What are the 6 main parts of a tree?
411420
WHAT ARE THE SIX BASIC PARTS OF A TREE?  \nRoots \nBark \nTrunk \nBranches \nLeaves \nSeeds
163538
600,000 parts pumpkin\n\n400,000 parts oxygen\n\n1 part rum
436437
The stem of a plant is made of cellulose and lignin, tough fibers that can hold the plant up
184746
1. Wind- Some seeds are carried to a new place by the wind.\n\n2. Water Dispersal- Fruits which float such as those of the water lily and the coconut palm are carried by water.\n\n3. Animal Dispersal- Some seeds that are ingested by animals can be digested and later excreted out far away from the parent plant.  Some seeds also have burs so they can attach themselves to animal fur only to later be dropped.\n\n4. Explosion- Some plants have pods that explode when ripe and shoot out the seeds.\n\n5. Fire- A number of species of pine have cones that only open after a fire. These are called serotinus.  Jack pines have cones that are held closed by a resin sensitive to high temperatures. These cones will not open to release their seeds until a critical temperature is reached.
534848
I remember coming across such a question one time, but I think it talked of converting a tree (and not a forest) into a linear list.\n\nI suggest you do the following: \n- Iterate through the forest, 1 tree at a time\n- for each tree, do an inorder traversal to generate a linear list (*)\n- join the linear lists to get the complete linear list\n\n(*) I guess this point needs more clarification\nWhat I am suggesting is this\n.      ROOT\n.       //   &#92;&#92;\n.   LEFT   RIGHT\nAssume this to be a trivial doubly linked tree\nAn inorder traversal can convert this into this structure\nLEFT=ROOT=RIGHT which is a doubly linked list really.\n\nI am not sure how to extend this to trees with more than 2 children, but I hope this helps!
182543
Form: large shrub, can be trained to single or multistemmed tree \nSeasonality: evergreen \nSize: large variation with cultivars; heights from 3 to 20ft, spreads from 3-12ft \nLeaves: simple, linear, 3-12in long, whorled around stem, glossy dark green on top and lighter underneath with prominent mid-rib \nFlowers: terminal clusters, may be yellow, white, pink or red; may be single or double; bloom in spring and throughout summer \nFruit: 3-5in long pods, green ripening to brown, splits to release airborne seed \nStems/Trunks: gray, extremely tough, can be trained or pruned as desired \nRange/Origin: Mediterranean and Asia \nHardiness: varies with variety, standard types to low teens, dwarf varieties more tender; damage seen on dwarfs in high teens; all types recover quickly from frost damage\n  \nNerium oleander\ntrained as a tree  \nLANDSCAPE VALUE: \n\nhedge \nscreen, windbreak \nspecimen plant (when trained as tree) \nmedians and roadsides\nCULTURAL REQUIREMENTS: \nExposure: full sun to part shade, takes reflected heat \nWater: drought tolerant; supplement during hot season, \nSoil: tolerant, good drainage \nPropagation: vegetative cuttings \nMaintenance: low to moderate; pruning to control size or shape\nall perts of the plant are poisionous including the smoke if burnt!
499465
A tree grows by photosynthesis: it combines carbon dioxide from the air with water, which it takes in through its roots, to produce glucose, which is converted into starch to be stored in the leaves. Minerals are also taken in through the roots which combine with glucose to produce amino acids, proteins and other stuffs that the tree needs e.g. phosphorus for DNA in the cell nucleus.\n\nThe equation for photosynthesis is:\n\n6CO2 + 6H2O -> C6H12O6 + 6O2\n\nWith research you should be able to find other equations for processes going on inside the tree.\n\nI have not described the first stages of the tree's life, i.e. germination. The increase in mass here is due to the uptake of water.
310791
Most of the conifers have a huge number of leaves. The leaves are small and needle shaped or scale like so a large number can be packed by nature in a small space.Example are \nPines,Cedars,Junipers and Xmas tree.
719201
go here this is a pdf of arkansas trees\nhttp://www.forestry.state.ar.us/community/guide.html
325758
1 stoma (can close on its own, most of them located on leaves), \n2 lenticela (cant close on its own - the tiny dots we can best observe on some woody stalks)\n\npersonally i would also count all the extracellular space inside plants - the quite elaborate system of interconnected cavities that takes the air through the inside of a plant to everyplace where necessary
486566
www.familymanagement.com/holidays/flowers/flower_anatomy.html\n\n\ni would normally leave part of the answer from the site, but it is an illustration.
941903
http://oregonstate.edu/trees/dk/
1096597
1024 fruits\nLet\nx = number of trees\nx = number of fruits per tree\nNumber of trees · number of fruits per tree = number of fruits\nx trees · x fruits/tree = 1024 fruits\nx² fruits = 1024 fruits\nx² = 1024\nx = 32\n\ntherefore, there are 32 trees and 32 fruits per tree.\n\n^_^
105259
Vascular tissue is a complex tissue found in vascular plants. The primary components of vascular tissue are the xylem and phloem. These two tissues transport fluid and nutrients internally. There are also two meristems associated with vascular tissue: the vascular cambium and the cork cambium. All the vascular tissues within a particular plant together constitute the vascular tissue system of that plant.
424850
short grasses, long grasses, deciduous trees, coniferous trees, weeds
670752
TREES, TREES an TREES say it with me TREES
742176
write a proportion (two equal fractions) with shadow on top and height on bottom, one for the tree and one for the meter stick:\n\n5/t = 0.4/1   where t = height of tree\n\nThen cross multiply