The growth of a woody plant arises from....?
824720
c-both apical and lateral meristems
406714
plants and roots of plants
748520
some epiphytic plants grow on the trunks of tropical evergreen forests .The epiphytic plants have their roots hanging in the air for absorption of water, as they do not have contact with direct soil.Thesee plants are not parasites. may be the plant u have has its guest plants seeds, or little root system on it SO it is allowing  its growth
237200
tapioca they come from a plant... called a tapioca plant.
231991
First, there was a seed. It was watered everyday, and it grew and grew. Finally the tree said "Gee, om a tree!" and a radish grew from one of its symmetrical branches.
436437
The stem of a plant is made of cellulose and lignin, tough fibers that can hold the plant up
811865
flowering plants! we just learned this in my biology 110 class at penn state! oh, my professor would be so  proud :)
799857
apical meristem. thats where all new growth on a plant comes from. however, if its cut off, a most plants can create a new apical meristem.
925453
well photosynthesis is a good way to start. the water from the roots are pulled by cohesion and then it leaves from the stroma in the plant leaves.
321476
1. A- mosses- basic, no vascular tissue, reproduction requiires water\nB- Ferns- vascular tissue present\nC- gymnosperms- seeds\nD- angiosperms- flowers and fruits\n\n2. Monocots have one cotyledon, dicots have 2\n\n3. cotyledons are the first leaves that sprout out of the seed, they contain nutrients for hte seed\n\n4. male- stamen, female- pistil\nSeed- sporophyte, fruit- ovary\n\n5. Photosynthesis is the making sugar/energy from CO2 and light\nTakes place in the stem and leaves (wherever green).  or more specifically, in the chloroplasts, in the stroma and thylakoid membrane\n\n6. Vascular tissue are a transport system, carrying water, minerals and sugar up to all parts of the tree\nAdvantages- grow bigger, compare mosses and trees\n\n7. tropism is the plants tendency to grow\nPhototropism- grow towards light.  light slows down cell elongation in stem that it hits, opposite side grows faster\nGravitropism- roots grow downward.  heavy molecules sink, thus coordinating top cells to elongate
530491
The entire tree was not originally contained within the small seed.\nThe tree grew and got larger (more massive) by taking in material from the Earth and air.\nWater and minerals were sucked up into the tree through the roots, things like Carbon Dioxide were taken in through the leaves, and all of this was done by the energy gained from photosynthesis and the initial nutrients stored withhin the original seed.
891619
1. Plant cell are constantly differentiating in a plant, as long as it has embryonic tissure (i.e. buds). In these buds, embryonic cells are born, grow and differentitate into all sorts of plant cell types.\n2. Plants facilitate the process by bringing to these burgeoning cells all the nutrients they need in their infancy. This differentiation process is crucial because it creates all the different types of cell a plant needs to live, i.e. conducting cells, structure cells, photosynthetic cellls, root cells, etc.
606416
Oxygen is the byproduct of photosynthesis, which means that trees create oxygen by processing sunlight, water, and carbon dioxide into the simple carbohydrates they need as "food."
347588
Taking a guess here but I  would think in a way.. some plants have growth underground like carrots, potatoes, onions, etc. The underground roots stay underground lol, they absorb fluids, aka water and grow from underneath then the stems are actually what blossoms out of the dirt. It is the result of the outgrowth the root has made. I have no idea what I'm saying here :P
536005
It means the person has a natural ability to grow plants.
915434
Plant cells differentiate in many tissues, like leaf, xilem, phloem, root and many others. It's the same for us, an animal cell can differentiate into a liver cell, a brain cell, a skin cell....\nPlants, unlike us, have regions of undifferentiated cells, called meristems. The main meristem of the shoot is at the top, called the terminal bud. Theese cells divide and produce the elongation of the shoot, and as they become more and older they produce new shoot, leafs and stuff.\nOther meristems, axial buds, are kept right in the place where the leaf meets the shoot. When this buds start growing in the same way the terminal buds do, branches arise.\nOther regions of meristematic tissue are right between the phloem (where the sap flows) and the xilem (where the water flows) all along the shoot. This region is called the Vascular Cambium.\n\nNormally, the terminal bud secretes hormones to the sap that keep the other meristematic tissues at rest. This is to avoid a lot of branches beeing produced before the roots can cope with the water demand of a lot of leafs.\nWhen you cut the shoot, the terminal bud dissapears, so the axial buds and even the cambium start dividing and differentiating into new shoots. \nThe reason why this new growth happens near the cut is because this would be the youngest axial buds and cambium, and therefore the most active ones (or the ones that can more readily be activated).
834603
what kind of plant is it ? some do.