TRAQ cert Flashcards
SCOPE OF WORK
THE DEFINED PROJECT OBJECTIVES AND REQUIREMENTS
THE OUTCOME OF AN EVENT
CONSEQUENCE
THE COMBINATION OF THE LIKELIHOOD OF AN EVENT AND THE SEVERITY OF THE POTENTIAL CONSEQUENCES
RISK
PROCESS USED TO IDENTIFY, ANALYZE, AND EVALUATE TREE RISK
TREE RISK ASSESSMENT
THE CHANCE OF AN EVENT OCCURING ( I.e., FAILURE, IMPACT)
LIKELIHOOD
A MEASUREMENT USED TO ASSESS WETHER AN IDIVIDUAL ACTED IN A REASONABLE MANNER
STANDARD OF CARE
THE APPLICATION OF POLICIES, PROCEDURES, AND PRACTICES USED TO IDENTIFY, EVALUATE, MITIGATE, MONITOR, AND COMMUNICATE TREE RISK
TREE RISK MANAGMENT
FAILURE TO TAKE REASONABLE CARE TO AVOID INJURY OR DAMAGETO A PERSONOR PROPERTY IN A SITUATION WHERE THE LAW IMPOSES A DUTY OF CARE
BREACH OF DUTY OF CARE
LEGAL OBLIGATION THAT REQUIRES AN INDIVIDUAL TO APPLY REASONABLE ACTIONS WHEN PERFORMING TASKS THAT MAY HARM OTHERS
DUTY OF CARE
T/F
THE TREE RISK ASSESSOR DETERMINES THE ACCEPTABLE RISK THRESHOLD
FALSE
T/F
WHEN BALANCING TREE RISKS AND BENEFITS, IT IS IMPORTANT TO REMEMBER THAT THE RISK TREES POSE TO HUMAN SAFETY IS EXTREMELY LOW
TRUE
T/F
A TREE RISK ASSESSOR IS FREE OF RISK WHILE INSPECTING TREES BECAUSE MITIGATION MEASURES HAVE YET TO BE TAKEN
FALSE
A PROCESS USING RATINGS OF CONSEQUENCES AND LIKLEHOOD TO DETERMINE RISK SIGNIFIGANCE LEVELS AND TO EVALUATE THE LEVEL OF RISK AGAINST QUALITATIVE CRITERIA
QUALITATIVE TREE RISK ASSESSMENT
A PROCESS TO ESTIMATE NUMERICAL PROBABILITY VALUES FOR CONSEQUENCES AND TO CALCULATE NUMERIC VALUES FOR RISK
QUANTATIVE TREE RISK ASSESSMENT
THE HIGHEST LEVEL OF RISK THAT DOES NOT EXCEEED THE OWNER/MANAGERS TOLERANCE
ACCEPTABLE RISK THRESHOLD
LEVEL 1 ASSESSMENT
LIMITED VISUAL ASSESSMENT
- FOCUSES ON TREES WITH IMMINENET AND OR PROBABLE LIKELIHOOD OF FAILURE
- WALK BY
- DRIVE BY
- AERIAL PATROL
- LIDAR
LEVEL 2 ASSESSMENT
BASIC ASSESSMENT DETAILED INSPECTION OF TREE AND SURROUNDING SITE USES -BINOCULARS -DIAMETER TAPE -CLINOMETER -MAGNIFYING GLASS -MALLET -PROBE -DIGGING TOOLS -COMPASS -CAMERA
LEVEL 3 ASSESSMENT
ADVANCED ASSESSMENT
PERFORMED TO PRVIDE DETAILED INFORMATION ABOUT TREE PARTS, DEFECTS, TARGETS, OR SITE CONDITIONS
SPECIALIZED EQUIPMENT IS USUALLY REQUIRED
A LOAD TEST THAT MEASURES OUTERMOST FIBER STRAIN IN THE STEM OR BRANCHES, AND/OR INCLINATION AT THE ROOT FLARE, IN RESPONSETO A CONTROLLED PULL
STATIC PULL TEST
STRUCTURES, TREES, BRANCHES, OR OTHER FACTORS THAT WOULD PREVENT OR REDUCE HARM TO TARGETS IN THE EVENT OF A TREE FAILURE
PROTECTION FACTORS
PERSONAL INJURY, PROPERTY DAMAGE, OR DISRUPTION OF ACTIVITIES DUE TO THE FAILURE OF A TREE OR TREE PART.
CONSEQUENCE OF FAILURE
A TARGET THAT IS IN MOTION OR INTERMITTENTLY MOVING
MOBILE TARGET
AREA WHERE TREE OR TREE PART WOULD LAND IF TI WERE TO FAIL
TARGET ZONE
A TARGET THAT CAN BE RELOCATED
MOVABLE TARGET
A TARGET THAT CAN NOT BE EASILY RELOCATED SUCH AS A HOUSE
STATIC TARGET
THE MONETARY OR PERSONAL WORTH OF PEOPLE, PROPERTY OR ACTIVITIES
TARGET VALUE
THE AMOUNT OF TIME TARGETS ARE WITHIN THE TARGET ZONE
OCCUPANCY RATE
PEOPLE, PROPERTY, OR ACTIVITIES THAT COULD BE INJURED, DAMAGED, OR DISRUPTED BY A TREE FAILURE
TARGETS
THE LIKELIHOOD OF IMPACT IS ______ ______ IF THE CHANCE OF THE FAILED LITREE OR TREE PART IMPACTING THE SPECIFIED TARGET IS REMOTE.
VERY LOW
THE _________ ___ _________ IS HIGH IF THE FAILED TREE OR TREE PART IS LIKELY TO IMPACT THE TARGET
LIKELIHOOD OF IMPACT
THE CONSEQUENCES OF FAILURE ARE ___________
IF THERE WILL BE NO PERSONAL INJURY, LOW VALUE PROPERTY DAMAGE, OR DISRUPTIONS THAT CAN BE REPLACED OR REPAIRED.
NEGLIGIBLE
TARGETS CAN BE __________ OR ___________ BASED ON IMPORTANCE OR VALUE, WHICH CAN BE USEFUL FOR MUNICIPALITIES MANAGING LARGE TREE POPULATIONS.
STARTIFIED ; PRIORITIZED
ON A PUBLIC ESTATE PROPERTY , IT MIGHT BE PRATICAL TO ________ ACCESS TO THE TARGET ZONE, IN ORDER TO REDUCE THE OCCUPANCY RATE OF PEOPLE
RESTRICT
BRANCHES LOW ON THE TRUNK CAN SLOW THE FALL OF BRANCHES FROM HIGHER IN THE CROWN AND SERVE AS __________ ___________ TO TARGETS BELOW.
PROTECTION FACTORS
THE LAND AND WATER FEATURES OF A AREA, INCLUDING CHANGES IN ELEVATION
TOPOGRAPHY
LAND DISTURBANCES
DISRUPTIONS TO A TERRESTIAL SITE, COMMUNITY, OR ECOSYSTEM THAT ALTER THE PHYSICAL ENVIROMENT
THE CHANCE OF A TREE OR TREE PART FAILURE OCCURING WITHIN THE SPECIFIED TIME FRAME
LIKELIHOOD OF FAILURE
FORCE ON A TREE OR STRUCTURE RESULTING FROM THE IMPACT OF WIND
WIND LOAD
CONTACT WITH THE FORCES OF WIND, EITHER FULL, PARTIAL OR NONE
WIND EXPOSURE
BREAKAGE OF TREE OR TREE PARTS, OR LOSS OF MECHANICAL SUPPORT
FAILURE
COMPRESSION OF SOIL THAT BREAKS DOWN SOIL AGGREGRATES AND RDDUCES SOIL VOLUME AND TOTAL PORE SPACE
SOIL COMPACTION
TIME PERIOD FOR WHICH AN ASSESSMENT IS DEFINED
TIME FRAME
EXPOSED TO MORE WIND AND LIGHT THAN INTERIOR TREES
EDGE TREE
T/F
MOST TREE FAILURES OCCUR DURING NORMAL WEATHER
FALSE
T/F
A WIND ROSE GRAPH CAN BE USED TO MODEL REGIONAL OR LOCAL WIND PATTERNS
TRUE
T/F
TREES WITH LESS FOLIAGE HAVE MORE DRAG DUE TO THE WINDS DISRECT CONTATCT WITH MAJOR SCAFFOLD BRANCHES
FALSE
T/F
SHALLOW ROOT SYSTEMS ARE ASSOCIATED WITH SATURATED SOILS OR OVER IRRIGATED LANDSCAPES
TRUE
T/F
IN GENERAL, TREES WITH A DEEP ROOT SYSTEMS ARE MORE PRONE TO FAILURE THAN THOSE WITH A SHALLOW ROOT SYSTEM
FALSE
T/F
A SOIL PROBE CAN BE USED TO DETERMINE SOIL DEPTH AND PENETRABILITY
TRUE
T/F
USUALLY, SOILS AT THE TOP OF A SLOPE WILL BE WELL DRAINED. AND THOSE AT THE BOTTOM OF A SLOPE WILL BE WETTER, POSSIBLY WATERLOGGED
TRUE
T/F
THE AMOUNT OF SOIL VOLUME NEEDED TO SUSTAIN AND SUPPORT A TREE DEPENDS ON TREE SPECIES, SIZE, SOIL CHARACTERISTICS, AND CLIMATE
TRUE
ALTHOUGH ___________ TREES MAY BE WELL ADAPTED TO THE PREVAILING WINDS AS A RESULT OF CONTINOUS WIND EXPOSURE, ___________ TREES THAT HAVE BEEN ABRUPTLY EXPOSED MAY HAVE A HIGHER LIKELIHOOD OF FAILURE.
EDGE, INTERIOR
HEAVY EQUIPMENT CAN CAUSE SOIL ___________, OFTEN CRUSHING TREE ROOTS OR NEGATIVELY IMPACTING SOIL STRUCTURE
COMPACTION
AS A GENERAL RULE, IF ONE OR MORE LARGE __________ _________ HAVE BEEN SEVERED WITHIN A DISTANCE EQUAL TO THREE TIMES THE TRUNK DIAMETER, AN ASSESSOR SHOULD LOOK FOR NEW ROOT GROWTH OR ROOT DECAY TO ASSESS WHETHER THE TREE HAS SUFFICIENT SUPPORT
STRUCTURAL ROOTS
TREES ARE MORE SUSCEPTIBLE TO _____________ WHEN THE SOIL IS SATURATED, PARTICULARLY IF THE TREE IS SHALLOW ROOTED OR THE SOIL IS SHALLOW
WINDTHROW
CODIT
COMPARTMENTILIZATION OF DEACY IN TREES
NATURAL DEFENSE IN TREES BY WHICH CHEMICAL AND PHYSICAL BOUNDARIES ARE CREATED THAT ACT TO LIMIT THE SPREAD OF DISEASE AND DEACY ORGANISMS
WALL 1
- RESISTS THE SPREAD OF DECAY UP AND DOWN THE VASCULAR SYSTEM
- PLUGS TRACHEIDS AND XYLEM VESSELS
WALL 2
- RESISTS DECAY FROM MOVING RADIALLY TOWARD THE CENTER OF THE TREE
- COMPOSED OF LATEWOOD CELLSIN EACH GROWING RING AND CHEMICALS PRODUCED BY LIVING CELLS IN THIS AREA
WALL 3
- RESISTS DECAY FROM SPREADING FROM THE POINT OF INJURY AROUND THE TRUNK
- CELLS IN THE RAYS CREATE CHEMICALS THAT ARE TOXIC TO DECAY ORGANISMS
WALL 4
- PREVENTS DECAY FROM MOVING OUTWARD
- NEW XYLEM DEVELOPS AFETR INJURY, PHYSICALLY SEPERATING OLD TISSUE FROM NEW TISSUE
- ALSO CALLED THE BARRIER ZONE
DEFINITE INDICATORS OF DECAY
- CAVITY OPENINGS, NESTING HOLES, BEE HIVES, ADN OTHER VOIDS OR OPENING TO THE OUTSIDE OF THE TREE
- FUNGAL FRUITING STRUCTURES, SUCH AS MUSHROOMS, CONKS, OR BRACKETS, THAT ARE ATTACHED TO THE TREE
- CARPENTER ANTS INHABITING OR EMERGING FROM DEFECT REGIONS
- TERMITE EMERGENCE FROM INTERNAL NESTS/TUNNELS
POTENTIAL INDICATORS OF DECAY
- THE PRESENCE OF OLD WOUNDS OR BRANCH STUBS THAT MAY HAVE ALLOWED DECAY FUNGI TO ENTER THE TREE
- RESPONSE GROWTH PATTERNS, SUCH AS SWELLING, BULGES, OR RIDGES ON A TRUNK OR BRANCH
- CRACKS OR SEAMS
- OOZING THROUGH THE BARK
- DEAD OR LOOSELY ATTACHED BARK, OR BARK WITH ABNORMAL PATTERS OR COLORS
- SUNKEN AREAS IN THE BARK
- TERMITE TRAILS
TENSION WOOD
REACTION WOOD IN BROADLEAVED TREES ( HARDWOODS) THAT FORMS ON UPPER SIDE OF BRANCHES
STRESS
A FORCE PER UNIT AREA