Weird and Wild World of Physiological Disorders. Andy Robinson, Ph.D. Extension Potato Agronomist NDSU / U of
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1 Weird and Wild World of Physiological Disorders Andy Robinson, Ph.D. Extension Potato Agronomist NDSU / U of
2 Kahoot.it
3 What is a physiological disorder? Non-infectious (do NOT spread). Something the plant pathologists can t identify! Not caused by insects or nematodes. Reduce quality/marketability of tubers. Can be on surface and/or interior of tubers.
4 Physiological disorders Primary cause of non-infectious disorders are difficult to determine. Difficult to study because they are not consistently expressed. Chemicals or diseases may accentuate disorders. Can lead to secondary pathogens entering tubers.
5
6 Blemish survey Minnesota blemish survey 2015 Silver scurf Skin netting Black dot Common scab Lentil spot Brusing/skinning ND blemish survey 2015 Lenticel spot Growth crack Black dot Common scab Bruise/skinning Skin netting
7 Bruise/Skinning
8
9 Bruise/Skinning Cause: handling and storing Skin set is important to reduce severity Can cause moisture loss and entry point for diseases on tuber skin.
10 Russeting/Road Mapping
11 Russeting/Road Mapping Appearance of russet-like skin. Commonly found on smooth-skinned tubers. Result of extra skin layers to protect the tuber from heat stress. Some data indicate calcium can reduce this disorder.
12 Enlarged Lenticels
13 Enlarged Lenticels
14 Enlarged Lenticels Caused by anaerobic conditions Lenticels open for oxygen and CO 2 Cause popcorn looking area and when dries appears as scab Opening for pathogen entry
15 Tuber Cracking
16 Tuber Cracking
17 Tuber Cracking Many causes Environmental stress, nutritional imbalance, disease, herbicide injury or genetics. Results of high turgor pressure and rapid tuber growth Earlier cracking = larger cracks
18 Coiled Sprout
19 Coiled Sprout Abnormal sprout development Coiled, split, cracked Cause loss of apical dominance Axillary shoots and delayed emergence Causes Early planting, soil type, cultivar Ethylene imbalance physiological aging, disease, or microorganism production
20 Freeze Damage
21 Freeze Damage Death to foliage Regrowth from axillary buds Tuber damage can occur in late season
22 Heat Crinkle
23
24 Heat Crinkle Sprouts suddenly encounter high temperature and stress plant Can increase stem number More common in sandy soils Russet Burbank is sensitive
25 Greening
26 Greening Exposure to sunlight Green from chlorophyll Contains glycoalkaloids cannot consume Hilling and cultivar selection can reduce this disorder
27 Elephant Hide
28 Elephant Hide Rough or thick coarse russeting Causes: High temperatures, genetic traits, soil fertility, soil moisture or chemical treatments Diseases Rhizoctonia and mop-top Herbicides ALS chemistry and glyphosate
29 Pink Eye
30 Pink Eye Puffy, pink-colored area around eyes Usually found on bud-end first Will fluoresce when exposed to blacklight Excessive moisture, soil compaction and high temperature can lead to low oxygen soil conditions = cell damage
31 Stem End Disorder
32 Stem End Disorder Result of low starch content. Can fry dark because of increased reducing sugar levels. Commonly occurs on basel end. Result of stress-triggered mechanisms: Heat, drought & fertility
33 Tuber Malformations
34
35 Tuber Malformations Result of: Sudden growth interruption, rapid growth following a stress Bottleneck, dumbbell, or pointed end appearance, this is indicative of when growth interruption occurred. Herbicides can interrupt growth and cause malformations.
36 Blackheart
37 Blackheart Caused by lack of oxygen, leading to dark, necrotic cavities. Can occur during tuber development and/or storage. Increased temperature can intensify blackheart, especially after vine kill and when soils are saturated.
38 Hollow Heart
39 Hollow Heart Occurs in the growing season Precursor is brown center and can develop into hollow heart as tuber expands. Cause: Stress growing conditions followed by rapid tuber growth.
40 Heat Necrosis
41 Heat Necrosis Likely caused by several environmental stimuli: high day and night temperatures, high soil temperatures & low soil moisture Symptoms not observed on foliage. Color, intensity and area affected will increase through time and can intensify in storage.
42 Internal Anthocyanin Pigmentation
43 Internal Anthocyanin Pigmentation The same anthocyanins are naturally found in the tuber skin of red and purple potato tubers and in the flesh color. Not a normal, thus causes concern to farmers and consumers.
44 Vascular Discoloration
45 Vascular Discoloration Discoloration of the vascular ring at the stem end. Can result from rapid vine death, especially when plants are less mature. Verticillium and fusarium wilt have similar symptoms.
46 Internal weed sprout
47 That s All z.umn.edu/spud
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