Fungi Reproduction By: Ashley Seidler. Phylum: Zygomycota Example Species: Rhizopus, Pilobus, Entomophthora Hyphae (1n) Fused Hyphae Plasmogamy Zygospore.

Slides:



Advertisements
Similar presentations
Level 1 Biological Diversity Jim Provan
Advertisements

Presentation created by Danielle Sherdan
Fungi: Recyclers, Pathogens, Parasites, and Plant Partners
Fungi Lab. Tentative Phylogeny Fig 28.8 Generalized fungal lifecycle Spore-producing structures Spores ASEXUAL REPRODUCTION GERMINATION Zygote Mycelium.
True Fungi break down dead organic material provide numerous drugs
Fungi Chapter 31. Fungi - heterotrophs - eat by absorbing nutrients - by secreting enzymes to outside which digest food around them; fungi absorbs food.
Classification of Fungi. Fungi are more closely related to animals than plants: Animals and fungi have flagellate cells Animals and fungi have flagellate.
The Study of Fungi is called Mycology
Fungi- Chapter 14.
Chapter 14 Fungi Heterotrophic organisms once considered to be primitive or degenerate plants lacking chlorophyll.
Fig
Fungi Chapter 31.
Kingdom Fungi Phylum: Zygomycota (Sporangium Fungi) Phylum: Basidiomycota (Club Fungi) Phylum: Ascomycota (Cup Fungi & Yeasts) Phylum: Mycophycota.
Molecular analyses supports the division of the fungi into four phyla.
Prof. Khaled H. Abu-Elteen
Fungi.
Kingdom Fungi Eukaryotic, cell walls made of chitin, saprophytic or parasitic and essential as decomposers.
Kingdom Fungi The characteristics of fungi The evolution of the fungi
Fungi Fungi are eukaryotic heterotrophs that have cell walls. The cell wall is made of chitin, a complex carbohydrate found in the external skeleton of.
Classification of Fungi 12-2
Copyright Pearson Prentice Hall
Practical Review Lab 2.
Topic 6 Fungal Diversity
Unit 6--Microbiology Chapter 21 Fungi. Fungal Characteristics Filamentous bodies: Hyphae = thin filaments Mycelium = entire mass of hyphae Chitinous cell.
Protista and Fungi 1 Continued…… Heba Al-Tamimi. EukaryaProtistaEuglenozoaAlveolataAmoebozoaStramenopila Phylum Bacillariophyta (diatoms) Phylum Phaeophyta.
Chapter 25 Fungi. Fig Fig Reproductive structure Spore-producing structures Hyphae Mycelium 20 µm.
Kingdom Fungi.
Objective: Kingdom Fungi
“The Mighty Mushroom” take a walk through a forest
1. Characteristics 2  Eukaryotes  Most are saprobes (live on dead organisms)  Grow best in warm, moist environments  Mycology is the study of fungi.
Decomposers, Mutualists, and Killers
Fungi. Basic Information: Fungi are... - eukaryotes - mostly multicellular - sometimes unicellular (yeast) - very diverse with an estimated 1.5 million.
Fungi (& a little more Cyanophyta) For Dr. Hughey’s Bio 3 Class
Mycology = Study of FUNGI Mushrooms, Toadstools, Boletes, Yeasts, Molds, Mildews, Puffballs, Stinkhorns….
Botany Lab Prep KINGDOM FUNGI BIO 201: Botany. DIVISION OOMYCOTA Water molds (one of the lower fungi) Coenocytic hyphae Asexual – zoospores Sexual – antheridia.
Fungi Section 1: Characteristics of Fungi Section 2: Fungal Diversity
Synapomorphies that distinguish the fungi:
Fungi. Characteristics eukaryotic multicellular (except yeasts) heterotrophic by absorption (saprophytes – feed on dead organic matter) reproduce sexually.
The Kingdom Fungi.
Fungi. General Characteristics Primarily terrestrial Filamentous –__________ Coenocytic (aseptate) septate –mycelium –Haustoria – specialized parasitic.
Kingdom Fungi Common Characteristics: Eukaryotic No chlorophyll and are heterotrophs Cell walls of cells are made of chitin Most are multicellular. Only.
Kingdom Fungi. Distinguishing Characteristics Eukaryotes Nuclei in cells Multicellular Cell walls (chitin) Heterotrophs Sessile Sexual & Asexual Reproduction.
Fungi By Jacob Squicciarini and Adryan Cheeseboro.
Kingdom Fungi.
Classification of Fungi
Chapter 21 Biology – Miller • Levine
Fungal Diversity BIOL Fungal Classification Traditionally based on: –Sexual spore- producing structures –Hyphal characteristics Molecular evidence.
1.  Mycology- study of fungus 2 Characteristics 3.
Muhammad Zeeshan Nazar
Fungi are no longer considered plants because they: 1. Reproduce by haploid spores.
Kingdom Fungi Lab With labels. Rhizopus sporangia Division Zygomycota - This is the asexual spore form.
Fungi Fungi grow as filaments – hyphae Mycelium – mass of hyphae
Kingdom Fungi Ch. 31 Lecture Objectives Fungal Characteristics
Kingdom: fungi.
Fungi.
AP Biology Crosby High School
Reproduction In Plants
Fungi invade the land Chapter 18.
Fungi.
Topics Ecological and economical significance
Copyright Pearson Prentice Hall
Classification of Fungi
Kingdom Fungi.
Fungi- Chapter 14.
The Kingdom Fungi Ode to Mushrooms!.
Fig
Kingdom Fungi.
Kingdom Fungi.
Kingdom Fungi.
Lab Practical REview Lab Practical #1 Review Date: Time: Location: 1407 Practical Test Information: If you are in lab section _____, your practical.
Presentation transcript:

Fungi Reproduction By: Ashley Seidler

Phylum: Zygomycota Example Species: Rhizopus, Pilobus, Entomophthora Hyphae (1n) Fused Hyphae Plasmogamy Zygospore (n+n) Karyogamy Zygote (2n) Meiosis 1n Spores (1n)

Phylum: Chytridiomycota Example Species: Batrachochytrium dendrobatidis, Allomyces.... Mitosis Gametophytic mycelium (1n) Gametes (1n) Fusion (plasmogamy and karyogamy occur at the same time) Zygote (2n) Sporophytic mycelium (2n) Sporangia Mitosis Meiosis Spore (1n) Mitosis Sexual Asexual

Phylum: Ascomycota Example Species: Xylaria polymorphia, Morchella, Saccharomyces cerevisiae Ascocarp (n+n) Karyogamy (2n) Meiosis (1n) Mitosis Ascus Spores (1n) Spores Germinate Plasmogamy Spores Germinate Mitosis Hyphae Conidiaphore Asexual spores (conidia)

Phylum: Basidiomycota Example Species: Amanita muscaria, Ustilago maydis, Agaricus Basidiocarp (n+n) GillsKaryogamy (2n) Meiosis (1n) Basidium Spores (1n) Spores germinate and form hyphae Hyphae undergo plasmogamy and form mycelium Mycelium produce a fruiting body