פטריית קן הציפור Bird's nest fungi

Slides:



Advertisements
Similar presentations
Unit 4 Lesson 3 How Do Plants Grow and Reproduce? Nonvascular plants
Advertisements

Plant Growth and Reproduction
 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
Earth’s Surface Chapter 4 Section 2
Plant Structures and adaptation to their environment
KINGDOM FUNGI.
Most Mosses & Ferns Live in Moist Environments PLANT SPECIES ADAPTED TO LIFE ON LAND. –Scientists think that the first plants looked like green algae.
Fungi.
Shannon, Celina & Katelyn
Fungi Lab: Zygomycota (common mold) 1.Name and describe three kinds of hyphae that make up bread mold Rhizoids = rootlike hyphae that penetrate bread;
Life Science Plant Growth and Changes: Plant Life Cycle
I mean they do keep you alive!
AGENDAAPRIL 22  OBJECTIVE: Describe the characteristics of organisms classified within Kingdom Fungi.  1. Chapter 20 Protists QUIZ  2. Begin Chapter.
Bellringer Have you ever hear of a protist before? How many examples of protists can you think of? Why do you suppose protists are not as well known as.
Forest are ecosystems in which many trees grow..
Tropical rainforest structure LO: To understand the structure of the Rainforest To understand how plants and animals are adapted to the conditions within.
Let’s draw and label the life cycle of a mushroom Please sketch the following diagram in your notes…it will be helpful in the future! Please sketch the.
Section 3: The Diversity of Living Things
Plant and Animal Life Cycles
Classification of living organisms The modern classification of five Kingdoms system of living organisms, according to Whittaker (1969), classify the living.
Biology 19.2 Advent of Multicellularity
Aesroe Rubras By:Shweta. What is an aseroe rubras? An aseroe is a type of stinkhorn, it’s a smelly fungus that’s part of the clathracea family. An aseroe.
Chapter 11 Protists.
What did Mr. Fungus say to Ms. Algae, when he proposed? I lichen you!
Chapter 21: Protists and Fungi Section 21-4: Fungi.
Lesson Overview Lesson OverviewStems THINK ABOUT IT While choosing items at a salad bar, you add some sliced water chestnuts, bamboo shoots, asparagus,
CHAPTER 2 LESSON 1 REPRODUCTION. WHERE DO LIVING THINGS COME FROM? Living things come from other living things. Every organism comes from a parent organism.
Botanist :: William Chasteen This is all about the awesome plants of the Deciduous forest.
Kingdom Fungi Unit 2 - Biodiversity.
The Fungi Kingdom 1.) they are multicellular- bread mold and mushrooms, not yeast ( single celled ). 2.) they cannot move on their own 2 Main Characteristics.
Chapter 21: Protists and Fungi Section 21-4: Fungi.
Fungi. The Kingdom Fungi Fungi are eukaryotic heterotrophs that have cell walls –Cell walls made of chitin—complex carbohydrate found in insects’ exoskeletons.
A fungus is among us!. Fungi: Plural of “fungus”
Unit 6 Microorganisms & Fungi Ch. 21 Fungi. What are Fungi?  Fungi are eukaryotic heterotrophs that have cell walls  Chitin - makes up cell walls, a.
The Fungi Kingdom. Mycology -the study of fungi fungi - singular fungus - plural.
Kingdom Fungi Biology 11 Mr. McCallum Spring 2014.
California State Standards: Structure and Function of Plants All living organisms are composed of cells, from just one to many trillions, whose details.
Fungi. Characteristics of fungi  Eukaryote  Heterotroph  Cell wall is present  Do not contain chlorophyll  Heterotrophs  Decomposers (organic matter)
Copyright © by Holt, Rinehart and Winston. All rights reserved. ResourcesChapter menu Table of Contents Section 1 Protists Section 2 Kinds of Protists.
Fungi.
Kingdom Fungi What do you call a mushroom who likes to party? A FUN GUY!!
Club Fungi Section 8-4. Club Fungi  Club fungi are named for the structure that produces their sexual spores.  This structure is called a basidium which.
Chapter 18 Section 2: Kingdom fungi consists of diverse forms.
Lesson Overview 23.3 Stems. Lesson Overview Lesson OverviewStems THINK ABOUT IT While choosing items at a salad bar, you add some sliced water chestnuts,
Lesson Overview Lesson OverviewFungi Lesson Overview 21.4 Fungi.
Muhammad Zeeshan Nazar
Biology Department 1.  Identification of Fungal characteristic, Shape & reproduction 2.
Lichens and Fungi. Lichen  Composite organisms with a symbiotic relationship between fungus and algae.  They help each other survive.  The algae produces.
Section 3.  Stems produce leaves, branches, and flowers.  stems hold leaves up to the sun.  And stems transport substances throughout the plant.
Fungi and plants.
Fungus.
Unit 4 Lesson 3 How Do Plants Grow and Reproduce?
“Don’t make me read, make me understand “
What is the biggest organism ever?
Lesson Overview 23.3 Stems.
Fungi Fungi are some of the most common but least visible organisms on Earth (grow underground or within organisms) We are most familiar with the reproductive.
Tropical rainforest models
Chapter 3:Lesson 2: Reproduction in Plants:.
Unit 2 Lesson 3 Introduction to Plants
Kingdom Fungi.
Plant Reproduction.
The Characteristics of Seed Plants
Plant Structure and Function
Kingdom Fungi.
Most Mosses & Ferns Live in Moist Environments
Chapter 20-Fungi and Plants
Kingdom Fungi.
Tropical rainforest models
Presentation transcript:

פטריית קן הציפור Bird's nest fungi מצגות קלריטה ואפרים

Nidulariaceae The Nidulariaceae are a family of fungi. Commonly known as the bird's nest fungi, their fruiting bodies resemble tiny egg-filled birds' nests. As they are saprobic, feeding on decomposing organic matter, they are often seen growing on decaying wood and in soils enriched with wood chips or bark mulch; they have a widespread distribution in most ecological regions.

Bird's nest fungi were first mentioned by Flemish botanist Carolus Clusius in Rariorum plantarum historia (1601). Over the next couple of centuries, these fungi were the subject of some controversy regarding whether the peridioles were seeds, and the mechanism by which they were dispersed in nature. For example, the French botanist Jean-Jacques Paulet, in his work Traité des champignons (1790–3), proposed the erroneous notion that peridioles were ejected from the fruiting bodies by some sort of spring mechanism

The Nidulariaceae has a gasteroid fruiting body, meaning that the spores develop internally, in an angiocarp. Fruiting bodies are typically gregarious. Young fruiting bodies are initially covered by a thin membrane that dehisces irregularly or by a circumscissile split, in a circular line around the circumference of the cup opening. Fruiting bodies (also called peridia) are small, generally between 5–15 mm wide and 4–8 mm high, urn- or vase-shaped, and contain one to several disc-shaped peridioles that resemble tiny eggs

Peridiole structure Peridioles contain glebal tissue, basidia, and basidiospores, surrounded by a hardened wall. They are commonly lenticular in shape, measuring 1–3 mm in diameter.The color of the peridioles is characteristic of the genera: Cyathus has black peridioles, Nidularia and Nidula have brown peridioles, Mycocalia has yellow- to red-brown peridioles, and Crucibulum has black peridioles that are surrounded by a whitish membrame called the tunica, which makes them appear white. In most species, the peridioles are dispersed by rain.

Details of Birds Nest Fungi מומלץ: http://peonyden.blogspot.co.il/2008/06/details-of-birds-nest-fungi.html

Habitat and distribution Species in this family are cosmopolitan in distribution, and are largely saprobic, obtaining nutrition from the decomposition of wood and plant organic matter.

Bird's nest fungi, Crucibulum laeve

Genera There are five genera in the Nidulariaceae: Crucibulum Fruiting bodies light tan to cinnamon-colored, cup- or crucible-shaped, and typically 1.5–10 mm wide by 5–12 mm tall. Cyathus Fruiting bodies vase-, trumpet- or urn-shaped with dimensions of 4–8 mm wide by 7–18 mm tall. Fruiting bodies are brown to gray-brown in color, and covered with small hair-like structures on the outer surface. Complex funicular cord. Mycocalia Small barrel- to lens-shaped fruiting bodies, usually 0.5–2 mm broad, that grow singly or in small groups. Nidula Fruiting bodies between 3–8 mm in diameter, 5–15 mm tall, and cup- or urn-shaped—having almost vertical sides with the lip flared outwards; color ranging from white, grey, buff, or tawny. Nidularia Typically 0.5–6 mm in diameter x 0.5–3 mm tall. They may be somewhat irregular in shape, or have a well-formed cup that is thin and fragile. No funicular cord.

Birds nest fungus typically grows in mulch. Non-poisonous.

Observations of flora, fauna and landscape in central Victoria Natural Newstead Observations of flora, fauna and landscape in central Victoria

Crucibulum is a genus in the Nidulariaceae Crucibulum is a genus in the Nidulariaceae. Often called "splash cups", the fruiting bodies are adapted for spore dispersal by using the kinetic energy of falling drops of rain. The "eggs" inside the bird's nests are hard waxy shells containing spores, and tend to stick to whatever nearby herbage they land on, thus increasing the odds of being consumed and dispersed by herbivorous animals. The three known Crucibulum species (C. laeve, C. parvulum, and C. cyathiforme) are distinguished from other genera of the Nidulariaceae by their relatively simple funiculus – a cord of hyphae that connects the peridiole (the "eggs") to the exterior of the bird's nest. Close-up of the peridioles of Crucibulum laeve

Crucibulum laeve -- White Bird's Nest Fungus in all stages of fruiting

Crucibulum laeve

Crucibulum laeve

The bird's nest fungus Crucibulum laeve.

Cyathus is a genus of fungi in the Nidulariaceae, Generally considered inedible. They usually grow on decaying wood or woody debris, on cow and horse dung, or directly on humus-rich soil. The life cycle of this genus allows it to reproduce both sexually, with meiosis, and asexually via spores. Several Cyathus species produce bioactive compounds, some with medicinal properties, and several lignin-degrading enzymes from the genus may be useful in bioremediation and agriculture. Cyathus olla

Cyathus olla

Bird's-nest fungus (Cyathus olla) Bird's-nest fungus (Cyathus olla). This specimen was growing in a flower pot with Brodiaea terrestris ssp kernensis collected from the Laguna Mountains of San Diego County.

Although less than a centimeter in diameter, Cyathus striatus often grows in huge clusters, thus making them easily visible, even from some distance. They're cute little fungi, almost always found wherever there is wood, as long as you look hard enough. The common name "bird's nest fungus" should be obvious to anyone looking at the small mass of "eggs" within the small "nests" or cups of the fruiting bodies. The "eggs" in the nest contain the basidiospores within them. The image to the right shows these various parts of a cross section of a splash cup of Cyathus. A=peridioles (eggs), B=funiculus and hapteron (cord and anchor) C=glebal chamber lined with basidia D=epiphragm (covering of the young splash cup). This procedure sounds pretty complicated, but it must work pretty well, given the large masses of these fruiting bodies on wood everywhere.

The bird's nest fungus Cyathus poppignii The bird's nest fungus Cyathus poppignii. Specimens found in Orlando, Florida, USA. Original photo was cropped to emphasize the periodioles.

Cyathus striatus

Cyathus striatus

The shaggy (tomentose) outer peridial surface of C. striatus

Cyathus striatusThis is a plate from James Sowerby's Coloured Figures of English Fungi or Mushrooms. - 1796

Bird's Nest Fungus (Cyathus striatus)

Cyathus striatus Nest typically 6-8 mm wide; widely distributed.

Cyathus stercoreus

Cyathus stercoreus (Dung nest fungus) Growing peridium ( the protective layer that encloses a mass of spores in fungi.)

Closeup of the fruiting body of the dung-loving bird's nest fungus Cyathus stercoreus

Cyathus stercoreus

Cyathus helenae

Mycocalia is a genus of fungi in the family Nidulariaceae Mycocalia is a genus of fungi in the family Nidulariaceae. Species in this genus have small barrel- to lens-shaped fruiting bodies, usually 0.5–2 mm broad, that grow by themselves in small groups. The peridium consists of loosely interwoven clamped hyphae. The , of which there may be one to several, are disc-shaped, yellow- to red-brown, and sit in a gelatinous matrix when young and fresh. Mycocalia duriaeana

. Mycocalia denudata

Mycocalia duriaeana

Nidula is a genus of fungi in the family Nidulariaceae Nidula is a genus of fungi in the family Nidulariaceae. Originally described in 1902, the genus differs from the related genera Cyathus and Crucibulum by the absence of a cord that attaches the eggs to the inside of the fruit body. The life cycle of this genus allows it to reproduce both sexually, with meiosis, and asexually via spores. Species in this genus produce a number of bioactive compounds, including 4-(p-hydroxyphenyl)-2-butanone, a major component of raspberry flavor and insect attractor used in pesticides. Nidula niveotomentosa

Nidula niveotomentosa This attractive bird's nest fungus is recognized by the white, fuzzy collar and the tiny, dark brown eggs. It is common in the Pacific Northwest. In the rainforests of the Northwest of NA there is lots of water available and constant high humidity. There, you can find this fungus fruiting on branches still on the tree many feet off the ground.

Nidula emodensis

Nidularia deformis

Nidularia is a genus of fungi in the family Agaricaceae Nidularia is a genus of fungi in the family Agaricaceae. Fruit bodies of species in this genus grow together in large groups, and have dimensions that are typically 0.5–6 mm in diameter x 0.5–3 mm tall. They may be somewhat irregular in shape, or have a well-formed cup that is thin and fragile. The peridium has a tomentose surface composed of irregular, spiny hyphae over a more compact wall that later breaks down to expose several brown peridioles within. Unlike other genera of the family Nidulariaceae, the peridioles of the Nidularia are not connected to the fruiting body by a funicular cord, but rather lay clumped together in a gelatinous matrix. Nidularia pulvinata

Nidularia farcata

Bird's Nest Fungi ( on douglas fir pine cone)

http://www.youtube.com/watch?v=EGlaQhDi5ts http://www.youtube.com/watch

הנכם מוזמנים להיכנס לאתר שלנו: מקורות: http://en.wikipedia.org/wiki http://www.mushroomexpert.com http://en.wikipedia.org/wiki/Cyathus http://www.flickr.com/photos/rwolf/ http://caliban.mpiz-koeln.mpg.de/ http://www.natur-in-nrw.de/HTML/Pilze http://en.wikipedia.org/wiki/Crucibulum http://en.wikipedia.org/wiki/Mycocalia http://en.wikipedia.org/wiki/Nidula http://en.wikipedia.org/wiki/Nidularia קלריטה ואפרים הנכם מוזמנים להיכנס לאתר שלנו: www.clarita-efraim.com chefetze@netvision.net.il