2. Learning Goals
Identify organisms under Kingdom Fungi
and Plantae
Classify organisms based on their distinct
characteristics (Fungi and Plantae)
Provide examples for Kingdom Plantae
and Fungi.
3. KINGDOM FUNGI
The fungi constitute a unique kingdom
of heterotrophic organisms.
Some unicellular fungi, e.g., yeast are
used to make bread and beer.
Other fungi cause diseases in plants
and animals; wheat rust-causing
Puccinia is an important example. Some
are the source of antibiotics, e.g.,
Penicillium.
4. KINGDOM FUNGI
SAPROPHYTES - are heterotrophic
and absorb soluble organic matter
from dead substrates.
PARASITES - that depend on living
plants and animals.
MYCORRHIZA - a symbiotic
association between plant roots and
fungi
6. KINGDOM FUNGI
Reproduction in fungi can take place by
vegetative means – fragmentation, fission and
budding.
Asexual reproduction is by spores called conidia
or sporangiospores or zoospores.
Sexual reproduction is by oospores, ascospores
and basidiospores
8. DIFFERENT CLASSES OF FUNGI
Phycomycetes - found in
aquatic habitats and on
decaying wood in moist and
damp places or as obligate
parasites on plants. Also
known as “lower fungi”. Albugo
white rust
9. DIFFERENT CLASSES OF FUNGI
Phycomycetes - found in
aquatic habitats and on
decaying wood in moist and
damp places or as obligate
parasites on plants. Also
known as “lower fungi”.
Water Molds
10. DIFFERENT CLASSES OF FUNGI
Ascomycetes - commonly
known as sac-fungi are mostly
multicellular, e.g., Penicillium,
or rarely unicellular, e.g., yeast
(Saccharomyces). They are
saprophytic, decomposers,
parasitic or coprophilous
(growing on dung). Yeast
11. DIFFERENT CLASSES OF FUNGI
Ascomycetes - commonly
known as sac-fungi are mostly
multicellular, e.g., Penicillium,
or rarely unicellular, e.g., yeast
(Saccharomyces). They are
saprophytic, decomposers,
parasitic or coprophilous
(growing on dung).
Penicillium
12. DIFFERENT CLASSES OF FUNGI
Basidiomycetes – “club
fungi”. Commonly known
forms of basidiomycetes are
mushrooms, bracket fungi
or puffballs. They grow in
soil, on logs and tree stumps
and in living plant bodies as
parasites. Mushrooms
13. DIFFERENT CLASSES OF FUNGI
Deuteromycetes - “fungi imperfecti”
Commonly known as imperfect fungi
because only the asexual or vegetative
phases of these fungi are known.
When the sexual forms of these fungi
were discovered they were moved into
classes they rightly belong to.
Trichoderma
14. DIFFERENT CLASSES OF FUNGI
Deuteromycetes - “fungi imperfecti”
Commonly known as imperfect fungi
because only the asexual or vegetative
phases of these fungi are known.
When the sexual forms of these fungi
were discovered they were moved into
classes they rightly belong to.
Fusarium
16. KINGDOM PLANTAE
Kingdom Plantae includes all eukaryotic chlorophyll-
containing organisms commonly called plants. A few
members are partially heterotrophic such as the insectivorous
plants or parasites. Bladderwort and Venus fly trap are
examples of insectivorous plants. The plant cells have an
eukaryotic structure with prominent chloroplasts and cell wall
mainly made of cellulose.
18. KINGDOM PLANTAE
Rafflesia philippensis
Rafflesia has no roots,
leaves, or stems. It
spends its life inside its
host plant, only
appearing above
ground to
bloom. Having done
away with
photosynthesis, it lives
entirely at the expense
of its host – a tropical
19. NON –VASCULAR PLANTS
Non-vascular plants were the first plants to evolve. Their small
size and lack of vascular tissue systems explain their primitive
existence. The first non-vascular plants to evolve were found to be
the liverworts. The hornworts evolved next, and mosses evolved
last. Among all the bryophytes, mosses are most similar to vascular
plants.
Absence of Vascular Tissues
They are commonly found in moist environments
Absence of Leaves, Root and Shoot System
20.
21. KINGDOM PLANTAE : NON-VASCULAR PLANTS
BRYOPHYTES - informal group
name for mosses, liverworts
and hornworts. They are non-
vascular plants, which means
they have no roots or vascular
tissue, but instead absorb
water and nutrients from the
air through their surface (e.g.,
their leaves). Mosses
22. KINGDOM PLANTAE : NON-VASCULAR PLANTS
BRYOPHYTES - informal group
name for mosses, liverworts
and hornworts. They are non-
vascular plants, which means
they have no roots or vascular
tissue, but instead absorb
water and nutrients from the
air through their surface (e.g.,
their leaves). Liverworts
23. KINGDOM PLANTAE : NON-VASCULAR PLANTS
BRYOPHYTES - informal group
name for mosses, liverworts
and hornworts. They are non-
vascular plants, which means
they have no roots or vascular
tissue, but instead absorb
water and nutrients from the
air through their surface (e.g.,
their leaves). Hornworts
24. KINGDOM PLANTAE : NON-VASCULAR PLANTS
CHLOROPHYTA or GREEN
ALGAE - organisms which
are characterized by having
chlorophylls a and b as the
major photosynthetic
pigments, starch located
within the chloroplast
25. VASCULAR PLANTS
Vascular plants (from Latin word ‘vasculum’ meaning duct), also
known as tracheophytes (from Greek word ‘trachea’, a duct or tube),
are land plants containing specialized vascular conducting tissues.
They are found almost everywhere on earth. Common examples of
vascular plants include trees, shrubs, grasses, flowering plants, and
ferns.
The main characteristics of vascular plants are the presence of two
different vascular tissues – xylem and phloem.
26.
27. KINGDOM PLANTAE: Vascular Plants
Pteridophytes - are vascular
plants that reproduce using
spores. They do not produce
flowers and seeds and
hence are also known as
cryptogams.
• Ferns
• Horsetails
• Lycopods or Lycophytes
28. KINGDOM PLANTAE: Vascular Plants
The plant body has true
roots, stem and leaves
Pteridophytes are
considered as the first
plants to be evolved on
land
They are cryptogams,
seedless and vascular
Spores develop in
sporangia Ferns
29. KINGDOM PLANTAE: Vascular Plants
GYMNOSPERM - comes from the
Greek words “gymnos”(naked)
and “sperma”(seed), hence
known as “Naked seeds.”
Gymnosperms are the seed-
producing plants, but unlike
angiosperms, they produce seeds
without fruits. These plants
develop on the surface of scales
or leaves, or at the end of stalks
forming a cone-like structure.
Ferns
30. KINGDOM PLANTAE: Vascular Plants
1.They do not produce
flowers.
2.Seeds are not formed
inside a fruit. They are
naked.
3.They are found in colder
regions where snowfall
occurs.
4.They develop needle-like
leaves.
31. KINGDOM PLANTAE: Vascular Plants
ANGIOSPERM - derived
from Greek, which
translates to a
“container.” As the
name suggests,
angiosperms are
vascular plants which
bear seeds in fruits or
mature ovaries.
Angiosperm forms flower
that carries
This category of mushrooms also needs a host but the relation is one-sided with the fungus infecting the host and drawing all nutrients from it and eventually killing it. Eg Caterpillar fungus, Honey fungus etc.
parasitic fungi also get their nutrients by decomposing organic material. However, parasitic mushrooms will break down the organic material of still living species, while decomposers break down the organic material of dead things.
Some yeasts, which are single-celled fungi, reproduce by simple cell division, or fission, in which one cell undergoes nuclear division and splits into two daughter cells.
part of the cell divides creating a new individual, is the other way that a few fungi can asexually reproduce. Part of the parent cell divides, creating a bud (a genetic clone that will eventually grow into an adult.
Fragments of hyphae can grow new colonies.
Fusion of protoplasms between two motile or non-motile gametes called plasmogamy. (ii) Fusion of two nuclei called karyogamy. (iii) Meiosis in zygote resulting in haploid spores
a genus of ascomycetous fungi that is part of the mycobiome of many species and is of major importance in the natural environment, in food spoilage, and in food and drug production
Alexander Fleming - mold was actually preventing the growth of the staphylococci bacteria.
Today penicillin is synthesized in a lab using penicillium mold, which naturally produces penicillin.
staphylococcus culture plate in his lab had been contaminated and that a mold was now growing on the plate
Trichoderma spp. may be an effective strategy as biofertilizer with fungal inoculants (timulates plant growth and accelerates root development0 to improve crop production
Trichoderma spp. may be an effective strategy as biofertilizer with fungal inoculants (timulates plant growth and accelerates root development0 to improve crop production
carnivorous plants that can live up to 20 years in the wild. While most of their energy is obtained through photosynthesis, insects provide nutrients that aren't readily available in the soil,\.
PITCHER PLANT
Mosses are flowerless small plants found under the division Bryophyta along with liverworts and hornworts. They do not possess any vascular system like xylem and phloem, and mainly absorb water and nutrients through their leaves. They are mostly found in damp, shady locations as mats or clumps on the forest floor.
Liverworts, like mosses, are land plants that do not have a vascular system. The lack of veinlike tubes to conduct moisture and nutrients throughout the plant limits them to a small size
A hornwort is a flowerless, spore-producing plant - with the spores typically produced in a tapering, horn-like or needle-like capsule which develops from a flattish, green sheet
Chlorophyll is the natural compound present in green plants that gives them their color. It helps plants to absorb energy from the sun as they undergo the process of photosynthesis.
Chlorophyll a is the primary photosynthetic pigment. It is present in all plants, algae, bacteria, cyanobacteria and phototrophs.
Chlorophyll b is the accessory pigment. It is present only in green algae and in the plants.
Angiosperms and gymnosperms are both seed-bearing plants
Fruits trees, including mango, apple, banana, peach, cherry, Orange, and Pear, often show flowers before they bear fruits, and the pollination process is generally carried out by agents such as bees.Grains, including rice, corn, and wheat, are also examples of Angiosperm.
an embryonic leaf in seed-bearing plants, one or more of which are the first leaves to appear from a germinating seed.