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Üldökoloogia kordamisküsimuste vastused (4)

4 KEHV
Punktid
Inglise keel - Kõik luuletused, mis on inglise keeles

Esitatud küsimused

  • Mis on fitness ökoloogias?
  • Mille alusel eristatakse bioome?
  • Mis on ökotüüp?
  • Kuidas toimub keskkonnategurite kompenseerimine?
  • Mis on piiravad ehk kujundavad tegurid?
  • Millised on saaklooma kohastumused kiskluse vastu?
  • Millised on taimede kaitsemehhanismid herbivooria vastu?
  • Millised on kiskja kohastumused saakloomade tabamiseks?
  • Miks karjamaal taimede populatsiooni kasvu peatub kui herbivoore ei ole?
  • Kuidas avaldub liigisisene konkurents taimedel sessiilsetel organismidel?
  • Mis puhul kaks liiki saavad kooseksisteerida?
  • Kuidas on ökonisside kattumine seotud konkurentsiga?
  • Miks on stabiilse ökotoni liigirikkus tavaliselt suurem kui tema naaberkoosluste liigirikkus?
  • Milles seisneb üllatava ökotoni üllatusmoment?
  • Mis asjaolu nähtus eelneb suktsessiooni käivitumisele?
  • Mille poolest erineb primaarne suktsessioon sekundaarsest?
  • Miks suktsessioon peatub?
  • Mis protsessi käigus siseneb energia ökosüsteemi?
  • Mis on produktsioon?
  • Millised on produktiivsemad ja millised vähem produktiivsed ökosüsteemid?
  • Miks NPPGPP suhe muutub laiuskraaditi?
  • Miks tarbitakse metsaökosüsteemis ära vähem NPP-st kui rohumaadel?
  • Mis on ökoloogiline taastamine?

Lõik failist

  • Ökoloogiateaduse uurimisobjektid
    Ecology (from  Greek : οἶκος, "house"; -λογία, " study of") is the scientificstudy of the relation of living  organisms to each other and their surroundings.[1] Ecology includes the study of plant and animalpopulations, plant and animal  communities and  ecosystems . Ecologists study a range of living phenomena from the  role of bacteria  in nutrient recycling to the effects of tropical rain forest on the Earth's atmosphere.
    Autökoloogia on ökoloogia haru, mis tegeleb organismide keskkonnanõudluste ja keskkonna-suhete uurimise ja kirjeldamisega.
    Demökoloogia ehk populatsiooniökoloogia (Schwerdtfeger 1963: 13–14) on ökoloogia haru, mis uurib organismide  populatsioone  ja nende keskkonnaoludest johtuvat dünaamikat.
    Sünökoloogia on ökoloogia haru, mis tegeleb liikidevaheliste suhetega  ökosüsteemides, organismide mitmeliigiliste koosluste (ehk biotsönooside) ja nendedünaamikaga, liikide kooseksisteerimise mehhanismidega, koosluste
  • Vasakule Paremale
    Üldökoloogia kordamisküsimuste vastused #1 Üldökoloogia kordamisküsimuste vastused #2 Üldökoloogia kordamisküsimuste vastused #3 Üldökoloogia kordamisküsimuste vastused #4 Üldökoloogia kordamisküsimuste vastused #5 Üldökoloogia kordamisküsimuste vastused #6 Üldökoloogia kordamisküsimuste vastused #7 Üldökoloogia kordamisküsimuste vastused #8 Üldökoloogia kordamisküsimuste vastused #9
    Punktid 50 punkti Autor soovib selle materjali allalaadimise eest saada 50 punkti.
    Leheküljed ~ 9 lehte Lehekülgede arv dokumendis
    Aeg2011-10-19 Kuupäev, millal dokument üles laeti
    Allalaadimisi 126 laadimist Kokku alla laetud
    Kommentaarid 4 arvamust Teiste kasutajate poolt lisatud kommentaarid
    Autor p2nta17 Õppematerjali autor
    Üldökoloogia kordamisküsimuste vastused. mingi osa on inglise keeles, ei ole vaevunud tõlkima.

    Sarnased õppematerjalid

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    Soil microflora

    Estonian University of Life Sciences Report on Soil Microflora By Katrin Vares Tartu 2013 Introduction The purpose of this report is to define soil microflora and establish the importance of it. Since the microorganisms clearly play an important role in preserving the balance of life, the next objective is to look into factors that influence this balance. Natural conditions and cultural impact could be considered as the variables that correlate the most with the activity and composition of microflora, hence some of the natural and cultural factors will be looked into a little more in detail. Definition, composition and importance of microflora Saunders Comprehensive Veterinary Dictionary (2007) cited by the online medical dictionary (2013) defines living microorganisms as that small that they can be seen only with a microscope and that maintain a more or less constant presence in a particular area that includes bacteria, vir

    Inglise keel
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    Inglise keel unit 5 answers

    1. (a) (i) gene length of DNA; codes for a (specific), polypeptide / protein / RNA; max 1 allele alternative form of a gene; found at a, locus / particular position on, a chromosome; max 1 (ii) assume allele refers to coat colour allele (coat colour) gene / alleles, only on X chromosome; A no (coat colour), gene / allele, on Y chromosome male cats, XY / only have one X chromosome; males have only one (coat colour) allele / cannot have two (coat colour) alleles; need black and orange alleles for tortoiseshell colour; 2 r r w w (b) parental genotypes C C × C C ; r w gametes C , C ; F1 genotypes and pheno

    Inglise keel
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    Savanna

    Savanna A savanna is a grassland ecosystem with scattered trees or shrubs. In savannas trees are small or widely spaced so that the canopy does not close. It is often believed that savannas are characterized by widely spaced, scattered trees, however in many savanna communities tree densities are higher and trees are more regularly spaced than in forest communities. The open canopy allows sufficient light to reach the ground to support an unbroken herbaceous layer consisting primarily of C4 grasses. Savannas are also characterised by seasonal water availability, with the majority of rainfall being confined to one season of the year. Savannas can be associated with several types of biomes. Savannas are frequently seen as a transitional zone, occurring between forest and desert or prairie. Although the term savanna is believed to have originally come from a Native American word describing "land which is without trees but with much grass either tall or short", by the late 1800

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    Sunflower

    The sunflower (Helianthus annuus) is an annual(iga aastane) plant in the family Asteraceae, with a large flower head (inflorescence(õiekobar, õisik, õitseaeg, õidumine)). The stem(tüvi) of the flower can grow up to 3 metres tall, with the flower head reaching 30 cm in diameter. The term "sunflower" is also used to refer(nimetama, viitama, üle andma) to all plants of the genus(perekond, sugu) Helianthus, many of which are perennial(alaline, aastaringne) plants. What is usually called the flower is actually a head (formally(ametlikult) composite(liit-, komposiit- ; korvõieline, komposiit) flower) of numerous flowers (florets) crowded(täistuubitud, tunglev, rahvarohke) together. The outer flowers are the ray florets(pähik (õisiku osa) and can be yellow, maroon, orange, or other colors, and are sterile(steriilne, viljatu). The florets inside the circular head are called disc florets. Sunflower head displaying florets in spirals of 34 and 55 around the outside The florets wi

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    Liha töötlemine

    Handbook of Meat Processing Handbook of Meat Processing Fidel Toldrá EDITOR A John Wiley & Sons, Inc., Publication Edition first published 2010 © 2010 Blackwell Publishing Blackwell Publishing was acquired by John Wiley & Sons in February 2007. Blackwell’s publishing program has been merged with Wiley’s global Scientific, Technical, and Medical business to form Wiley-Blackwell. Editorial Office 2121 State Avenue, Ames, Iowa 50014-8300, USA For details of our global editorial offices, for customer services, and for information about how to apply for permission to reuse the copyright material in this book, please see our website at www.wiley.com/ wiley-blackwell. Authorization to photocopy items for internal or personal use, or the internal or personal use of specific clients, is granted by Blackwell Publishing, provided that the base fee is paid directly to the Copyright Clearance Center, 222 Rosewood Drive, Danvers, MA 01923. F

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    Biogas – The source of future energy

    Tartu Miina Härma gymnasium Biogas ­ The source of future energy Report Tartu 2010 Table of Contents Introduction......................................................................................................... What is biogas?................................................................................................... Producing process............................................................................................... Nowadays............................................................................................................ Areas where biogas is used in............................................................................. Biogas as replacement of fuel.......................................................................... Other benefits..................................................................................................... Healt

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    PETROLEUM

    Tallinn 2013 Ott Speek Subject: English Geodesy Study group: GI-21b PETROLEUM PRESENTATION Petroleum (L. petroleum, from Greek: Πέτρα (rock) + Latin: oleum (oil) is a naturally occurring flammable liquid consisting of a complex mixture of hydrocarbons of various molecular weights and other liquid organic compounds, that are found in geologic formations beneath the Earth's surface. The name Petroleum covers both naturally occurring unprocessed crude oils and petroleum products that are made up of refined crude oil. A fossil fuel, it is formed when large quantities of dead organisms, usually zooplankton and algae, are buried underneath sedimentary rock and undergo intense heat and pressure. Petroleum is recovered mostly through oil drilling. This comes after the studies of structural geology (at the reservoir scale), sedimentary basin analysis, reservoir characterization (mainly in terms of porosity and permeable structures). It is refined and separated

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    Energeetika arengu plaanimine

    ELEKTROENERGEETIKA INSTITUUT Referaat Taastvad Energiaallikad Esitamise tähtaeg 14.04.2009 Õppejõud: Hannes Agabus Tudeng: Sergei Belosapko Nikita Naumov Tallinn 2009 Contents: 1. Renewable energy 1.1. Costs................................................................................................................... 2 1.2. Potential future utilization..............................................................................4 1.3. Why Don't We Use More Renewable Energy? ...........................................5 2. Energy Types 2.1. Wind Energy.......................................................................................................6 2.1.1. Annual Generation........................................................................................7 2.1.2. Growth and cost trends.........................

    Energeetika arengu plaanimine




    Kommentaarid (4)

    kkristel profiilipilt
    kkristel: eks eksamil näeme
    13:19 30-10-2012
    motu44 profiilipilt
    motu44: abiks ikka!
    14:48 06-01-2013
    maliisa profiilipilt
    maliisa: oli abiks
    20:15 01-01-2012



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