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    US Blueberry Market Timing Intelligence — 2026 Season

    Tracking Harvest Timing Across US Blueberry Regions

    The US blueberry industry ships approximately 354 million pounds of fresh fruit annually from a production base spanning Florida to Washington state, with a growing season that stretches from March through October. When multiple regions ship simultaneously, fresh-market FOB prices compress and growers face both labor competition and downward pricing pressure.

    This page tracks the weather-driven signals that determine when each region enters its harvest window. Growing degree day (GDD) models predict phenological timing — bud break, bloom, fruit set, and ripening — while chill accumulation data validates whether winter dormancy requirements have been met. Together, these signals power the Overlap Pressure Index (OPI), a supply-weighted measure of how much fresh fruit will reach market in any given week.

    All data updates daily using gridded weather observations from Open-Meteo and production volumes from USDA NASS. Region-specific variety profiles (Southern Highbush vs. Northern Highbush) and fresh/processing splits ensure that timing predictions reflect each region's actual cultivar mix and market orientation.

    US Blueberry Production Overview

    US blueberry production in 2023 totaled approximately 560 million pounds of cultivated fruit across seven primary states. After accounting for fresh vs. processing splits (which vary enormously by state — from 99% fresh in Florida to just 25% fresh in western Washington), roughly 354 million pounds reached the fresh market.

    StateFresh ProductionShare of Domestic FreshSupply Weight
    GA76.1M lbs20.2%High
    OR58.1M lbs15.4%High
    CA52.0M lbs13.8%Medium
    MI49.4M lbs13.1%Medium
    NC40.2M lbs10.7%Medium
    WA40.5M lbs10.7%Medium
    NJ38.6M lbs10.3%Medium
    FL21.8M lbs5.8%Low

    Georgia leads domestic fresh production (22.8% share) due to its combination of large acreage and high fresh-market orientation (81% fresh). Oregon produces more total volume but sends only 45% to fresh markets, with the balance going to processing (IQF, juice, dried). Michigan is similar — the state's 56% fresh share masks the fact that its SW region (Van Buren County) is heavily processing-oriented (Elliott variety) while the Traverse City area is more fresh-focused.

    Source: USDA NASS Noncitrus Fruits and Nuts Summary 2023; fresh/processing splits from IBO November 2023 report.

    Regional Growing Season Calendar

    The table below shows domestic growing regions with their planted varieties, typical harvest windows, GDD base temperatures, and chill hour requirements. Harvest timing data is derived from the interactive dashboard below and updates daily.

    StateRegionVarietiesHarvestGDD BaseChill Target
    FLCentralEmerald, JewelMar–May45°F250 hrs
    GASoutheastStar, FarthingApr–Jun45°F300–400 hrs
    NCBladen CountyStar, FarthingMay–Jul45°F300–400 hrs
    CABakersfieldEmeraldApr–Jun45°F250 hrs
    CAFresnoEmerald, JewelApr–Jun45°F250–300 hrs
    CAWatsonvilleEmerald, DraperApr–Jul45°F250–1000 hrs
    CACorningDraper, AuroraMay–Jul45°F1000 hrs
    NJHammontonDuke, BluecropJun–Aug45°F1000 hrs
    MISW (Van Buren)Bluecrop, ElliottJul–Sep45°F1000 hrs
    MITraverse CityBluecrop, JerseyJul–Sep45°F1000 hrs
    ORWillamette ValleyDuke, Draper, Bluecrop, Liberty, Aurora, ElliottJun–Sep45°F1000 hrs
    WANW WashingtonDuke, Bluecrop, Liberty, Draper, Aurora, Elliott, Last CallJul–Oct45°F1000 hrs
    WAProsserDuke, Bluecrop, Liberty, Draper, Aurora, Elliott, Last CallJul–Oct45°F1000 hrs
    BCAbbotsford/Fraser ValleyDuke, Bluecrop, Liberty, Draper, Aurora, ElliottJul–Oct45°F1000 hrs

    Import Competition

    Fresh blueberry imports now roughly equal total domestic fresh production. In 2024, the US imported approximately 684 million pounds of fresh blueberries — with three countries supplying over 90% of that volume:

    OriginVolumeShare of US ImportsWindowPeak
    Peru325M lbs49%Aug–FebSep–Dec
    Mexico165M lbs22%Feb–MayMar–May
    Chile84M lbs19%Nov–MarDec–Feb

    Peru has emerged as the dominant import origin, doubling its volume since 2020. Its peak shipping season (September–December) overlaps with the late Pacific Northwest domestic harvest (August–September), creating a compression window where both domestic and imported fruit compete for shelf space. Mexico has strategically shifted its production window to February–May to fill the gap between Peru's decline and the US domestic ramp-up. Chile's share is declining as Peru grows, though it still supplies counter-seasonal fruit during the US winter.

    Source: USDA Foreign Agricultural Service annual reports for Peru, Mexico, and Chile; Blue Book Services 2024.

    Understanding Overlap Pressure

    The Overlap Pressure Index (OPI) quantifies how much fresh fruit from multiple regions will be on the market simultaneously. Unlike simple calendar overlaps, OPI is supply-weighted — a region that ships 80 million pounds of fresh fruit matters more than one that ships 15 million pounds.

    OPI is calculated weekly by summing the estimated fresh-market volume from every region whose GDD models predict active harvest in that week. The result is expressed in millions of pounds per week. When OPI spikes above historical averages, it signals potential FOB price compression — more fruit chasing the same retail shelf space.

    Key OPI dynamics for blueberries:

    • Early season (April–May): Low OPI — only California and the Southeast are shipping, plus Mexican imports are trailing off
    • Mid-season (June–July): Rising OPI — North Carolina, New Jersey, Michigan, and Oregon enter harvest
    • Peak compression (July–August): Maximum OPI — all domestic regions are active, and Peru begins shipping, while PNW operations scale up
    • Late season (September–October): Declining domestic, but Peru volume peaks, sustaining market supply

    Market Insights is new — and we're actively tuning.

    We're refining our models, adding regions, and improving the analysis every week. Your feedback helps us build something genuinely useful for growers and marketers. contact us or call us — we'd love to hear from you.

    Live Blueberry Dashboard

    Interactive, supply-weighted tracking updated daily from USDA and Open-Meteo data.

    Season:
    Data as of Apr 6 06:02 AM UTC| Refresh in 29m
    USA+

    Region Map

    Stage:DormantBud BreakBloomFruit SetRipeningHarvest
    Status:AheadOn TrackBehindFrost alert

    Audio brief last updated March 30. Next update April 5.

    Week 13 Blueberry Market Brief

    13 min
    0:00/0:00

    MEDIA_ERR_SRC_NOT_SUPPORTED: MEDIA_ELEMENT_ERROR: Format error

    Open audio directly

    Browse all weekly blueberries briefs →

    Blueberry Market Brief

    Overlap: Low
    Week 14
    Action Needed Monitor Context

    Top Movers

    Top Movers: Watsonville, CA 38d ahead (4.6% of domestic fresh), accelerating. Bakersfield, CA 32d ahead (5.4% of domestic fresh), accelerating. MI 16d ahead (10.1% of domestic fresh).
    Review labor crew timing — your harvest window may need to shift. Coordinate with your labor provider to adjust arrival dates.

    Changes This Past Week

    Changes This Week: Southeast GA entered Fruit Set (was Bloom). Bladen County NC entered Bloom (was Bud Break). Hammonton NJ entered Bud Break (was Dormant). NW Washington WA shifted 18d falling behind this week.

    Week Ahead

    Frost This Week: SW (Van Buren) MI: 1 event (Moderate). Prosser WA: 2 events (High).
    Frost Watch: 2 regions with frost risk in 7-day forecast (worst: Hammonton NJ, Bud Break). Monitor conditions closely.
    Assess bloom/bud damage within 48 hours and document affected blocks with photos. If you carry crop insurance (APH/WFRP): notify your agent within 72 hours — do not destroy damaged crop before adjuster inspection.
    This Week: Prosser WA: +21 GDD this week (= avg) — 14d ahead. Southeast GA: +83 GDD this week (+10 vs avg) — 1d ahead. Willamette Valley OR: +21 GDD this week (+8 vs avg) — 7d ahead.

    Season Events

    Pollination Impact: 4 regions with Medium pollination risk this season. Worst: Bladen County NC — 6 good bee-flight days during bloom (needs 10). 10.7% of domestic fresh supply.
    Supplemental pollination options: increase hive density (2-4 hives/acre), deploy bumble bee boxes, or rent mason bees for early/cool bloom conditions.
    Frost Impact: 8 regions hit by frost this season. Southeast GA: frost at Bud Break (27°F on Feb 24) — 20.2% of domestic fresh supply; Central FL: 2 frost days during Bud Break (Feb 1-2, low 22°F) — 5.8% of domestic fresh supply.
    Assess bloom/bud damage within 48 hours and document affected blocks with photos. If you carry crop insurance (APH/WFRP): notify your agent within 72 hours — do not destroy damaged crop before adjuster inspection.
    Rain Impact: 3 regions hit by significant rain during Bloom. Worst: Central FL: 2 rain days during Bloom (Mar 15-16, total 1.3″, peak 1.0″). 5.8% of domestic fresh supply.
    Harvest ripe fruit immediately before next rain event. Rain splitting causes $300-500/acre losses. Consider Parka cuticle treatment for remaining fruit.

    Market Context

    Overlap Pressure: Supply overlap trending 6% below historical average. Peak projected weeks 17–34 (Apr–Aug).
    Import Context: Active import supply: Mexico 15% of US fresh (peak).
    Peru/Mexico volume may suppress prices during your harvest window. Quantify break-even before committing full crew.
    Chill Risk: Winter chill % of target needed for normal bloom — below 90% risks delayed or uneven flowering, below 70% risks reduced fruit set. Corning CA (76% of target, 3.8% of domestic fresh supply). Dormancy ended — deficit locked in.
    Low chill may cause staggered bloom timing and reduced fruit set. Expect an extended harvest window with lower peak volumes.
    Season Pattern: This season's supply trajectory most closely resembles 2016 (58% similarity), when FOB data limited. Key driver: early CA start.
    A 7+ day shift means your crew schedule may not match your harvest window. Block-by-block reallocation requires real-time pick data. See how →
    This analysis uses regional weather data. Your orchard’s microclimate, elevation, and canopy may shift actual timing 5+ days from these estimates. The gap between regional signals and block-level reality is where on-farm data earns its ROI.

    This Market Insights brief is copyrighted by innov8.ag

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    Region Overview

    RegionStage
    GDD Pace (±days)
    StatusKey Risk
    Central FL
    Fruit Set
    +2d
    On Track
    Southeast GA
    Fruit Set
    +1d
    On Track
    Bakersfield CA
    Fruit Set
    +32d
    Ahead
    Watsonville CA
    Bloom
    +38d
    Ahead
    Fresno CA
    Bloom
    +23d
    Ahead
    Bladen County NC
    Bloom
    +6d
    Ahead
    Corning CA
    Bloom
    +31d
    Ahead
    Willamette Valley OR
    Dormant
    +7d
    Ahead
    Hammonton NJ
    Dormant – Bud Break
    +8d
    Ahead
    SW (Van Buren) MI
    Dormant
    +16d
    Ahead
    Prosser WA
    Dormant
    +14d
    Ahead
    NW Washington WA
    Dormant
    +18d
    Ahead
    Traverse City MI
    Dormant
    0d
    On Track
    Peru import
    32% of US fresh
    Wk 32–8 (325.0M lbs)
    Mexico import
    15% of US fresh
    Wk 6–22 (150.0M lbs)
    In Peak
    Chile import
    9% of US fresh
    Wk 48–10 (87.0M lbs)

    Supply Overlap Heatmap

    Cell intensity = supply weight during active harvest. Bottom row = total Overlap Pressure Index (M lbs fresh).

    1
    2
    3
    Jan
    5
    6
    7
    Feb
    9
    10
    11
    Mar
    13
    14
    15
    Apr
    17
    18
    19
    May
    21
    22
    23
    Jun
    25
    26
    27
    Jul
    29
    30
    31
    Aug
    33
    34
    35
    Sep
    37
    38
    39
    Oct
    41
    42
    43
    Nov
    45
    46
    47
    Dec
    49
    50
    51
    Dec
    Central, FL
    Watsonville, CA
    Bakersfield, CA
    Southeast, GA
    Corning, CA
    Bladen County, NC
    Willamette Valley, OR
    Hammonton, NJ
    NW Washington, WA
    SW (Van Buren), MI
    Traverse City, MI
    Prosser, WA
    Peru
    Mexico
    Chile
    Total OPI
    18
    17
    16
    16
    15
    20
    20
    20
    53
    74
    70
    70
    146
    146
    160
    160
    200
    200
    200
    199
    294
    293
    282
    300
    300
    335
    241
    241
    227
    227
    187
    193
    194
    195
    158
    159
    160
    123
    123
    54
    54
    37
    37
    13
    13
    13
    13
    17
    18
    19
    19
    18
    High supply Low supply Peak import Low import Peak OPI Low OPI Current week

    Harvest Timeline & Historical Pricing

    Gray = typical window | Colored = GDD-projected | Red line = today | FOB prices: solid line = 3yr avg, shaded band = year-to-year range | Hover any region for details

    JanFebMarAprMayJunJulAugSepOctNovDecJanCentral, FLSoutheast, GABladen County, NCBakersfield, CAFresno, CAWatsonville, CACorning, CAHammonton, NJSW (Van Buren), MITraverse City, MIWillamette Valley,…NW Washington, WAProsser, WAToday+2d+1d+6d+32d+23d+38d+31d+8d+16d0d+7d+18d+14d$10$20$30$/flatFLGACANJMIORWANC

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    On-farm ground truth

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    Frost & Rain Events

    TypeRegionDatesDaysSeverity
    Frost
    SW (Van Buren) — MIApr 61
    Moderate
    Frost
    Prosser — WAApr 31
    Moderate
    Rain
    Corning — CAMar 311
    Moderate
    Frost
    Prosser — WAMar 311
    High
    Frost
    NW Washington — WAMar 29-302
    High
    Frost
    Bladen County — NCMar 291
    Moderate
    Frost
    Hammonton — NJMar 291
    High
    Frost
    SW (Van Buren) — MIMar 27-282
    Extreme
    Frost
    Prosser — WAMar 22-275
    High
    Frost
    Willamette Valley — ORMar 261
    Moderate
    Frost
    Hammonton — NJMar 241
    Moderate
    Frost
    SW (Van Buren) — MIMar 23-242
    Extreme
    Frost
    NW Washington — WAMar 231
    Moderate
    Frost
    Hammonton — NJMar 17-193
    Extreme
    Frost
    Bladen County — NCMar 181
    Moderate
    Rain
    Central — FLMar 15-162
    Extreme
    Rain
    Southeast — GAMar 161
    Moderate
    Frost
    Bladen County — NCMar 131
    Moderate
    Frost
    Hammonton — NJMar 131
    High
    Rain
    Central — FLMar 121
    Moderate
    Rain
    Central — FLMar 81
    Moderate
    Rain
    Central — FLMar 51
    Moderate
    Frost
    NW Washington — WAMar 1-22
    Moderate
    Rain
    Central — FLFeb 271
    Moderate
    Frost
    Central — FLFeb 241
    Moderate
    Frost
    Southeast — GAFeb 241
    High
    Frost
    Bladen County — NCFeb 23-242
    High
    Frost
    NW Washington — WAFeb 241
    Moderate
    Frost
    Fresno — CAFeb 211
    Moderate
    Frost
    Corning — CAFeb 201
    High
    Frost
    NW Washington — WAFeb 15-204
    Extreme
    Frost
    Bladen County — NCJan 24 – Feb 1420
    Extreme
    Frost
    NW Washington — WAFeb 11-122
    Moderate
    Frost
    Southeast — GAFeb 61
    Moderate
    Frost
    Central — FLJan 27 – Feb 37
    Extreme
    Frost
    Southeast — GAJan 27 – Feb 38
    Extreme
    Frost
    Southeast — GAJan 19-213
    Moderate
    Frost
    Bladen County — NCJan 12-218
    Extreme
    Frost
    Central — FLJan 191
    Moderate
    Frost
    Central — FLJan 161
    High
    Frost
    Southeast — GAJan 161
    Extreme
    Frost
    Southeast — GAJan 12-132
    Moderate

    GDD Accumulation

    Central — FL

    Emerald, Jewel

    FAWN Alachua

    Fruit Set
    On Track
    GDD: 864Avg: 912-314 frost clusters (10d)5 rain clusters (6d)
    Compare:
    Jan02505007501000

    GDD: MSU/HortScience calibrated (base 45F)

    Southeast — GA

    Star, Farthing

    GAEMN

    Fruit Set
    On Track
    GDD: 694Avg: 725-306 frost clusters (16d)Rain: 7mm on Mar 16 (Bloom)
    Compare:
    Jan0200400600800

    GDD: MSU/HortScience calibrated (base 45F)

    Bladen County — NC

    Star, Farthing

    ECONet Whiteville

    Bloom
    Ahead
    GDD: 472Avg: 461+256 frost clusters (33d)
    Compare:
    Jan0150300450600

    GDD: MSU/HortScience calibrated (base 45F)

    Bakersfield — CA

    Emerald

    CIMIS Bakersfield

    Fruit Set
    Ahead
    GDD: 779Avg: 443+336
    Compare:
    Jan0200400600800

    GDD: MSU/HortScience calibrated (base 45F)

    Fresno — CA

    Emerald, Jewel

    CIMIS Parlier

    Bloom
    Ahead
    GDD: 628Avg: 391+237Frost: 32F on Feb 21 (Bud Break)
    Compare:
    Jan0200400600800

    GDD: MSU/HortScience calibrated (base 45F)

    Watsonville — CA

    Emerald, Draper

    CIMIS Watsonville

    Bloom
    Ahead
    GDD: 616Avg: 392+224
    Compare:
    Jan0150300450600

    GDD: MSU/HortScience calibrated (base 45F)

    Corning — CA

    Draper, Aurora

    CIMIS Durham

    Bloom
    Ahead
    GDD: 601Avg: 337+264Frost: 28F on Feb 20 (Dormant)Rain: 11mm on Mar 31 (Bloom)
    Compare:
    Jan0150300450600

    GDD: MSU/HortScience calibrated (base 45F)

    Hammonton — NJ

    Duke, Bluecrop

    NJWxNet

    Dormant – Bud Break
    Ahead
    GDD: 153Avg: 122+314 frost clusters (6d)
    Compare:
    Jan04080120160

    GDD: MSU/HortScience calibrated (base 45F)

    SW (Van Buren) — MI

    Bluecrop, Elliott

    EnviroWeather

    Dormant
    Ahead
    GDD: 81Avg: 34+473 frost clusters (5d)
    Compare:
    Jan0255075100

    GDD: MSU/HortScience calibrated (base 45F)

    Traverse City — MI

    Bluecrop, Jersey

    EnviroWeather

    Dormant
    On Track
    GDD: 7Avg: 10-3
    Compare:
    Jan02468

    GDD: MSU/HortScience calibrated (base 45F)

    Willamette Valley — OR

    Duke, Draper, Bluecrop, Liberty, Aurora, Elliott

    AgriMet Corvallis

    Dormant
    Ahead
    GDD: 121Avg: 92+14Frost: 29F on Mar 26 (Dormant)
    Compare:
    Jan0306090120

    GDD: MSU/HortScience calibrated (base 45F)

    NW Washington — WA

    Duke, Bluecrop, Liberty, Draper, Aurora, Elliott, Last Call

    AWN Mt Vernon

    Dormant
    Ahead
    GDD: 93Avg: 22+226 frost clusters (12d)
    Compare:
    Jan0255075100

    GDD: MSU/HortScience calibrated (base 45F)

    Prosser — WA

    Duke, Bluecrop, Liberty, Draper, Aurora, Elliott, Last Call

    AWN Prosser

    Dormant
    Ahead
    GDD: 94Avg: 81+553 frost clusters (7d)
    Compare:
    Jan020406080

    GDD: MSU/HortScience calibrated (base 45F)

    Chill Accumulation

    Central — FL

    Simple Chill Hours309 / 250

    100%

    Utah Model Units-315 / 275

    -115%

    Southeast — GA

    Simple Chill Hours568 / 400

    100%

    Utah Model Units250 / 440

    57%

    Bladen County — NC

    Simple Chill Hours967 / 400

    100%

    Utah Model Units653 / 440

    100%

    Bakersfield — CA

    Simple Chill Hours545 / 250

    100%

    Utah Model Units741 / 275

    100%

    Fresno — CA

    Simple Chill Hours842 / 250

    100%

    Utah Model Units1,108 / 275

    100%

    Watsonville — CA

    Simple Chill Hours285 / 250

    100%

    Utah Model Units632 / 275

    100%

    Corning — CA

    Simple Chill Hours761 / 1,000

    76%

    Utah Model Units1,209 / 1,100

    100%

    Medium Risk
    Insufficient chill may delay bloom and reduce fruit set

    Hammonton — NJ

    Simple Chill Hours2,277 / 1,000

    100%

    Utah Model Units1,072 / 1,100

    97%

    SW (Van Buren) — MI

    Simple Chill Hours3,008 / 1,000

    100%

    Utah Model Units1,002 / 1,100

    91%

    Traverse City — MI

    Simple Chill Hours3,371 / 1,000

    100%

    Utah Model Units910 / 1,100

    83%

    Willamette Valley — OR

    Simple Chill Hours1,676 / 1,000

    100%

    Utah Model Units1,977 / 1,100

    100%

    NW Washington — WA

    Simple Chill Hours2,574 / 1,000

    100%

    Utah Model Units2,783 / 1,100

    100%

    Prosser — WA

    Simple Chill Hours2,111 / 1,000

    100%

    Utah Model Units1,772 / 1,100

    100%

    Frequently Asked Questions

    What are growing degree days (GDD) and how do they predict blueberry harvest timing?

    Growing degree days measure accumulated heat above a base temperature (45°F for blueberries). Each day, GDD is calculated as the average of the high and low temperature minus the base, with negative values set to zero. As GDD accumulates through the season, plants hit predictable phenological stages: bud break, bloom, fruit set, and ripening. By tracking GDD against historical patterns, we can estimate whether a region's harvest will arrive earlier or later than typical years.

    When does each state's blueberry harvest typically begin and end?

    Florida is first (March–May), followed by Georgia (April–June), California (April–July depending on sub-region), North Carolina (May–July), New Jersey (June–August), Oregon (June–September), Michigan (July–September), and Washington (July–October). The exact timing shifts by 1–3 weeks each year based on winter chill accumulation and spring warmth.

    How do Peruvian imports affect US blueberry prices?

    Peru is now the largest single source of fresh blueberry imports to the US, shipping approximately 325 million pounds annually (49% of all imports). Its peak season (September–December) overlaps with the late Pacific Northwest domestic harvest, creating supply compression. When import volume and domestic late-season volume coincide, FOB prices for Pacific Northwest growers can be suppressed by 20–40% compared to early-season windows when supply is tighter.

    What is the Overlap Pressure Index (OPI) and why does it matter?

    OPI is a supply-weighted measure of how many pounds of fresh blueberries are hitting the market simultaneously across all tracked regions. Unlike a simple calendar overlap, OPI accounts for each region's actual fresh-market production volume. High OPI weeks signal potential FOB price compression and labor competition. Growers and marketers use OPI to time harvest labor deployment, negotiate forward contracts, and plan retail promotions around supply peaks and valleys.

    How many chill hours do blueberry varieties need?

    Chill requirements vary dramatically by variety type. Southern Highbush (SHB) varieties like Biloxi and Emerald need only 150–250 chill hours (hours between 32–45°F during dormancy), making them suited to Florida and southern Georgia. Northern Highbush (NHB) varieties like Duke, Bluecrop, and Elliott require 800–1,000+ chill hours, which limits them to Michigan, Oregon, Washington, and similar climates. Insufficient chill leads to erratic bloom, reduced fruit set, and lower yields.

    What drives blueberry price compression and how can growers mitigate it?

    Price compression occurs when multiple supply sources flood the market simultaneously. The primary drivers are: (1) weather patterns that synchronize harvest timing across regions that normally ship sequentially, (2) Peruvian import volume peaking during the US late season, and (3) a grocery retail structure where the top 4 chains control ~69% of fresh produce purchasing. Growers can mitigate compression by diversifying variety mixes to extend their harvest window, targeting early or late market windows with premium pricing, and using GDD-based timing models to make labor and marketing decisions weeks in advance.

    Disclaimer

    This data is provided for informational purposes only and should not be used as the sole basis for production, marketing, or financial decisions. Weather models, GDD calculations, and risk assessments are estimates based on publicly available data and may not reflect actual field conditions. Always consult local agricultural extension services, crop advisors, and on-the-ground observations before making decisions that affect your operation.