Pruning
Tree ID
Trunk
Leaves
Roots
100

The swollen area where the trunk meets the bottom of a branch. You want to leave this intact when making a pruning cut.

The Branch Collar

100

These marks on a twig when a leaf falls off are often visible under buds.

Leaf Scars

100

This outter layer provides protection and insulation for the interior of the tree.

Bark

100

Leaves contain cells with chloroplasts where this process occurs.

Photosynthesis

100

Roots grow to search out oxygen and this in the soil

Water

200

This cut is used when pruning a heavy branch and helps keep the bark from ripping.

3-Point Cut

200

These trees will shed foliage at the end of their growing season, typically in the fall.

Deciduous Trees

200

This wood serves as a structural center, providing mechanical support for the rest of the tree.

Heartwood

200

The products of photosynthesis are glucose and this gas.

Oxygen

200

Roots main functions are storage, absorption, conduction and this

Anchorage/stability

300

A raised strip of bark on the top of the stem where it meets the trunk and ends before the branch collar. It helps demonstrate how well the branch is connected to the trunk.

Branch-Bark Ridge

300

The Acronym MAD, meaning Maple - Ash - Dogwood, is a way to remember trees that have buds and twigs with what arrangement? 

Opposite Arrangement

300

Layer with a series of vessels that transport the sugars (photosynthates) from the top of the tree down to the rest of it.

Phloem

300

Plants use water, carbon dioxide, and this to carry out photosynthesis.

Sunlight

300

How to roots end up in water pipes?

The pipe was already cracked or damaged, and the roots were seeking water.

400

This cut is used when, instead of removing an entire branch from the trunk, you cut the branch back to the next largest, healthiest branch. 

Reduction Cut

400

Small pores that are responsible for gas exchange in woody parts of a tree. They are not always visible on the trunk, but can usually be seen on twigs.

Lenticels

400

 This is the layer where cell differentiation and division occurs, helping to generate the inner and outer layers surrounding it.

Cambium

400

Water enters the tree through the roots using this process.

Osmosis

400

These kinds of roots grow straight down from the trunk, typically seen in younger trees.

Tap Roots

500

This pruning technique, with an animal-inspired name, involves removing excessive branches from the lower part of a tree.

Lion Tailing

500

This species is one of the few deciduous conifers, known for its characteristic "knees."

Bald Cypress

500

Another term for this layer is the sapwood, which is part of the vascular system and works alongside the phloem. It is responsible for transporting water and nutrients from the roots to the crown of the tree.

Xylem

500

This is the loss of water through foliage in the form of water vapor from small openings called stomata.

Transpiration 

500

These roots grow vertically providing anchorage and access to water.

Sinker Roots