Forest Pest Monitoring: Pear Thrips Monitoring: Pear Thrips Phenology Damage
Download MetadataView Metadata in XML Format
► Metadata Provider
- Forest Ecosystem Monitoring Cooperative
- Address:
705 Spear Street
South Burlington, Vermont 05403
United States of America
Phone: (802) 391-4135
Email: femc@uvm.edu
Website: www.uvm.edu/femc
► Abstract
Determine population trends, tree susceptibility based on emergence-tree phenology relationship, and resulting tree damage. Monitoring trends in major insect pest populations, and documenting the occurence of damage to forests.
► People
- Tom Simmons: Content Provider
- Sandra Wilmot: Content Provider
- Barbara Schultz: Content Provider
- Trish Hanson: Principal Investigator
- Sean Lawson: Content Provider
► Geographic Coverage
- Coordinates
- -72.864765, 44.504423
- -72.826364, 44.504423
- -72.826364, 44.525646
- -72.864765, 44.525646
- -72.864765, 44.504423
► Data Table
- Title: Pear Thrips Phenology Damage
- Start Date: 1993-04-13
- End Date: 2003-04-01
- Description: Rating of foilage discoloration, distortion, transparency, and dieback using 8 trees
- Purpose: Determine population trends, tree susceptibility based on emergence-tree phenology relationship, and resulting tree damage
- Condensed Title: Z0022_PearThripsPhenDamage
- Object Name: VMC.22.19
- Data Type: mySQL
- Citation: Trish Hanson. 2003. Forest Pear Thrips Phenology Damage. VT Department of Forests, Parks and Recreation. FEMC. Can be found at: https://www.uvm.edu/femc/data/archive/project/forest-pest-monitoring-pear-thrips-monitoring/dataset/pear-thrips-phenology-damage
- Online Distribution: https://vmc.w3.uvm.edu/vmcdevel/data/archive/project/forest-pest-monitoring-pear-thrips-monitoring/dataset/pear-thrips-phenology-damage
► Attribute List
- Attribute Name: ID
- Label: ID
- Description: Automated numbering ID for each new data collection
- Storage Type: int
- Measurment Type: ordinal
- Attribute Name: studysite
- Label: Study Site
- Description: Study site
- Storage Type: text
- Measurment Type: nominal
- Attribute Name: location
- Label: Location
- Description: Location of study site
- Storage Type: text
- Measurment Type: nominal
- Attribute Name: elevation
- Label: Elevation
- Description: Elevation of study site
- Storage Type: int
- Measurment Type: ratio
- Standard Unit: foot
- Precision: 100
- Unit: foot
- Number Type: real
- Attribute Name: Yearnumber
- Label: Year Number
- Description: Year of data collection
- Storage Type: datetime
- Measurment Type: datetime
- String Format: YYYY
- Attribute Name: tree
- Label: Tree
- Description: Number assigned to each tree within the site (1-8)
- Storage Type: int
- Measurment Type: ordinal
- Attribute Name: BudsDormant
- Label: Buds Dormant
- Description: Recording date of buds dormant
- Storage Type: datetime
- Measurment Type: datetime
- String Format: other
- Attribute Name: BudsSwollenlessthan1inch
- Label: Buds Swollen Less Than 1 Inch
- Description: Recording date of buds swollen less than 1 inch
- Storage Type: datetime
- Measurment Type: datetime
- String Format: other
- Attribute Name: BudsSwollen1inchbutclosed
- Label: Buds Swollen 1 Inch but Closed
- Description: Recording date of buds swollen less than 1 inch but closed
- Storage Type: datetime
- Measurment Type: datetime
- String Format: other
- Attribute Name: Buds1to1halfinchopeningwithleaftipshowing
- Label: Buds 1 to 1 Half Inch Opening with Leaf Tips Showi
- Description: Recording date of buds 1 to 1 half inch opening with leaf tips showing
- Storage Type: datetime
- Measurment Type: datetime
- String Format: other
- Attribute Name: Leavesupto1inchlong
- Label: Leaves Up to 1 Inch Long
- Description: Recording date of leaves up to 1 inch long
- Storage Type: datetime
- Measurment Type: datetime
- String Format: other
- Attribute Name: Leavesupto2incheslong
- Label: Leaves Up to 2 Inches Long
- Description: Recording date of leaves up to 2 inches long
- Storage Type: datetime
- Measurment Type: datetime
- String Format: other
- Attribute Name: LeavesFullsized
- Label: Leaves Full Sized
- Description: Recording date of leaves full sized
- Storage Type: datetime
- Measurment Type: datetime
- String Format: other
- Attribute Name: DefoliationRating
- Label: Defoliation Rating
- Description: Defoliation rating code
- Storage Type: int
- Measurment Type: nominal
- Custom List: Defoliation Rating
- Code: 0
- Definition: no visible defoliation
- Code: 1
- Definition: <30% defoliation
- Code: 2
- Definition: 30-60% defoliation
- Code: 3
- Definition: >60% defoliation
- Attribute Name: LeafDiscolorationRating
- Label: Leaf Discoloration Rating
- Description: Leaf discoloration (mottling) rating code
- Storage Type: int
- Measurment Type: nominal
- Custom List: Leaf Discoloration Rating
- Code: 0
- Definition: no visible discoloration
- Code: 1
- Definition: <30% discoloration
- Code: 2
- Definition: 30-60% discoloration
- Code: 3
- Definition: >60% discoloration
- Attribute Name: leafdistortionrating
- Label: Leaf Distortion Rating
- Description: Leaf distortion (cupping) rating code
- Storage Type: int
- Measurment Type: nominal
- Custom List: Leaf Distortion Rating
- Code: 0
- Definition: no visible distortion
- Code: 1
- Definition: <30% distortion
- Code: 2
- Definition: 30-60% distortion
- Code: 3
- Definition: >60% distortion
- Attribute Name: Namptransparency
- Label: NAMP Tranpsparency Rating
- Description: North American Maple Project transparency rating (percentage class)
- Storage Type: int
- Measurment Type: nominal
- Custom List: NAMP Transparency Rating
- Code: 0
- Definition: None to light damage
- Code: 5
- Definition: None to light damage
- Code: 10
- Definition: None to light damage
- Code: 20
- Definition: Moderate damage
- Code: 30
- Definition: Moderate damage
- Code: 40
- Definition: Moderate damage
- Code: 50
- Definition: Heavy damage
- Code: 60
- Definition: Heavy damage
- Code: 70
- Definition: Heavy damage
- Code: 80
- Definition: Severe damage
- Code: 90
- Definition: Severe damage
- Code: 100
- Definition: Severe damage
- Attribute Name: Nampdieback
- Label: NAMP Dieback Rating
- Description: North American Maple Project dieback rating (percentage class)
- Storage Type: int
- Measurment Type: nominal
- Custom List: NAMP Dieback Rating
- Code: 0
- Definition: None to light damage
- Code: 5
- Definition: None to light damage
- Code: 10
- Definition: None to light damage
- Code: 20
- Definition: Moderate damage
- Code: 30
- Definition: Moderate damage
- Code: 40
- Definition: Moderate damage
- Code: 50
- Definition: Heavy damage
- Code: 60
- Definition: Heavy damage
- Code: 70
- Definition: Heavy damage
- Code: 80
- Definition: Severe damage
- Code: 90
- Definition: Severe damage
- Code: 100
- Definition: Severe damage
- Attribute Name: damageobservationdate
- Label: Damage Obersevation Date
- Description: Damage observation date
- Storage Type: datetime
- Measurment Type: datetime
- String Format: other
- Attribute Name: notes
- Label: Notes
- Description: Notes
- Storage Type: text
- Measurment Type: nominal
► Methods
- Current Methods
- Soil population monitoring
- Started: 1989-05-01
- Method Description: Method 2. Soil populations are monitored using fall soil samples with forced emergence to estimate relative populations. Two bulb-planter soil samples are collected in the fall from 2 and 4 m from each of 5 selected sugar maple trees. Injury to foliage is recorded on associated trees.
- Started: 1989-05-01
- Past Methods (no longer in use)
- Adult population monitoring
- Started: 1991-04-01
Ended: 1991-06-13 - Method Description: Method 1. Adult population levels are monitored weekly using 4 yellow sticky traps located at 3 feet above ground during flight period (April - June). Damage to sugar maple foliage is assessed using 8 trees.
- Started: 1991-04-01
► Sampling Equipment
- No sampling equipment recorded for this dataset
► Site Characteristics
- Site Description: West slope of Mt. Mansfield, in sugar maple stand at Proctor Maple Research Center, and at 3 elevations in the Stevensville Brook headwaters (1500, 2000, and 2500 feet) as part of the Forest Management Study.