10/30/2026 |
FLUPYRADIFURONE |
CROP GROUP 07-22 |
PETITION SUBMITTED TO EPA |
HQ |
|
MeToo |
| Reasons: | |
| 14274 |
10/30/2026 |
FLUPYRADIFURONE |
SUBGROUP 06-22C |
PETITION SUBMITTED TO EPA |
HQ |
|
MeToo |
| Reasons: | |
| 14273 |
10/30/2026 |
FLUPYRADIFURONE |
SUBGROUP 06-22A |
PETITION SUBMITTED TO EPA |
HQ |
|
MeToo |
| Reasons: | |
| 14272 |
10/30/2026 |
FLUPYRADIFURONE |
SUBGROUP 15-22D |
PETITION SUBMITTED TO EPA |
HQ |
|
MeToo |
| Reasons: | |
| 14271 |
10/30/2026 |
FLUPYRADIFURONE |
SUBGROUP 15-22E |
PETITION SUBMITTED TO EPA |
HQ |
|
MeToo |
| Reasons: | |
| 14270 |
10/30/2026 |
FLUPYRADIFURONE |
CROP GROUP 16-22 |
PETITION SUBMITTED TO EPA |
HQ |
|
MeToo |
| Reasons: | |
| 14269 |
10/30/2026 |
FLUPYRADIFURONE |
SUBGROUP 15-22C |
PETITION SUBMITTED TO EPA |
HQ |
|
MeToo |
| Reasons: | |
| 14268 |
10/30/2026 |
FLUPYRADIFURONE |
SUBGROUP 15-22B |
PETITION SUBMITTED TO EPA |
HQ |
|
MeToo |
| Reasons: | |
| 14267 |
10/27/2026 |
SPIROMESIFEN |
CANEBERRY (GH) |
UNDER EVALUATION |
CA |
|
MeToo |
| Reasons: | Two-spotted spider mite, aphids, whitefly. Primary: Two-spotted spider mite. There is a need for new moas for mite mgmt in caneberries. Currently, few ais are relied upon to which the pests are developing resistance. Current technologies used: Other ais, UVC, beneficial insect releases:10/26; |
| 14266 |
09/28/2026 |
TRIFLUDIMOXAZIN + SAFLUFENACIL |
MANGO |
RESEARCHABLE, RESIDUE & E/CS DATA NEEDED |
PR |
|
MeToo |
| Reasons: | Broadleaf and Grasses. Weed control, especially for ragweed Parthenium hysterophorus. Current tech used:Mechanical Control:09/26; |
| 14265 |
09/23/2026 |
ETHEPHON |
PLUM |
UNDER EVALUATION |
MI |
|
MeToo |
| Reasons: | Delay spring bloom to reduce frost/freeze injury. Spring frost and freeze injury is a recurring cause of severe crop loss across U.S. stone fruit production. A practical bloom-delay tool is needed to reduce exposure of frost-sensitive floral stages to damaging spring temperatures. Current tech: Site selection, wind machines, orchard heaters, irrigation and other active frost-protection methods.:09/26; |
| 14264 |
09/23/2026 |
ETHEPHON |
CHERRY |
UNDER EVALUATION |
MI |
|
MeToo |
| Reasons: | Delay spring bloom to reduce frost/freeze injury. Spring frost and freeze injury is a recurring cause of severe crop loss across U.S. stone fruit production. A practical bloom-delay tool is needed to reduce exposure of frost-sensitive floral stages to damaging spring temperatures. Current tech: Site selection, wind machines, orchard heaters, irrigation and other active frost-protection methods:09/26; |
| 14263 |
09/23/2026 |
FENAMIDONE |
MINT (GH TRANSPLANT) |
RESEARCHABLE, RESIDUE & E/CS DATA NEEDED |
MI |
|
MeToo |
| Reasons: | Based on ref to other pr#s: Phytophthora. Fungicides are needed for Phytophthora susceptible crops. Currently, fungicides are not registered for Phytophthora on this crop; The requester is interested in this product as a drench for a root rot issue:09/26 |
| 14262 |
09/23/2026 |
FENAMIDONE |
BASIL (GH TRANSPLANT) |
UNDER EVALUATION |
MI |
|
MeToo |
| Reasons: | Based on ref to other pr#s: Phytophthora. Fungicides are needed for Phytophthora susceptible crops. Currently, fungicides are not registered for Phytophthora on this crop; The requester is interested in this product as a drench for a root rot issue:09/26; |
| 14261 |
09/23/2026 |
THIOPHANATE METHYL |
BLUEBERRY (HIGHBUSH) |
UNDER EVALUATION |
GA |
|
MeToo |
| Reasons: | Botryosphaeria sp., Neofusioccum sp., Lasiodiplodia sp. Primary: Botryosphaeria sp. Botryosphaeria stem blight (caused by species in the Botryosphaeriaceae) is one of the leading causes of blueberry plant mortality in the SE region of the US, especially in GA (#1 nationally in acreage) & FL (#7 nationally in acreage). Prev trial work has shown that a single application of thiophanate methyl made immediately following summer hedging can significantly reduce plant dieback & death from Botryosphaeria stem blight. Current tech used: Other fungicides incl Switch, Pristine, & Abound, but are already applied mult times per season for other disease & have been shown to be less eff against Botryosphaeria than thiophanate methyl & other affected small fruit crops:09/26; |
| 14260 |
09/21/2026 |
ETHEPHON |
PEACH |
POTENTIAL: E/CS DATA BEFORE APPROVAL FOR RESIDUE STUDY |
HQ TN |
|
MeToo |
| Reasons: | Delay flowering. |
| 14259 |
09/18/2026 |
PICOXYSTROBIN |
PEACH |
UNDER EVALUATION |
CA |
|
MeToo |
| Reasons: | Brown rot blossom blight, powdery mildew. Primary need:both. Resistance management, more active that other QoI's. Current tech used:fungicides rotation program:09/26/sb; |
| 14258 |
09/18/2026 |
PICOXYSTROBIN |
PLUM |
UNDER EVALUATION |
CA |
|
MeToo |
| Reasons: | Brown rot blossom blight, powdery mildew. Primary need:both. Resistance management, more active that other QoI's. Current tech used:fungicides rotation program:09/26/sb; |
| 14257 |
09/18/2026 |
PICOXYSTROBIN |
CHERRY, SWEET |
UNDER EVALUATION |
CA |
|
MeToo |
| Reasons: | Brown rot blossom blight, powdery mildew. Primary need:both. Resistance management, more active that other QoI's. Current tech used:fungicides rotation program:09/26/sb; |
| 14247 |
09/01/2026 |
DIPHENYLAMINE |
PEAR (POST HARVEST) |
UNDER EVALUATION |
WA |
|
MeToo |
| Reasons: | Superficial storage pear scald. Because the Codex tolerance for ethoxyquin will likely be revoked in 2028 and it is currently the only commercially available product to manage pear scald & there are not alternative available. Diphenylamine (DPA) has currently an established tolerance for pears set at 5 ppm. The NHC is requesting support from the IR-4, on behalf of the registrant, to add pears to the DPA label as a potential temporary solution until an alternative for ethoxyquin is commercially available. Current tech used:Ethoxyquin is the main product used and it si efficacious to control pear scald. Other method, including controlled atmospheres, with temperature, oxygen and CO2 management, and 1-methylcyclopropene do not as standalone, they have to be used in combination with each other and aren't very efficacious to manage pear scald. Some of them (e.g., 1-MCP) affect fruit ripeness and flavor:09/26; |
| 14249 |
08/25/2026 |
GLUFOSINATE-P |
SAFFLOWER |
UNDER EVALUATION |
SD |
|
MeToo |
| Reasons: | Hairy fleabane (conyza bonariensis), horseweed (conyza canadensis); waterhemp (amaranthus tuberculatus); kochia (bassia scoparia). Glufosinate cannot be used in a sunflower or safflower production system as it has a restrictive rotation interval of 180 days. Primary: Kochia. Fewer broadleaf weed control options due to herbicide resistance. BASF has ended production of Liberty 280. Liberty ULTRA will be the solo glufosinate product for BASF. The testing was done with Liberty 280 (PCR 13178), which is no longer manufactured by BASF and will be replace with Liberty ULTRA. Current tech used:glyphosate, which many weeds have become resistant:09/26; |
| 14248 |
08/25/2026 |
GLUFOSINATE-P |
SUNFLOWER |
UNDER EVALUATION |
SD |
|
MeToo |
| Reasons: | Hairy fleabane (conyza bonariensis), horseweed (conyza canadensis); waterhemp (amaranthus tuberculatus); kochia (bassia scoparia). Glufosinate cannot be used in a sunflower or safflower production system as it has a restrictive rotation interval of 180 days. Primary: Kochia. Fewer broadleaf weed control options due to herbicide resistance. BASF has ended production of Liberty 280. Liberty ULTRA will be the solo glufosinate product for BASF. The testing was done with Liberty 280 (PCR 13178), which is no longer manufactured by BASF and will be replace with Liberty ULTRA. Current tech used:glyphosate, which many weeds have become resistant:09/26; |
| 14256 |
08/24/2026 |
METHOXYFENOZIDE |
EDIBLE FLOWERS |
UNDER EVALUATION |
NC |
|
MeToo |
| Reasons: | Caterpillars Armyworms Loopers. Primary:Caterpillars Armyworms Loopers. No current insecticides are available for edible flowers:09/26; |
| 14255 |
08/24/2026 |
IMIDACLOPRID |
EDIBLE FLOWERS |
UNDER EVALUATION |
NC |
|
MeToo |
| Reasons: | Wireworms. No current insecticides are available for edible flowers:09/26; |
| 14254 |
08/24/2026 |
GLYPHOSATE |
EDIBLE FLOWERS |
UNDER EVALUATION |
NC |
|
MeToo |
| Reasons: | Herbicide pre-plant/pre-emerge burndown. Broad based weed/grass control. Current technologies used: Mechanical Cultivation:09/26; |
| 14253 |
08/24/2026 |
CLETHODIM |
EDIBLE FLOWERS |
UNDER EVALUATION |
NC |
|
MeToo |
| Reasons: | Grass control. No current herbicides are available for edible flowers. Current technologies used:Mechanical Cultivation:09/26; |
| 14252 |
08/24/2026 |
FLUDIOXONIL |
EDIBLE FLOWERS |
HOLD |
NC |
|
MeToo |
| Reasons: | Seed decay Damping-off Seedling blight. Protection against seed-borne and soil-borne fungi causing seed decay, damping-off, and seedling blight. Current technologies used:None Known in Edible Flowers:09/26; |
| 14251 |
08/24/2026 |
BOSCALID |
EDIBLE FLOWERS |
UNDER EVALUATION |
NC |
|
MeToo |
| Reasons: | Sclerotinia head rot. No current fungicides are available for edible flowers:09/26; |
| 14250 |
08/24/2026 |
BIFENTHRIN |
EDIBLE FLOWERS |
UNDER EVALUATION |
NC |
|
MeToo |
| Reasons: | Primarily used for piercing, sucking, and leaf eating insects such as stink bugs, leafhoppers, and lygus bugs. Primary: Stink Bugs Leafhopper Lygus Bug. No current insecticides are available for eddible flowers:09/26; |
| 14246 |
08/05/2026 |
GLUFOSINATE-P |
DATE |
MFG WILL NOT SUPPORT |
CA |
|
MeToo |
| Reasons: | Controlling weeds species, annual and perennial weeds. Primary:Glyphosate resistant weeds species. Use needed:Increased political scrutiny over glyphosate as well as increase in glyphosate resistant weeds. New herbicides are needed. Current technologies:Growers primarily rely on glyphosate:08/26; |
| 14245 |
07/13/2026 |
CAPTAN |
BEET (SUGAR) |
UNDER EVALUATION |
MI |
|
MeToo |
| Reasons: | Cercospora leafspot. We have resistance development fungicides and we don't have enough applications labeled of EBDC chemistry in Michigan and Ontario. Ontario is also interested in this. Currently used: Other fungicides. Varity tolerance:09/26; |
| 14243 |
07/08/2026 |
FLUDIOXONIL + PYDIFLUMETOFEN |
CANEBERRY (BLACKBERRY) |
HOLD |
SC |
|
MeToo |
| Reasons: | Fusarium oxysporum. No fungicides are labeled for soil application in caneberry. Current technologies used: cultural practices:07/26; |
| 14242 |
07/08/2026 |
PROPICONAZOLE |
CANEBERRY (BLACKBERRY) (GH) |
HOLD |
SC |
|
MeToo |
| Reasons: | Fusarium oxysporum. There are no labeled fungicides for soil applied use in caneberry. Current technologies used: cultural practices:07/26; |
| 14241 |
07/07/2026 |
FLUOPYRAM |
STRAWBERRY |
NEED E/CS DATA ONLY |
MI WV SC |
|
MeToo |
| Reasons: | Cylindrocarpon, Rhizoctonia, Lesion Nematodes, Fusarium. Primary: Rhizoctonia. We need a drench fungicide application for black root rot (Cylindrocarpon, Rhizoctonia, Lesion Nematodes, Fusarium). While this product is labeled on strawberry for charcoal rot. This would be a label expansion. Current technologies used: FRAC 11 fungicide (Abound) primarily for this but it only hits one member of the complex and doesn't target the nematodes:07/26; SC:Soilborne pathogen losses have been increasing in frequency, and a fungicide with additional targets for Fusarium is needed:09/26; |
| 14240 |
07/07/2026 |
ISOCYCLOSERAM (ISM-555) |
BLUEBERRY |
HOLD |
FL |
|
MeToo |
| Reasons: | Chilli thrips. Limited options are available for management of chilli thrips. Current technologies used: insecticides (Apta) tolfenpyrod, Exirel (Cyazpyr), transform (sulfoxaflor):07/26; |
| 14239 |
07/05/2026 |
POTASSIUM PHOSPHITE |
MANDARIN |
RESEARCHABLE, ONLY RESIDUE DATA NEEDED |
CA FL |
|
MeToo |
| Reasons: | Phytophthora species. Primary: All species cause brown rot. To establish international tolerances in Codex to all trade. Primary: Preharvest and postharvest use of potassium phosphite in the United States:07/26; |
| 14238 |
07/05/2026 |
BOSCALID + MEFENTRIFLUCONAZOLE |
BLUEBERRY |
HOLD |
MI |
|
MeToo |
| Reasons: | stem blights (phomopsis), mummy berry, botrytis, anthracnose. Primary: stem blights (phomopsis). We need additional materials for early season control of stem blights and botrytis leading up to bloom. We have worked a lot with Cevya during this window (one of the components of this fungicide) and it shows good efficacy. This would allow for additional botrytis control. Current technologies used: foliar:07/26; |
| 14237 |
07/05/2026 |
ISOFLUCYPRAM |
STEVIA |
RESEARCHABLE, RESIDUE & E/CS DATA NEEDED |
NC FL |
|
MeToo |
| Reasons: | Fungal diseases. Primary: Septoria steviae. Fungal pathogens are particularly problematic in stevia and fungicides available for control are limited. Current technologies used: Only one conventional fungicide is currently labeled for use in the crop (Priaxor) and is limited to 2 applications per crop year:07/26; |
| 14244 |
07/03/2026 |
ELEMENTAL SILVER (COLLOIDAL SILVER) |
STRAWBERRY |
EPA HOLD |
FL |
|
MeToo |
| Reasons: | Neopestalotiopsis. There are very few fungicide options with efficacy against Neopestalotiopsis. Current technologies used: Switch (fludioxonil + cyprodinil) and thiram are currently the most effective. However, there is significant pressure on Switch and resistance is beginning to emerge. Thiram is in the process of being re-registered by the EPA, and the manufacturer has stopped producing it:07/26; |
| 14236 |
07/03/2026 |
PROPICONAZOLE |
CANEBERRY (BLACKBERRY) |
HOLD |
SC |
|
MeToo |
| Reasons: | Fusarium oxysporum. No chemicals are presently labeled for soil application in caneberries. Current technologies used: cultural practices:07/26; |
| 14235 |
07/03/2026 |
MEFENTRIFLUCONAZOLE |
GRAPEFRUIT (POST HARVEST) |
HOLD |
CA |
|
MeToo |
| Reasons: | Penicillium decays. Primary: Green mold - Penicillium digitatum. Resistance management, redundancy is good when imazalil and fludioxonil are threatened for regulatory cancellation. Current technologies used: fungicides:07/26; |
| 14234 |
07/03/2026 |
MEFENTRIFLUCONAZOLE |
ORANGE (POST HARVEST) |
HOLD |
CA FL |
|
MeToo |
| Reasons: | Penicillium decays. Primary: Green mold - Penicillium digitatum. Resistance management, redundancy is good when imazalil and fludioxonil are threatened for regulatory cancellation. Current technologies used: fungicides:07/26; |
| 14233 |
07/03/2026 |
GF-4031 |
GRAPE |
MFG WILL NOT SUPPORT |
OR MD |
|
MeToo |
| Reasons: | Powdery Mildew. Powdery mildew has started to show resistance to FRAC 3 and 11 in the Willamette Valley. Need rotation options with different modes of action. This product is registered in grapes in Australia and NZ. Current technologies used: Chemistry rotations, tank mixes with sulfur, oils or soaps:07/26; |
| 14232 |
07/03/2026 |
FLUOPYRAM + PENFLUFEN |
CORN (SWEET) |
HOLD |
SD FL |
|
MeToo |
| Reasons: | Plant-pathogenic nematodes and soil-borne seedling disease (Rhizoctonia solani). Primary: Rhizoctonia, if it occurs naturally. Sweet corn growers have very few in-furrow options that manage both nematodes and soil-borne seedling diseases in a single application. Early-season nematode feeding and Rhizoctonia damping-off reduce stand establishment and yield, and current management is limited. A combined fungicide/nematicide applied at planting would protect the early stand and root health. Current technologies used: Fungicides:07/26; |
| 14231 |
07/03/2026 |
FLUDIOXONIL + PYDIFLUMETOFEN |
CANEBERRY (BLACKBERRY) (GH) |
HOLD |
SC |
|
MeToo |
| Reasons: | Fusarium oxysporum. There are no chemistries available for soil application in caneberry, or in greenhouse caneberry. Current technologies used: cultural practices:07/26; |
| 14230 |
07/03/2026 |
TRICHODERMA ATROVIRIDE STRAIN K5 NRRL B-50520 |
STEVIA (SEED TRT) |
MFG OBJECTIVE |
NC |
|
MeToo |
| Reasons: | Seed-borne seedling disease causing organisms and nematodes. Requester confirmed Aspergillus is the primary target. Stevia seed are extremely small and are subject to fungal diseases that negatively affect seed survival and germination. No current technologies available:07/26; |
| 14229 |
07/03/2026 |
FLUINDAPYR |
STEVIA |
HOLD |
NC FL |
|
MeToo |
| Reasons: | Fungal disease. Septoria steviae, Agroathelia rolfsii. Requester confirmed the primary target is Septoria steviae. Fungal pathogens are particularly problematic in stevia and fungicides available for control are limited. Current technologies used: Only one conventional fungicide is currently labeled for use in the crop (Priaxor) and is limited to 2 applications per crop year:07/26; |
| 14228 |
07/03/2026 |
ELEMENTAL SILVER (COLLOIDAL SILVER) |
STEVIA (GH TRANSPLANT) |
EPA HOLD |
NC FL |
|
MeToo |
| Reasons: | Fungal and bacterial disease. Fungal and bacterial disease. No labeled products for bacterial disease control:07/26; |
| 14227 |
07/03/2026 |
AZOXYSTROBIN |
STEVIA |
HOLD |
NC |
|
MeToo |
| Reasons: | Fungal pathogens. Agroathelia rolfsii, Septoria steviae, Rhizoctonia solani. Requester confirmed the primary target is Septoria steviae. Fungal pathogens are particularly problematic in stevia and fungicides available for control are limited. Current technologies used: Only one conventional fungicide is currently labeled for used in the crop (Priaxor) and is limited to 2 applications per crop year:07/26; |
| 14226 |
07/03/2026 |
PROTHIOCONAZOLE |
STEVIA |
HOLD |
NC FL |
|
MeToo |
| Reasons: | Fungal pathogens. Fusarium spp., Agroathelia rolfsii. Requester confirmed primary is Agrothelia rolfsii. Fungal pathogens are particularly problematic in stevia and fungicides available for control are limited. Currently no technologies available for fusarium:07/26; |
| 14225 |
07/03/2026 |
2,4-D + FLORPYRAUXIFEN-BENZYL |
PERENNIAL PEANUTS |
MFG WILL NOT SUPPORT |
FL |
|
MeToo |
| Reasons: | broadleaf weeds. There are currently very few options for post emergence control of broadleaf weeds in perennial peanut. In many cases, injurious applications of glyphosate are used. A new active ingredient with a broad range of activity and relatively little damage to the peanut would be very advantageous for growers. Current technologies used: combination of 2,4-d + imazapic + glyphosate |
| 14224 |
07/02/2026 |
FLUROXYPYR + HALAUXIFEN-METHYL |
SUNFLOWER |
RESEARCHABLE, RESIDUE & E/CS DATA NEEDED |
ND NC CA |
|
MeToo |
| Reasons: | Broadleaf weeds, primarily kochia and horseweed. Primary: Kochia. Kochia and horseweed. Kochia has developed resistance to key herbicides used for preplant/preemergence burndown applications, including Express (Group 2), Roundup (Group 9), and Sharpen/Aim Group 14. The only effective burndown herbicide remaining is paraquat, which some growers prefer not to use. We need another burndown product that effectively controls kochia and is safe to the crop. Most horseweed is now glyphosate-resistant and is not controlled effectively by other labeled herbicides. Current technologies used: paraquat:07/26; NC:does not have Kochia but interested in support for horseweed:08/26; CA:this use pattern supports weed control in safflower production:08/26; |
| 14223 |
07/02/2026 |
FLUROXYPYR + HALAUXIFEN-METHYL |
SAFFLOWER |
RESEARCHABLE, RESIDUE & E/CS DATA NEEDED |
ND CA |
|
MeToo |
| Reasons: | Broadleaf weeds, primarily kochia and horseweed. Primary: Kochia. Kochia and horseweed. Kochia has developed resistance to key herbicides used for preplant/preemergence burndown applications, including Express (Group 2), Roundup (Group 9), and Sharpen/Aim Group 14. The only effective burndown herbicide remaining is paraquat, which some growers prefer not to use. We need another burndown product that effectively controls kochia and is safe to the crop. Most horseweed is now glyphosate-resistant and is not controlled effectively by other labeled herbicides. Current technologies used: Kochia:07/26; CA:loss of Paraquat in CA makes this an important project for safflower growers:08/26; |
| 14222 |
07/02/2026 |
FLUINDAPYR + FLUTRIAFOL |
CORN (SWEET) |
MFG WILL NOT SUPPORT |
SD |
|
MeToo |
| Reasons: | Northern Corn Leaf Blight (Exserohilum turcicum), Tar Spot (Phyllachora maydis), Common Rust. Primary: Northern Corn Leaf Blight. Sweet corn has few labeled fungicide options for foliar disease control, and NCLB and tar spot are increasing yield-limiting problems in the region. Effective, well-timed foliar/ in-furrow fungicides are needed to protect ear quality and yield, especially as tar spot continues to spread and NCLB is frequent. Current technologies used: None, or limited fungicide application:07/26; |
| 14221 |
07/02/2026 |
AZOXYSTROBIN + FLUINDAPYR + FLUTRIAFOL |
BLUEBERRY (HIGHBUSH) |
MFG WILL NOT SUPPORT |
GA |
|
MeToo |
| Reasons: | Colletotrichum spp. causing anthracnose fruit rot. Colletotrichum spp./targeted for control of Anthracnose Fruit Rot of blueberry. Colletotrichum spp. with resistance to FRAC11 and FRAC12 (fludioxonil), and tolerance/natural immunity to several FRAC7 (SDHI) fungicides (boscalid, fluopyram, and pydiflumetofen) has been identified in Georgia blueberries. Active ingredients in this product may have efficacy. Current technologies used: fungicide applications:07/26; |
| 14220 |
07/02/2026 |
FLUINDAPYR + FLUTRIAFOL |
BLUEBERRY (HIGHBUSH) |
HOLD |
GA |
|
MeToo |
| Reasons: | Colletotrichum spp. causing anthracnose fruit rot on blueberry. Colletotrichum spp./targeted for control of Anthracnose Fruit Rot of blueberry. Colletotrichum spp. with resistance to FRAC11 and FRAC12 (fludioxonil), and tolerance/natural immunity to several FRAC7 (SDHI) fungicides (boscalid, fluopyram, and pydiflumetofen) has been identified in Georgia blueberries. Active ingredients in this product may have efficacy. Current technologies: fungicides:07/26; |
| 14219 |
07/02/2026 |
ABAMECTIN |
BLUEBERRY |
HOLD |
FL |
|
MeToo |
| Reasons: | Chilli thrips/mites. primary: chilli thrips. Not many options(effective insecticides) exist. Safe with natural enemies, potential resistance management tool. Current technologies used: Apta (tolfenpyrad), Exirel (Cyazpyr), transform (sulfoxaflor):07/26; |
| 14218 |
07/02/2026 |
INPYRFLUXAM |
STRAWBERRY |
RESEARCHABLE, RESIDUE & E/CS DATA NEEDED |
MI CA |
|
MeToo |
| Reasons: | Rhizoctonia, Cylindrocarpon, and Fusarium. Primary: Rhizoctonia. We need additional tools for black root rot of strawberry. Current technologies used: Currently we use FRAC 11 but need additional rotation partners:07/26; CA:limited effective soil-applied fungicide options for mgtr of root rot pathogens. An add'l moa is needed to improve rotation programs & resistance mgmt & to reduce reliance on FRAC 11 fungicides:10/26; |
| 14217 |
07/02/2026 |
FLUTRIAFOL |
STRAWBERRY |
HOLD |
MI |
|
MeToo |
| Reasons: | Black root rot(Cylindrocarpon, Rhizoctonia, Fusarium). Primary: Rhizoctonia. This is needed because this product is labeled for strawberry but this is a different use and would likely need both residue and performance because we are proposing a fungicide drench in a perennial field. Current technologies used: Currently we utilize Abound - FRAC 11 but this would likely be more effective and would be a good rotational partner with Abound because it is a different FRAC 7:07/26; |
| 14216 |
07/02/2026 |
FLUXAPYROXAD + PYRACLOSTROBIN |
STRAWBERRY |
HOLD |
MI |
|
MeToo |
| Reasons: | Rhizoctonia, Cylindrocarpon, Charcoal Rot and Fusarium. Primary: Rhizoctonia. This would be a new use, it is labeled in strawberry but not for soil applications. I think it would require residue data. Current technologies used: We are currently using FRAC 11 soil fungicide drenches for root rot related issues:07/26; |
| 14215 |
07/02/2026 |
ISOFLUCYPRAM |
BLUEBERRY |
RESEARCHABLE, RESIDUE & E/CS DATA NEEDED |
MI OR GA CA |
|
MeToo |
| Reasons: | botrytis, stem blight (phomopsis), and mummy berry. Primary: botrytis; We need additional tools to manage stem blights and FRAC 3 and 7 tend to be the best products. Current technologies used: Several technologies but there is rampant fungicide resistance to all major chemicals, this could be a new FRAC 7 chemical:07/26; GA:add'l tools to manage both Phomopsis stem blight & Botryosphaeria stem blight in the southeastern US:09/26; CA:Phomopsis & Botrytis are significant issues in CA & OR blueberry production. Need more options:10/26; |
| 14214 |
07/02/2026 |
ISOFLUCYPRAM |
GRAPE |
RESEARCHABLE, RESIDUE & E/CS DATA NEEDED |
MI MD OR NM CA |
|
MeToo |
| Reasons: | black rot, phomopsis, powdery mildew and botrytis. Primary: black rot. Potentially losing other multisite products in early season mgmt (e.g. mancozeb). Current technologies used: Several fungicides are labeled but many do not focus on black rot:07/26; MD:several SDHIs are available for black rot and other grape diseases, but not this one:08/26; OR:Resistance for powdery mildew:09/26; CA:to manage grape powdery mildew (*Erysiphe necator*). Add;l fungicide options are needed to improve resistance mgmt in wine & table grapes:10/26; |
| 14213 |
07/02/2026 |
PICOXYSTROBIN |
CHERRY |
RESEARCHABLE, RESIDUE & E/CS DATA NEEDED |
MI PA UT WI NY OR |
|
MeToo |
| Reasons: | Cherry leaf spot (Blumeriella jaapii), the most important disease of tart cherry production in the Eastern US, has developed resistance to or exhibits reduced sensitivity to multiple fungicide modes of action. Regular rainfall events in the Eastern US necessitate frequent fungicide applications to manage cherry leaf spot. Current technologies used:07/26; PA:Fungicide resistance mgmt:08/26; UT:Powdery mildew in Utah is a high-level concern, and rotation of products is important. Picoxystrobin has shown good activity against cherry powdery mildew in a Michigan Montmorency trial under very high disease pressure. If this project proceeds, we would seek to add PM to the label:09/26; OR:Need rotation products for Powdery Mildew:09/26/sb; |
| 14212 |
07/02/2026 |
FLORYLPICOXAMID |
CHERRY, SOUR |
MFG WILL NOT SUPPORT |
MI |
|
MeToo |
| Reasons: | Cherry leaf spot (Blumeriella jaapii), the most important disease of tart cherry production in the Eastern US, has developed resistance to or exhibits reduced sensitivity to multiple fungicide modes of action. Blumeriella jaapii exhibits reduced sensitivity or resistance to fungicides in FRAC 3, 7, 11 classes. A new MOA would be very beneficial. Current technologies used: fungicides:07/26; |
| 14211 |
07/02/2026 |
PYRAZIFLUMID |
CHERRY, SOUR |
MFG OBJECTIVE |
MI PA WI |
|
MeToo |
| Reasons: | Cherry leaf spot (Blumeriella jaapii), the most important disease of tart cherry production in the Eastern US, has developed resistance to or exhibits reduced sensitivity to multiple fungicide modes of action. Regular rainfall events in the Eastern US necessitate frequent fungicide applications to manage cherry leaf spot. Current technologies used: Fungicides:07/26; PA:Fungicide resistance mgmt:08/26; |
| 14210 |
07/02/2026 |
ISOFLUCYPRAM |
PEACH |
RESEARCHABLE, RESIDUE & E/CS DATA NEEDED |
AL |
|
MeToo |
| Reasons: | Monilinia. Resistance to DMI fungicides. Current technologies used: Propiconazole, sanitation:07/26; |
| 14209 |
07/02/2026 |
FLUDIOXONIL + PYDIFLUMETOFEN |
STEVIA |
HOLD |
NC |
|
MeToo |
| Reasons: | Fungal diseases, Agroathelia rolfsii, Septoria steviae and Fusarium wilt spp. Primary: Septoria steviae. Fungal pathogens are particularly problematic is stevia and fungicides available for control are limited. Current technologies used: Only one conventional fungicide is currently labeled for use in the crop (Priaxor) and is limited to 2 applications per crop year:07/26; |
| 14208 |
07/02/2026 |
INPYRFLUXAM |
MINT |
RESEARCHABLE, ONLY RESIDUE DATA NEEDED |
OR WA |
|
MeToo |
| Reasons: | Rust. Overuse of FRAC 3 and 11 fungicides, risk for resistance development. A group 7 fungicide can be used in rotations. Current technologies: FRAC 3 and 11 fungicides:07/26; |
| 14207 |
07/02/2026 |
NK 138 |
BLUEBERRY |
RESEARCHABLE, RESIDUE & E/CS DATA NEEDED |
FL |
|
MeToo |
| Reasons: | chilli thrips, mites. Primary: Chilli thrips. Limited alternatives exist. Good be a good resistance management tool. Current technologies used: Primarily pesticides, Apta (tolfenpyrad), Exirel (Cyazpyr), and transform (sulfoxaflor):07/26; |
| 14206 |
07/02/2026 |
PIOXANILIPROLE |
STEVIA |
NEED E/CS DATA ONLY |
NC FL |
|
MeToo |
| Reasons: | Lepidoptera. Limited labeled products for insect control for the crop. Current technologies used: One Bt product currently labeled:07/26; |
| 14205 |
07/02/2026 |
TETFLUPYROLIMET |
STEVIA |
RESEARCHABLE, RESIDUE & E/CS DATA NEEDED |
NC |
|
MeToo |
| Reasons: | Grassy weeds. Primary: Grasses such as crabgrass, barnyardgrass, broadleaf signalgrass, etc. Grassy weeds can be a limiting factor on yield and quality of the crop. Current technologies used: Only 2 pre- herbicides and one post- herbicide are available for the crop. Certain species can be missed by the 2 pre's- available:07/26; |
| 14204 |
07/02/2026 |
RIMISOXAFEN |
STEVIA |
POTENTIAL: E/CS DATA BEFORE APPROVAL FOR RESIDUE STUDY |
NC FL |
|
MeToo |
| Reasons: | Broadleaf weeds. Primary: Palmer amaranth primarily. There are very limited herbicides labeled for stevia production for pre- applications that are effective on broadleaf species. Current technologies used: S-metolachlor is the preferable pre- herbicide:07/26; |
| 14203 |
07/01/2026 |
ELEMENTAL SILVER (COLLOIDAL SILVER) |
STRAWBERRY (GH) |
EPA HOLD |
FL NY |
|
MeToo |
| Reasons: | Fungi and bacteria in general. Fungal. POTENTIAL FOR MULTIPLE FOLIAR AND BACTRERIAL PATHOGENS. No current technologies to use for bacterial:07/26; NY:Need addl products for mgmt of Neopestalotiopsis spp., Botrytis spp., Phomopsis sp., & Xanthomonas fragariae:09/26; |
| 14202 |
07/01/2026 |
ELEMENTAL SILVER (COLLOIDAL SILVER) |
EGGPLANT (GH) |
EPA HOLD |
FL |
|
MeToo |
| Reasons: | Bacterial infection on stem, Ralstonia (soil use), Alternaria, Phytophthora, botrytis. PM. Primary: PM. No bacterial material available and PM rotation is needed:07/26; |
| 14201 |
07/01/2026 |
ELEMENTAL SILVER (COLLOIDAL SILVER) |
CUCUMBER (GH) |
EPA HOLD |
FL NC NY |
|
MeToo |
| Reasons: | PM Bacterial diseases. Primary: PM. No bacterial products and PM rotation products needed:07/26; NC:some available products (antibiotics, copper) have high levels of resistance. Alternatives need to be explored:08/26; NY:need for mgmt of PM, anthracnose & bacterial diseases:09/26; |
| 14200 |
07/01/2026 |
ELEMENTAL SILVER (COLLOIDAL SILVER) |
TOMATO (GH) |
EPA HOLD |
FL |
|
MeToo |
| Reasons: | Bacterial infection on stem, Ralstonia (soil use), Alternaria, Phytophthora, botrytis, PM. primary: Bacterial infection. With antibiotics not generally available for agriculture, this offers a safe, viable option for controlling not only bacterial pathogens but also PM and botrytis. No current technologies for cmm:06/26; |
| 14199 |
07/01/2026 |
ELEMENTAL SILVER (COLLOIDAL SILVER) |
PEPPER (GH) |
EPA HOLD |
FL NY |
|
MeToo |
| Reasons: | PM, bacterial diseases. Primary: PM. No current technologies available for bacterial diseases, and rotational needed for PM:06/26; NY:Lack of options for bacterial mgmt. PM, anthracnose, & scab are not efficiently controlled by current products:09/26; |
| 14198 |
07/01/2026 |
MEFENTRIFLUCONAZOLE + PYRACLOSTROBIN + FLUXAPYROXAD |
MINT |
HOLD |
OR |
|
MeToo |
| Reasons: | Rust, powdery mildew, phoma sp. Primary: Rust. Limited fungicides available to mint producers. Need to expand portfolio to manage and prevent resistance development. We are also experiencing more concern regarding Phoma in mint fields and this combination product may have some effect on this pathogen. Current technologies used: propiconazole and azoxystrobin are most common:06/26; |
| 14197 |
07/01/2026 |
PENTHIOPYRAD |
MINT |
RESEARCHABLE, RESIDUE & E/CS DATA NEEDED |
OR |
|
MeToo |
| Reasons: | Rust, powdery mildew, phoma sp. Primary: Rust. Limited fungicides available to mint producers. Need to expand portfolio to manage and prevent resistance development. We are also experiencing more concern regarding Phoma in mint fields and penthiopyrad may have some effect on this pathogen. Current technologies used: propiconazole and azoxystrobin are most common:06/26; |
| 14196 |
07/01/2026 |
ZETA-CYPERMETHRIN |
CACAO BEAN |
POTENTIAL: E/CS DATA BEFORE APPROVAL FOR RESIDUE STUDY |
HI FL |
|
MeToo |
| Reasons: | Ambrosia beetle. INSECT PESTS (MIRIDS, COCOA POD BORER); TO CONTROL INSECT PESTS; THE NEED APPEARS TO BE FOR AN IMPORT TOLERANCE:07/18; Needed in Hawaii for control of ambrosia beetle in cacao. Growers currently have no control at this time:06/26; |
| 14195 |
07/01/2026 |
DIFLUFENICAN |
GRASSES (SEED CROP) |
HOLD |
OR FL |
|
MeToo |
| Reasons: | poa annua, poa trivialis. primary: poa sp. The grass seed industry has recently lost the availability and use of flufenacet which has been a foundational herbicide used in production for the past 30+ years. We are desperately seeking new alternative options for grass weed control. Current technologies used: Herbicides, cultural practices, and physical control measures:06/26;FL:weed control, herbicides, grasses:08/26; |
| 14194 |
07/01/2026 |
MALATHION |
CHERRY, SOUR |
EPA HOLD |
MI PA |
|
MeToo |
| Reasons: | Spotted Wing Drosophila, drosophila suzukii. Spotted Wing Drosophila remains the most important pest affecting tart cherry production in the US. Pesticides effective against SWD are limited, especially pesticides with short pre-harvest intervals. Malathion's short PHI in cherries would be benefit for SWD managemnt especially in the Midwest where frequent rain events necessitate reapplication of pesticides close to harvest. Current technologies used: Pesticides:06/26; PA:short PHI can be crucial if emergency treatment is needed:08/26; |
| 14193 |
07/01/2026 |
PYRIDABEN |
MINT (GH) |
RESEARCHABLE, RESIDUE & E/CS DATA NEEDED |
OH |
|
MeToo |
| Reasons: | spider mites. Products are needed to control mites on herbs such as mint. Current technologies used: Oils and insecticidal soap:06/26; |
| 14192 |
07/01/2026 |
ISOCYCLOSERAM (ISM-555) |
MINT |
HOLD |
OR |
|
MeToo |
| Reasons: | spider mites, mint bud mites, mint root borer, mint stem borer. Primary: mites. continual development of acaracide resistant populations of mites, limited actives effective on bud mite, regulatory constraints eliminating the use of long-standing acaracides from mint production. Current technologies used: acaracides:06/26; |
| 14191 |
07/01/2026 |
ISOFLUCYPRAM |
CELERY |
HOLD |
MI CA |
|
MeToo |
| Reasons: | Fusarium oxysporum f.sp. apii Race 4. Primary: FOA. Race 4 is a new for MI and was previously identified in FL and CA. While genetic resistance is being explored, immediate relief is needed. Currently technologies used: There are no strategies available other than the pursuit of genetic resistance:06/26; |
| 14190 |
07/01/2026 |
ISOFLUCYPRAM |
SQUASH |
RESEARCHABLE, RESIDUE & E/CS DATA NEEDED |
GA NC NY NM CA |
|
MeToo |
| Reasons: | Podosphaera xanthii. Add'l option to manage powdery mildew in cucurbits particularly squash. Current technologies used: Over-reliance on Vivando and Gatten fungicides may lead to resistance issues in future:06/26; NC:powdery mildew is a persistent, recurrent &major problem in multiple cucurbit crops. Add'l products to enhance efficacy & resistance mgmt are needed; NY:Poor efficacy of some of the backbone fungicides used for PM mgmt in cucurbits have been reported, and there is an urgent need for alternatives to be used in rotation:09/26; |
| 14189 |
07/01/2026 |
FLUINDAPYR + FLUTRIAFOL |
BROCCOLI |
HOLD |
GA NC NY |
|
MeToo |
| Reasons: | Alternaria brassicicola and Cercospora. Primary: Alernaria brassicicola. Needed for the fungicide resistance mgmt. Current technologies used: Overreliance on QoI fungicides and continued use resulted in reduction of efficacy in controlling Alternaria leaf blight and head rot in field:06/26; NC:greens are a crop of major importance and Alternaria is a recurrent and persistent problem. Resistance mgmt is critical for long term mgmt and IPM:08/26; NY:Alternaria is a serious problem in NY brassicas & resistance mgmt is essential. Adding a premix of FRAC 7 + 3 in the rotation will be beneficial:09/26; |
| 14188 |
07/01/2026 |
FLUINDAPYR + FLUTRIAFOL |
PEPPER (BELL & NONBELL) |
HOLD |
GA FL NC NY |
|
MeToo |
| Reasons: | Colletotrichum scovillei (pepper anthracnose). Needed for the fungicide resistance mgmt. Current technologies used are: Overreliance on QoI fungicides and continued use resulted in reduction of efficacy in controlling pepper anthracnose in field:06/26; NY:very difficult to control:09/26; NY:premix of FRAC 3 + 7 will contribute to mgmt resistance of anthracnose that still difficult to manage, incurring in significant losses:09/26; |
