| COMMENT | USDA COLD HARDINESS ZONE | USDA Cold Hardiness Zone in which the germplasm was originally collected in nature. | 8b | | USDA COLD HARDINESS ZONE | | Not Available |
| COMMENT | OMERNIK LEVEL III ECOREGION | Omernik level III ecoregion in which the germplasm was originally collected in nature. | 8.3.5 Southeastern Plains | | OMERNIK LEVEL III ECOREGION | | Not Available |
| DISEASE | LEAF SPOT | Average percent leaf area affected by Xanthomonas campestris. Plants were exposed to naturally occurring inoculum under container nursery conditions inluding overhead irrigation. Values were obtained via Food Color Inspector software (v4.0). Sample of one leaf (fourth fully expanded from tallest shoot tip) per plant. | 9.8721 | 92 | LEAF SPOT | | Not Available |
| MORPHOLOGY | PLANT HEIGHT | Average height of plant measured in centimeters. | 40.066 | 100 | PLANT ARCHITECTURE - 2019 YR 2 MN FIELD | | Not Available |
| MORPHOLOGY | PLANT HEIGHT | Average height of plant measured in centimeters. | 52.5472 | 53 | PLANT ARCHITECTURE - 2019 YR 2 TN FIELD | | Not Available |
| MORPHOLOGY | PLANT HEIGHT | Average height of plant measured in centimeters. | 63.4921 | 101 | PLANT ARCHITECTURE - 2018 YR 1 POTS | | Not Available |
| MORPHOLOGY | PLANT HEIGHT | Average height of plant measured in centimeters. | 67.003 | 100 | PLANT ARCHITECTURE - 2019 YR 2 POTS | | Not Available |
| MORPHOLOGY | NODE NUMBER | Average number of nodes on the tallest shoot | 10.7547 | 53 | PLANT ARCHITECTURE - 2019 YR 2 TN FIELD | | Not Available |
| MORPHOLOGY | NODE NUMBER | Average number of nodes on the tallest shoot | 11.27 | 100 | PLANT ARCHITECTURE - 2019 YR 2 POTS | | Not Available |
| MORPHOLOGY | NODE NUMBER | Average number of nodes on the tallest shoot | 8.44 | 100 | PLANT ARCHITECTURE - 2019 YR 2 MN FIELD | | Not Available |
| MORPHOLOGY | NODE NUMBER | Average number of nodes on the tallest shoot | 9.58416 | 101 | PLANT ARCHITECTURE - 2018 YR 1 POTS | | Not Available |
| MORPHOLOGY | INTERNODE LENGTH | Average internode length (measured in centimeters) on the tallest shoot. Calculated as average height divided by average number of nodes. | 4.74034 | 100 | PLANT ARCHITECTURE - 2019 YR 2 MN FIELD | | Not Available |
| MORPHOLOGY | INTERNODE LENGTH | Average internode length (measured in centimeters) on the tallest shoot. Calculated as average height divided by average number of nodes. | 5.68834 | 53 | PLANT ARCHITECTURE - 2019 YR 2 TN FIELD | | Not Available |
| MORPHOLOGY | INTERNODE LENGTH | Average internode length (measured in centimeters) on the tallest shoot. Calculated as average height divided by average number of nodes. | 5.91723 | 100 | PLANT ARCHITECTURE - 2019 YR 2 POTS | | Not Available |
| MORPHOLOGY | INTERNODE LENGTH | Average internode length (measured in centimeters) on the tallest shoot. Calculated as average height divided by average number of nodes. | 6.38288 | 101 | PLANT ARCHITECTURE - 2018 YR 1 POTS | | Not Available |
| MORPHOLOGY | BRANCH NUMBER | Average number of primary branches. | 15.5283 | 53 | PLANT ARCHITECTURE - 2019 YR 2 TN FIELD | | Not Available |
| MORPHOLOGY | BRANCH NUMBER | Average number of primary branches. | 3.72 | 100 | PLANT ARCHITECTURE - 2019 YR 2 POTS | | Not Available |
| MORPHOLOGY | BRANCH NUMBER | Average number of primary branches. | 3.9 | 100 | PLANT ARCHITECTURE - 2019 YR 2 MN FIELD | | Not Available |
| MORPHOLOGY | PLANT WIDTH | Average width of plant measured in centimeters. | 16.9365 | 100 | PLANT ARCHITECTURE - 2019 YR 2 MN FIELD | | Not Available |
| MORPHOLOGY | PLANT WIDTH | Average width of plant measured in centimeters. | 76.7736 | 53 | PLANT ARCHITECTURE - 2019 YR 2 TN FIELD | | Not Available |
| STRESS | OCT LT50 | Lowest temperature (°C) where 50% of stems survived in October. Determined via laboratory based controlled freezing assay; damage scored visually based on oxidative browning of vascular tissue. | -10.7876 | 67 | LT50 | | Not Available |
| STRESS | NOV LT50 | Lowest temperature (°C) where 50% of stems survived in November. Determined via laboratory based controlled freezing assay; damage scored visually based on oxidative browning of vascular tissue. | -21.7355 | 83 | LT50 | | Not Available |
| STRESS | DEC LT50 | Lowest temperature (°C) where 50% of stems survived in December. Determined via laboratory based controlled freezing assay; damage scored visually based on oxidative browning of vascular tissue. | -26.6352 | 95 | LT50 | | Not Available |
| STRESS | JAN LT50 | Lowest temperature (°C) where 50% of stems survived in January. Determined via laboratory based controlled freezing assay; damage scored visually based on oxidative browning of vascular tissue. | -25.1271 | 62 | LT50 | | Not Available |
| STRESS | FEB LT50 | Lowest temperature (°C) where 50% of stems survived in February. Determined via laboratory based controlled freezing assay; damage scored visually based on oxidative browning of vascular tissue. | -22.9602 | 77 | LT50 | | Not Available |
| STRESS | MAR LT50 | Lowest temperature (°C) where 50% of stems survived in March. Determined via laboratory based controlled freezing assay; damage scored visually based on oxidative browning of vascular tissue. | -15 | 65 | LT50 | | Not Available |
| STRESS | APR LT50 | Lowest temperature (°C) where 50% of stems survived in April. Determined via laboratory based controlled freezing assay; damage scored visually based on oxidative browning of vascular tissue. | 0 | 61 | LT50 | | Not Available |
| STRESS | WINTER DAMAGE | Ordinal score of observed winter damage on field grown two-year-old plants in Chanhassen, Minnesota. 1 = maximum winter damage; 5 = minimal winter damage. | 3.09 | 100 | FIELD WINTER DAMAGE - MN 2020 | | Not Available |