The Simpor Story (A Brunei Symbol)

Slides:



Advertisements
Similar presentations
Ecological Succession: (Important info in blue)
Advertisements

First Grade Bettie F. Williams Elementary
The Story of the Humble Simpur
Plant Growth and Reproduction
What You Eat is What You Are 2006/07. The Myrtle (Myrtus) is a genus of one or two species of flowering plants in the family Myrtaceae, native to southern.
It’s Latin name is “brachylophus fasciatus.” The name, Brachylophus, is derived from two Greek words: brachys meaning "short" and lophos meaning "crest"
 Tom Abbott, Biddulph High School and made available through and only for non commercial use in schools Tropical rainforest models.
TROPICAL RAINFOREST PAGE OBJECTIVES Describe and explain distribution of tropical rainforest. Describe the features of tropical rainforests. Describe.
Tropical rainforest models
LEARNING FOR LIVING A NATURE BOOK FOR CHILDREN A FUN GUIDE TO THE PLANTS OF THE BACK MANGROVES OF SUNGEI BULOH WETLAND RESERVE !!
How plants grow Created by Miss Castillo.
History of the Horticultural Industry As human culture developed, it found many uses for plants: o Food o Medicine o Clothing Gathers became cultivators.
Diversity of Life: Chapter 3 Lesson 2 Classifying Plants
Environmental Chapter 3 Ecosystems. An ecosystem is all of the living and non-living things in a given area 2 factors – Biotic – all of the living things.
CORAL REEFS The Tropical Rainforest of the Sea….
SCRUB Ecosystem Scrub is a community composed of a dominance of evergreen shrubs with frequent patches of bare, white sand With or without a canopy of.
MY SIMPUR STORY Zahrina Zainal Abidin Universiti Brunei Darussalam By Zahrina ZA 1.
Succession.
Classifying Plant Groups
Maps Getting to Know Your World!. 4 Elements Of A Map Title – tells you what the map is of Scale – tells distance Compass – tells direction Legend – tells.
Global Environments By Emily Burns.
Living on Planet Earth THE PLANT KINGDOM PLANTS REPRODUCE THE NATURE OF THRIVING PLANTS © 2010 abcteach.com.
The Importance of Pollen and Seeds
Done by: Melanie, Aik Young, Gigi and Nigel. WIND DISPERSAL  Western salsify or goatsbeard showing dense, puff-like cluster of numerous parachute seeds.
Soils!.
COASTAL ECOSYSTEMS MANGROVES BIOL 202 MARINE BOTANY FALL 2009.
2.4 How Climate Affects Vegetation Geography. Journal Entry Write a paragraph correctly using each of the following words: –Theirtowhere –Theretoowere.
Mango Mangifera indica Anacardiaceae Family
Lesson Overview 24.2 Fruits and Seeds.
Biomes of the World. Two major Types of Biomes 1. Terrestrial Biome – Those biomes found on land, mainly characterized by plant life. 2. Aquatic Biome.
The development of cities throughout the world is influenced by geographic features. Each feature offers advantages and disadvantages to the settlement.
Science 3G Ch 1b Where Living Things are Found Science Review Chapter 1b Flash Cards!
Plant of the month. Carissa macrocarpa Botanical name Apocynaceae Natal plum.
Plant Responses and Adaptations
Tropical Rainforest Biome By: Sophie, Shannon, Nate, and Brody.
Tropical Rainforests By: Ghanim Al Naimi 6D. What is the Tropical Rainforest? Tropical rainforests are located around the equator from the Tropic of Cancer.
Plants of the Tropical Rain Forest By: Orion Kendra.
Tropical Rainforest Michaela Mohrey. Location North central America, South America, Africa, Asia, Australasia.
Southern New England Habitats III: Floodplain
Plants Week 4 Directions 1.Prepare your desk for science. Leave your plant quiz (signed) on your desk. 2.Use voice level 2 (conversation) to discuss this.
Chapter 3 Southeast Asia and the Pacific Region: Physical Geography.
Seed plants and structure of a seed
Functions of Plants Roots A92-A94. Vascular Plants Vascular plants have tubes. These tubes can be found in roots, stems, and leaves. The tubes form a.
Succession Ecological succession is the gradual process by which ecosystems change and develop over time. Nothing remains the same and habitats are constantly.
Jack Pine Grade 3 Life Science Plant Growth and Changes The jack pine is a tree ranging from 17 m – 22 m. It always has needles on it so we say it is an.
All About Plants Mrs. Peterson First Grade C.P. Lightfoot.
Lesson Overview 24.2 Fruits and Seeds Fruits and Seeds Lesson Overview Lesson Overview THINK ABOUT IT What are fruits, and what purpose do they serve.
Shallow -little soil deep – fertile soil lots of soil.
Natural Habitats ●What are they? ●Types ●Examples.
SCIENCE 6 TOPIC 1. LOOK UP THESE WORDS: GIVE A BRIEF DEFINITION TO EACH BIOSPHERE ENVIRONMENT BIOMES HABITATS.
Albia Dugger Miami Dade College Cecie Starr Christine Evers Lisa Starr Chapter 43 The Biosphere (Sections )
Objectives Describe some of the physical features of stream development. Explain the process of rejuvenation in stream development. –stream channel –stream.
Japanese Knotweed (Fallopia japonica)
Ecological Succession
Sample.
Introduction to Habitats
Plant Adaptations.
“Don’t make me read, make me understand “
Lesson Overview 24.2 Fruits and Seeds.
Deciduous Forest.
Category 1 Category 2 Category
Tropical rainforest models
Go through and highlight important information.
Plant Adaptations.
Plant Adaptations.
Chapter 43 The Biosphere.
Subject : Science Topic: Plants Sub Topic :Parts of a Plant
Tropical rainforest models
External Forces of the Earth
Lesson Overview 24.2 Fruits and Seeds.
Presentation transcript:

The Simpor Story (A Brunei Symbol)

A Brief Introduction Simpur or Simpor (scientific name; Dillenia)as the locals called it, is native to Brunei Darussalam forests. It can be found everywhere in the country may it be deep in the jungle or the outskirts of a small secondary forests. Due to its common existence, Simpur or Simpor has been adapted and became an iconic symbol of Brunei Darussalam. Up until now, Simpor was recognized by other countries as a symbol of Brunei and to show this symbolic icon, different types of simpor have been printed in Brunei Dollar notes. In this PowerPoint presentation, we tend to open and tell viewers the story of this plant. Sit back and enjoy the presentation.

Simpur: Its Habitat Generally, Simpur can be simply found on swampy areas, lowland inland forests, wasteland and even on eroded soil. It covers area of secondary forests and is abundance everywhere.

Distribution of Dillenia species in Brunei Dillenia beccariana (Martelli) Borneo endemic. Locally common on the clay slopes in the lower Temburong and Batu Apoi valleys, in the Ulu Tutong and at Tasik Merimbun. 2. Dillenia borneensis (Hoogland) - Found rare in Brunei: on clay soils in mixed dipterocarp forest at 300m in temburong District.

3. Dillenia excelsa (jack) Gilg Throughout Brunei: especially in moist valleys and lower slopes. 4. Dillenia grandifolia (Wallich) - Uncommon in Brunei: known from Ulu Ingei and Andulau Forest reserve, Belait, and Kuala Belalong, Amo.

5. Dillenia indica (Linnaeus) Not native in Brunei:sometimes cultivated. 6. Dillenia reticulata (king) -Locally frequent on sandy soils in the floodplains o f the streams within Andulau Forest Reserve in Brunei, and in Ulu Belait. 7. Dillenia pulchella (Jack)Gilg - Mixed peatswamp fprest and swampy kerangas, in Brunei especially near the coast.

8. Dillenia suffruticosa (Griffith)martelli Abundant on degraded land,often where covering from fire;also common in river banks and other open place,especially downriver and on poor soils. 9. Dillenia sumatrana (miquel) - Common in Brunei: in lowland mixed dipterocarp forest on leached sandy and sandy clay soils-Belait and Tutong districts but far not from Temburong.

Simpur: Location where it can be found. Simpur can be found at the following regions: Asia Australasia Indian Ocean Islands

THE SIMPOR STORY Dillenia or commonly known as Simpoh or Simpor or Simpur is a genus of 100 species of flowering plants in the family Dilleniaceae, native to tropical and subtropical regions of southern Asia, Australasia, and the Indian Ocean islands. The genus is named after the German botanist Johann Jacob Dillenius, and consists of evergreen or semi-evergreen trees and shrubs. Dillenia is widespread in Brunei and can grow in various habitats. It is a species that can be seen in the white sands of Brunei where it serves as the colonizer of the sands other species can not live. In due time, the white sands will become a new rainforest.

THE SIMPOR STORY Scientific Classification Kingdom Plantae Sub-kingdom Tracheobionta Vascular Plants Superdivision Spermatophyta Seed Plants Division Magnoliophyta Flowering Plants Class Magnoliopsida Dicotyledons Subclass Dillenidae Order Dilleniales Family Dileniaceae Genus Dilenia

THE SIMPOR STORY Dillenia in Brunei Darussalam SPECIES COMMON NAME Dillenia Suffruticosa (Griffith) Martelli Simpoh Air, Simpor Bini Buan (Iban), tegering abai (Murut), dingrng kala’o (Belait) Dillenia Grandifolio Wallich ex Hooker f. & Thomson Pokok Simpoh Daun Merah Dillenia Reticulata King Pokok Simpoh Gajah, simpor pay Dillenia Excelsa (Jack) Gilg Pokok Simpoh Ungu, simpor laki, simpur laki, simpoh, Simpur laki (Brunei, Dusun) Beringin (Iban) Dillenia beccariana Martelli River simpor, Buan (Iban) Dillenia Indica Linnaeus Dillenia Borneensis Hoogland Ubah rusa (Iban) Dillenia Sumatrana Miquel Simpur Laki (Brunei), Peru (Iban), Menterong Dillenia Pulchella (Jack) Gilg Simpur paya

THE SIMPOR STORY Links: http://en.wikipedia.org/wiki/Dillenia http://www.wellgrowhorti.com/page/landscapeplants/Trees/Tree%20List%20D.htm http://srttaseancorner.blogspot.com/2010_04_01_archive.html http://www.botany.hawaii.edu/faculty/carr/dilleni.htm http://ms.wikipedia.org/wiki/Senarai_pokok

THE SIMPOR STORY : FLOWERS

Among all the species discovered, only the common species have been pictured and posted via Internet. From these pictures, we hope it will be easier to distinguish between each species.

Dillenia Excelsa Please click title for description

Dillenia Alata Please click title for description

Dillenia Indica Please click title for description

Dillenia Philippinensis Please click title for description

Dillenia subfruticosa

Dillenia Sumatrana

Dillenia Beccariana

THE SIMPOR STORY: FRUITS OF THE DILLENIA

Dillenia alata The open fruit reveal bright red valves and black seeds.

Dillenia indica, Dillenia speciosa The greenish-yellow fruit, which has a thick protective covering, is edible; unripe fruits are cooked to make pickle and chutney. The juicy pulp is aromatic but very acid.

Dillenia ingens

Dillenia ovata

Dillenia philippinensis

Dillenia serrata, Dillenia elliptica

Dillenia suffruticosa, Wormia suffruticosa The ripe fruit splits open also at 3 am, into pinkish star-shaped segments to reveal seeds covered in red arils. It takes 5 weeks for the fruit to set.

Dillenia beccariana Unopened fruit Opened fruit

Dillenia excelsa Unopened fruit Opened fruit

THE SIMPOR STORY: USES & APPLICATIONS

The large leaves are used to wrap food such as tempeh (fermented soyabean cakes), nasi lemak and tapai (fermented rice). Can be rolled into shallow cones to contain traditional "fast food" such as rojak. The mature or old leaves of some species contain a deposit of silica in their tissues and thus they were once used as sandpaper.

As an indicator of availability of water source - This plant sends out very deep tap roots to reach underground water sources. - Hence, some people use the plant as a guide to decide where to dig a well.

Traditional medical views Traditional medicinal uses - The young shoots is used to staunch bleeding wounds. The fruit pulp may be used to wash the hair.

The Simpor Bini (Dillenia suffruticosa) is also widespread in distribution, and it can grow in various habitats. It can be found commonly in the white sands areas, as well in secondary growth and in swamps. In the white sands, the Simpor Bini is a very important species. It acts as a pioneer species, colonizing the white sands where other tree species are unable to establish themselves on the white sands.

The Simpor Bini is known to have seeds that can establish on the white sands, and on germinating, are able to send roots very deep down to reach underground water source. The low spreading shrubs that develop will eventually provide shade for seedlings of other tree species to establish themselves. Islands of fresh vegetation will be initially formed, and eventually a new forest is established.

THE END