i want to know about the external morphology of a dicot plant and monot plants and their internal anatomy?
537305
Generally, monocots photosynthesize via the C4 pathway.  That means they have specialized internal framework called kranz anatomy to allow photosynthesis to occur.  It occurs in a different way then dicots so that their stomata dont need to stay open as long so they can conserve more water since monocots are typically found in dry climates.
426187
try the following links:\n\nhttp://www.anatomyatlases.org/atlasofanatomy/index.shtml\n\nhttp://en.wikipedia.org/wiki/Anatomy\n\nhttp://en.wikipedia.org/wiki/List_of_human_anatomical_features\n\nhttp://free-ed.net/free-ed/HealthCare/Anatomy/default.asp\n\nhttp://users.pandora.be/educypedia/education/anatomyimages.htm
279248
The attached link has a picture for you;\n\n\n\nhttp://collections.ic.gc.ca/gardens/New%20Bio%20Web%20Pix/OPTIMIZED%20BIO%20PLANT%20PARTS/Monocot.jpg
609782
root, stem, leaf and flower
1095278
For Plant cells:\n\n1)Parenchyma cells:\n--Primary walls that are rel. thin and flexible, no secondary walls\n-- perform most of the metabolic activity of the cell (photosynthesis etc)\n-- Retain the ability to divide and differentiate\n\n2)Collenchyma cells:\n-- thicker primary walls, no secondary walls\n-- help support young parts of plants\n\n3)Sclerenchyma cells:\n-- thick primary and secondary walls\n-- Can no longer elongate, so occur in parts of the plant that have stopped growing\n-- dead at maturity\n\ntwo catergories: sclereids and fibers\n\n4)Water conducting cells of the xylem\n-- tubular, elongated cells\n--dead at maturity\n\n2 categories:\na) Tracheids: long, thin\nb) Vessel elements: wider, shorter, thinner walled\n\n5) Sugar conducting cells of the phloem\n\n-- Alive at functional maturity:\n* Sieve tube members are the main components of the phloem\n* Companion cells, which facilitate loading sugars
484195
for internal in external structures and drawings.\nhttp://www.biologymad.com/Kidneys/Kidneys.htm
405439
1 Practice exam questions from previous years. \n...and number of locules for the following ovary types (drawings represent ... a) Cleistogamy b) Distyly c) Apomixis d) Embyrogeny e) Outcrossing...\nhttp://courses.washington.edu/bot113/Summer/Practice_exams/Exam1_practice.pdf \n\n \n1 Practice Exams 1) (30 pts) Match the letter of the characteristics...\nApiaceae Asteraceae Caprifoliaceae Lamiaceae Scrophulariaceae a) two types of flowers on same plants called disk and ray flowers;\nhttp://courses.washington.edu/bot113/Summer/Practice_exams/Exam2_practice.pdf \n\n \nFeathers, Scales, and Hair ( VERY LONG)\n...well developed in reptiles and are found to be of two general types. ... relatively inconspicuous role played by the dermis in the embyrogeny of...\nhttp://www.cmnh.org/dinoarch/1998Jul/msg00323.html
557095
leaf is an organ, it is part of shoot system which includes buds, stems, flowers and fruits (if the plant has any)
249856
http://plants.usda.gov
840592
Try the link below (source list) ... see the excerpt below:\n\nMedicinal Plant Images \nMedicinal Plant Photographs by genus. \nOver 2,500 JPEGS of medicinal plants, photographed variously by friends too numerous to list...arranged alphabetically by genus, with complete thumbnail index files.\nVideo clips of medicinal plants (2/06) - Short videos (1/2 minute to 1 minute) of 252 plants in the field: Quicktime (.mov) files, 240X180 \nNew Images (9/05) - 100 new photographs and videocaptures by David Rodriquez, Greta Anderson and myself, all with linked thumbnails (a very strange visual). \nIndex of 1200+ plant pictures by North American English and Spanish Names (as of 7/26/97...MUST update)\nIllustrations: 165 classic engravings and illustrations of drug plants and herbs\nColor Illustrations - 175 elegant lithographs of medicinal plants from the first quarter of the 20th century by Mary Vaux Walcott\nColor Illustrations from the National Geographic Society, 1915-1924...elegant and articulate representations of 175 medicinal plants found in North America.\nPen and Ink Drawings of Western North American plants by botanical artist Mimi Kamp, in both jpeg format (for monitor viewing) and gif format (for computer printing) \nMedicinal Plant excerpts - Britton & Brown Illustrated Flora - 2nd Edition (1913) "An Illustrated Flora of the Northern United States and Canada" \nVOLUME I - Ophioglossaceae to Polygonaceae - 149 individual plant files, each with illustration, taxonomy, distribution and current botanical name \nVOLUME II - Amaranthaceae to Loganaceae - 451 individual plant files, each with illustration, taxonomy, distribution and current botanical name \nVOLUME III - Gentianaceae to Compositae - 368 individual plant files, each with illustration, taxonomy, distribution and current botanical name
882231
on the lower surface ofthe leaf as mango is a dicot plant
274572
Liberworts look like this\nhttp://www.humboldt.edu/~dll2/bot105/bryo/liver.htm\n\nMosses\nLiverworts have a thin, leathery body that grows flat on moist soil or, in some cases, the surface of still water.\nMosses have an erect shoot bearing tiny leaflike structures arranged in spirals.\nhttp://users.rcn.com/jkimball.ma.ultranet/BiologyPages/M/Mosses.html\nhttp://hcs.osu.edu/hcs300/liver2.htm
312564
Picture\nhttp://images.search.yahoo.com/search/images?_adv_prop=images&imgsz=all&imgc=&vf=all&va=paku+pakis&fr=slv1-msgr&ei=UTF-8\n\nscientific name\nphsylotophyta(dont know)\nhttp://ms.wikipedia.org/wiki/Paku-pakis_whisk\n\nbahasa melayu name\npaku pakis
244903
Go to the anatomy section of a picture dictionary and find out...or ask your parents to show you and tell you all about it....
1002357
Scientific name: Musa paradisiaca\ncheck links below\n\nMonocotyledonous plants have no secondary thickening, only primary thickening. Differentiates it from trees in general, though one do find monocotyledonous 'trees' , good examples : Dracaena, Bamboo, Tree Aloe, Banana
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.
460864
The Flower:\nThe flower is the reproductive unit of some plants (angiosperms). Parts of the flower include petals, sepals, one or more carpels (the female reproductive organs), and stamens (the male reproductive organs). \nThe Female Reproductive Organs:\nThe pistil is the collective term for the carpel(s). Each carpel includes an ovary (where the ovules are produced; ovules are the female reproductive cells, the eggs), a style (a tube on top of the ovary), and a stigma (which receives the pollen during fertilization). \n\nThe Male Reproductive Organs:\nStamens are the male reproductive parts of flowers. A stamen consists of an anther (which produces pollen) and a filament. The pollen consists of the male reproductive cells; they fertilize ovules. \n\nFertilization:\nPollen must fertilize an ovule to produce a viable seed. This process is called pollination, and is often aided by animals like bees, which fly from flower to flower collecting sweet nectar. As they visit flowers, they spread pollen around, depositing it on some stigmas. After a male's pollen grains have landed on the stigma during fertilization, pollen tubes develop within the style, burrowing down to the ovary, where the sperm fertilizes an ovum (an egg cell), in the ovule. After fertilization, the ovule develops into a seed in the ovary. \n\nTypes of Flowers:\nSome flowers (called perfect flowers) have both male and female reproductive organs; some flowers (called imperfect flowers) have only male reproductive organs or only female reproductive organs. Some plants have both male and female flowers, while other have males on one plant and females on another. Complete flowers have stamens, a pistil, petals, and sepals. Incomplete flowers lack one of these parts. \n\nto find an extensive biology of plants please visit:\nhttp://users.pandora.be/educypedia/education/plantbiology.htm