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Plant
propagation,
potting -repotting
and
Indoor plants
By
Dr. Chanda Rajendra
Maurya
Dr. Chanda Rajendra Maurya
06/05/2021
Plant propagation
Plant propagation is the process of
creating new plants.
There are two types of propagation:
Sexual and Asexual.
Sexual propagation involves the floral parts
of a plant.
Asexual- any part of plant that can give rise
to new plant
Dr. Chanda Rajendra Maurya
06/05/2021
Dr. Chanda Rajendra Maurya
06/05/2021
Plant propagation
Plant propagation by seed
Dr. Chanda Rajendra Maurya
06/05/2021
Plant propagation
Plant propagation by Sucker
Runners
Division
Stem cutting
Leaf cuttings
Dr. Chanda Rajendra Maurya
06/05/2021
Propagation by Sucker , runners
Dr. Chanda Rajendra Maurya
06/05/2021
Propagation by Sucker , runners
Dr. Chanda Rajendra Maurya
06/05/2021
Propagation by Sucker , runners
Dr. Chanda Rajendra Maurya
06/05/2021
Propagation by Sucker , runners
Dr. Chanda Rajendra Maurya
06/05/2021
Propagation by Division
Dr. Chanda Rajendra Maurya
06/05/2021
Propagation by Division
Dr. Chanda Rajendra Maurya
06/05/2021
Propagation by Division
Dr. Chanda Rajendra Maurya
06/05/2021
Propagation by Division
Dr. Chanda Rajendra Maurya
06/05/2021
Propagation by stem cutting
Dr. Chanda Rajendra Maurya
06/05/2021
Propagation by stem cutting
Dr. Chanda Rajendra Maurya
06/05/2021
Propagation by stem cutting
Dr. Chanda Rajendra Maurya
06/05/2021
Propagation by stem cutting
 Mogra
 Chilli
 Tulasi
 Coleus
 Pudina
 Temple tree
 Chapha
 Rose
 Paper rose
 Jaswand
 Ova leaf plant
 Khara bhaji/
 Or mayadu
Dr. Chanda Rajendra Maurya
06/05/2021
Propagation by stem cutting
Dr. Chanda Rajendra Maurya
06/05/2021
Propagation by stem cutting
Dr. Chanda Rajendra Maurya
06/05/2021
Propagation by stem cutting
Dr. Chanda Rajendra Maurya
06/05/2021
Propagation by stem cutting
Dr. Chanda Rajendra Maurya
06/05/2021
Propagation by leaf cutting
Dr. Chanda Rajendra Maurya
06/05/2021
Propagation by special cutting
Dr. Chanda Rajendra Maurya
06/05/2021
Potting
and
repotting
Dr. Chanda Rajendra Maurya
06/05/2021
Potting
Potting refer to transferring of plants from
seedbed and planting them in pots containing
soil mixture.
Take proper size container
large crock to a 3-5 cm sized depending upon
the size of pot.
Fill the media mixture
The pot filled as above can be used for sowing
seeds, potting of plants or planting cuttings.
Dr. Chanda Rajendra Maurya
06/05/2021
Potting
Dr. Chanda Rajendra Maurya
06/05/2021
Dr. Chanda Rajendra Maurya
06/05/2021
Potting
Dr. Chanda Rajendra Maurya
06/05/2021
Dr. Chanda Rajendra Maurya
06/05/2021
RePotting
It means transferring of plants from pots
and planting them in the same or
different pot.
Plants growing for more than one year
in the same pots need repotting to avoid
pot bound conditions.
Potted perennial plants are required
repotting every year.
Dr. Chanda Rajendra Maurya
06/05/2021
RePotting
Dr. Chanda Rajendra Maurya
06/05/2021
RePotting
Dr. Chanda Rajendra Maurya
06/05/2021
RePotting
Dr. Chanda Rajendra Maurya
06/05/2021
RePotting
Dr. Chanda Rajendra Maurya
06/05/2021
Indoor plants
Plants help clean indoor air, which is typically far more
polluted than outdoor air.
It breaks the monotony of the wall.
Gives a sense of belonging.
Maintains the aesthetic value of the room.
No indoor plants should be placed in bedroom
Occasionally doors and windows should be opened even
in strong winters
A minimum temperature of 20°C should maintained
inside the house. Dr. Chanda Rajendra Maurya
06/05/2021
Dr. Chanda Rajendra Maurya
06/05/2021
Indoor plants
Aloe Vera easy-to-grow, sun-loving
succulent helps clear formaldehyde
and benzene, which can be a
byproduct of chemical-based
cleaners, paints and more.
Aloe is a smart choice for a sunny
kitchen window.
Beyond its air-clearing abilities, the
gel inside an aloe plant can help
heal cuts and burns, use to make
your self beautiful.
Dr. Chanda Rajendra Maurya
06/05/2021
Indoor plants
With lots of rich foliage
and tiny white flowers,
the spider plant
(Chlorophytum comosum)
battles benzene,
formaldehyde, carbon
monoxide and xylene, a
solvent used in the
leather, rubber and
printing industries.
Dr. Chanda Rajendra Maurya
06/05/2021
Indoor plants
Gerber daisy (Gerbera
jamesonii)
This bright, flowering
plant is effective at
removing
trichloroethylene that
comes with laundary.
It's also good for filtering
out the benzene that
comes with inks.
Dr. Chanda Rajendra Maurya
06/05/2021
Indoor plants
Mother-in-law's tongue
(Sansevieria trifasciata)
Best for filtering out
formaldehyde, which is
common in cleaning products,
toilet paper, tissues and
personal care products.
Put one in bathroom — it'll
thrive with low light and
steamy humid conditions
while helping filter out air
pollutants.
Dr. Chanda Rajendra Maurya
06/05/2021
Indoor plants
 Golden pothos (Scindapsus
aures)-Money plant
• Another powerful plant for
tackling formaldehyde, this fast-
growing vine will create a
cascade of green from a hanging
basket.
• Consider it for garage since car
exhaust is filled with
formaldehyde.
• (Bonus: Golden pothos, also
know as devil's ivy, stays green
even when kept in the dark.)
Dr. Chanda Rajendra Maurya
06/05/2021
Indoor plants
 Chrysanthemum (Chrysantheium
morifolium)
 The colorful flowers of a mum
can do a lot more than brighten
a home office or living room; the
blooms also help filter out
benzene, which is commonly
found in glue, paint, plastics
and detergent.
 This plant loves bright light, and
to encourage buds to open, you'll
need to find a spot near an open
window with direct sunlight.
Dr. Chanda Rajendra Maurya
06/05/2021
Indoor plants
Dracaena
• This plant is best for removing
xylene, trichloroethylene and
formaldehyde, which can be
introduced to indoor air
through varnishes and
gasoline.
Dr. Chanda Rajendra Maurya
06/05/2021
Indoor plants
Weeping fig (Ficus benjamina)
A weeping fig (Ficus
benjamina) in living room can
help filter out pollutants that
typically accompany carpeting
and furniture such as
formaldehyde, benzene and
trichloroethylene.
Caring for a ficus can be
tricky, but once get the
watering and light conditions
right, they will last a long
time.
Dr. Chanda Rajendra Maurya
06/05/2021
Indoor plants
Chinese evergreen
(Aglaonema crispum
'Deborah')
This easy-to-care-for plant
can help filter out a variety
of air pollutants and begins
to remove more toxins as time
and exposure continues.
Even with low light, it will
produce blooms and red
berries.
Dr. Chanda Rajendra Maurya
06/05/2021
Indoor plants
Heart leaf philodendron
(Philodendron oxycardium)
This climbing vine plant isn't
a good option for kids or pets
— it's toxic when eaten, but
it's a workhorse for removing
all kinds of VOCs.
Philodendrons are particularly
good at battling formaldehyde
from sources like
particleboard.
Dr. Chanda Rajendra Maurya
06/05/2021
Indoor plants
Peace lily (Spathiphyllum)
Shade and weekly watering
are all the peace lily needs to
survive and produce blooms.
It topped NASA's list for
removing all three of most
common VOCs —
formaldehyde, benzene and
trichloroethylene.
It can also combat toluene
and xylene.
Dr. Chanda Rajendra Maurya
06/05/2021
Indoor plants
 Bamboo palm (Chamaedorea
sefritzii)
 Also known as the reed palm,
this small palm thrives in shady
indoor spaces and often
produces flowers and small
berries.
 It tops the list of plants best
for filtering out both benzene
and trichloroethylene.
 It's also a good choice for
placing around furniture that
could be off-gassing
formaldehyde.
Dr. Chanda Rajendra Maurya
06/05/2021
Indoor plants
 Orchids
 They're effective
at removing xylene
from the air and
releasing oxygen at
night, making them
a good bedroom
plant.
Dr. Chanda Rajendra Maurya
06/05/2021
Indoor plants
 Ferns
 The ability of ferns, and some
other plants, to remove
pollutants from air, soil or
water is called
phytoremediation.
 Ferns and other plants are able
to absorb gases through their
leaves and roots.
 Roots of fern help to break
down many VOC (volatile
organic compounds).
Dr. Chanda Rajendra Maurya
06/05/2021
Indoor plants
 Jade plant
 It improve indoor air quality by
absorbing pollutants
 Its also called as good luck
symbol plant
 Absorb CO2 in night .
 Easy to maintain.
Dr. Chanda Rajendra Maurya
06/05/2021
Indoor plants
Safe for your pets
Ponytail palm ZebraHowrthea
Dr. Chanda Rajendra Maurya
06/05/2021
Indoor plants
Safe for your pets
Calathea Triostarplant
Dr. Chanda Rajendra Maurya
06/05/2021
TOXIC PLANTS
Potho
s
English
Ivy
Saddle leaf
Philodendron
Diffenbe
Lily of valley(Convallaria
majalis )
Oleander ( Nerium)
Dr. Chanda Rajendra Maurya
06/05/2021
Partial sunlight and shade
Begonia
rex
Bougainvillia
Caladium
Jasmine Giant Papyrus
Dipladenia
s
Dr. Chanda Rajendra Maurya
06/05/2021
PLANTS GROWING IN FULL
SUNLIGHT
Eichveria
Aloe
vera Lithops
Euphorbi
a
Dr. Chanda Rajendra Maurya
06/05/2021
Dr. Chanda Rajendra Maurya
06/05/2021
Dr. Chanda Rajendra Maurya
06/05/2021
Disclaimer: Ownership of all images and logos used in this presentation
belongs to respective organization or individuals. Here they have been
used only for academic purpose
Dr. Chanda Rajendra Maurya
06/05/2021

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Plant propagation, potting repotting and indoor plants

  • 1. Plant propagation, potting -repotting and Indoor plants By Dr. Chanda Rajendra Maurya Dr. Chanda Rajendra Maurya 06/05/2021
  • 2. Plant propagation Plant propagation is the process of creating new plants. There are two types of propagation: Sexual and Asexual. Sexual propagation involves the floral parts of a plant. Asexual- any part of plant that can give rise to new plant Dr. Chanda Rajendra Maurya 06/05/2021
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  • 4. Plant propagation Plant propagation by seed Dr. Chanda Rajendra Maurya 06/05/2021
  • 5. Plant propagation Plant propagation by Sucker Runners Division Stem cutting Leaf cuttings Dr. Chanda Rajendra Maurya 06/05/2021
  • 6. Propagation by Sucker , runners Dr. Chanda Rajendra Maurya 06/05/2021
  • 7. Propagation by Sucker , runners Dr. Chanda Rajendra Maurya 06/05/2021
  • 8. Propagation by Sucker , runners Dr. Chanda Rajendra Maurya 06/05/2021
  • 9. Propagation by Sucker , runners Dr. Chanda Rajendra Maurya 06/05/2021
  • 10. Propagation by Division Dr. Chanda Rajendra Maurya 06/05/2021
  • 11. Propagation by Division Dr. Chanda Rajendra Maurya 06/05/2021
  • 12. Propagation by Division Dr. Chanda Rajendra Maurya 06/05/2021
  • 13. Propagation by Division Dr. Chanda Rajendra Maurya 06/05/2021
  • 14. Propagation by stem cutting Dr. Chanda Rajendra Maurya 06/05/2021
  • 15. Propagation by stem cutting Dr. Chanda Rajendra Maurya 06/05/2021
  • 16. Propagation by stem cutting Dr. Chanda Rajendra Maurya 06/05/2021
  • 17. Propagation by stem cutting  Mogra  Chilli  Tulasi  Coleus  Pudina  Temple tree  Chapha  Rose  Paper rose  Jaswand  Ova leaf plant  Khara bhaji/  Or mayadu Dr. Chanda Rajendra Maurya 06/05/2021
  • 18. Propagation by stem cutting Dr. Chanda Rajendra Maurya 06/05/2021
  • 19. Propagation by stem cutting Dr. Chanda Rajendra Maurya 06/05/2021
  • 20. Propagation by stem cutting Dr. Chanda Rajendra Maurya 06/05/2021
  • 21. Propagation by stem cutting Dr. Chanda Rajendra Maurya 06/05/2021
  • 22. Propagation by leaf cutting Dr. Chanda Rajendra Maurya 06/05/2021
  • 23. Propagation by special cutting Dr. Chanda Rajendra Maurya 06/05/2021
  • 25. Potting Potting refer to transferring of plants from seedbed and planting them in pots containing soil mixture. Take proper size container large crock to a 3-5 cm sized depending upon the size of pot. Fill the media mixture The pot filled as above can be used for sowing seeds, potting of plants or planting cuttings. Dr. Chanda Rajendra Maurya 06/05/2021
  • 26. Potting Dr. Chanda Rajendra Maurya 06/05/2021
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  • 28. Potting Dr. Chanda Rajendra Maurya 06/05/2021
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  • 30. RePotting It means transferring of plants from pots and planting them in the same or different pot. Plants growing for more than one year in the same pots need repotting to avoid pot bound conditions. Potted perennial plants are required repotting every year. Dr. Chanda Rajendra Maurya 06/05/2021
  • 31. RePotting Dr. Chanda Rajendra Maurya 06/05/2021
  • 32. RePotting Dr. Chanda Rajendra Maurya 06/05/2021
  • 33. RePotting Dr. Chanda Rajendra Maurya 06/05/2021
  • 34. RePotting Dr. Chanda Rajendra Maurya 06/05/2021
  • 35. Indoor plants Plants help clean indoor air, which is typically far more polluted than outdoor air. It breaks the monotony of the wall. Gives a sense of belonging. Maintains the aesthetic value of the room. No indoor plants should be placed in bedroom Occasionally doors and windows should be opened even in strong winters A minimum temperature of 20°C should maintained inside the house. Dr. Chanda Rajendra Maurya 06/05/2021
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  • 37. Indoor plants Aloe Vera easy-to-grow, sun-loving succulent helps clear formaldehyde and benzene, which can be a byproduct of chemical-based cleaners, paints and more. Aloe is a smart choice for a sunny kitchen window. Beyond its air-clearing abilities, the gel inside an aloe plant can help heal cuts and burns, use to make your self beautiful. Dr. Chanda Rajendra Maurya 06/05/2021
  • 38. Indoor plants With lots of rich foliage and tiny white flowers, the spider plant (Chlorophytum comosum) battles benzene, formaldehyde, carbon monoxide and xylene, a solvent used in the leather, rubber and printing industries. Dr. Chanda Rajendra Maurya 06/05/2021
  • 39. Indoor plants Gerber daisy (Gerbera jamesonii) This bright, flowering plant is effective at removing trichloroethylene that comes with laundary. It's also good for filtering out the benzene that comes with inks. Dr. Chanda Rajendra Maurya 06/05/2021
  • 40. Indoor plants Mother-in-law's tongue (Sansevieria trifasciata) Best for filtering out formaldehyde, which is common in cleaning products, toilet paper, tissues and personal care products. Put one in bathroom — it'll thrive with low light and steamy humid conditions while helping filter out air pollutants. Dr. Chanda Rajendra Maurya 06/05/2021
  • 41. Indoor plants  Golden pothos (Scindapsus aures)-Money plant • Another powerful plant for tackling formaldehyde, this fast- growing vine will create a cascade of green from a hanging basket. • Consider it for garage since car exhaust is filled with formaldehyde. • (Bonus: Golden pothos, also know as devil's ivy, stays green even when kept in the dark.) Dr. Chanda Rajendra Maurya 06/05/2021
  • 42. Indoor plants  Chrysanthemum (Chrysantheium morifolium)  The colorful flowers of a mum can do a lot more than brighten a home office or living room; the blooms also help filter out benzene, which is commonly found in glue, paint, plastics and detergent.  This plant loves bright light, and to encourage buds to open, you'll need to find a spot near an open window with direct sunlight. Dr. Chanda Rajendra Maurya 06/05/2021
  • 43. Indoor plants Dracaena • This plant is best for removing xylene, trichloroethylene and formaldehyde, which can be introduced to indoor air through varnishes and gasoline. Dr. Chanda Rajendra Maurya 06/05/2021
  • 44. Indoor plants Weeping fig (Ficus benjamina) A weeping fig (Ficus benjamina) in living room can help filter out pollutants that typically accompany carpeting and furniture such as formaldehyde, benzene and trichloroethylene. Caring for a ficus can be tricky, but once get the watering and light conditions right, they will last a long time. Dr. Chanda Rajendra Maurya 06/05/2021
  • 45. Indoor plants Chinese evergreen (Aglaonema crispum 'Deborah') This easy-to-care-for plant can help filter out a variety of air pollutants and begins to remove more toxins as time and exposure continues. Even with low light, it will produce blooms and red berries. Dr. Chanda Rajendra Maurya 06/05/2021
  • 46. Indoor plants Heart leaf philodendron (Philodendron oxycardium) This climbing vine plant isn't a good option for kids or pets — it's toxic when eaten, but it's a workhorse for removing all kinds of VOCs. Philodendrons are particularly good at battling formaldehyde from sources like particleboard. Dr. Chanda Rajendra Maurya 06/05/2021
  • 47. Indoor plants Peace lily (Spathiphyllum) Shade and weekly watering are all the peace lily needs to survive and produce blooms. It topped NASA's list for removing all three of most common VOCs — formaldehyde, benzene and trichloroethylene. It can also combat toluene and xylene. Dr. Chanda Rajendra Maurya 06/05/2021
  • 48. Indoor plants  Bamboo palm (Chamaedorea sefritzii)  Also known as the reed palm, this small palm thrives in shady indoor spaces and often produces flowers and small berries.  It tops the list of plants best for filtering out both benzene and trichloroethylene.  It's also a good choice for placing around furniture that could be off-gassing formaldehyde. Dr. Chanda Rajendra Maurya 06/05/2021
  • 49. Indoor plants  Orchids  They're effective at removing xylene from the air and releasing oxygen at night, making them a good bedroom plant. Dr. Chanda Rajendra Maurya 06/05/2021
  • 50. Indoor plants  Ferns  The ability of ferns, and some other plants, to remove pollutants from air, soil or water is called phytoremediation.  Ferns and other plants are able to absorb gases through their leaves and roots.  Roots of fern help to break down many VOC (volatile organic compounds). Dr. Chanda Rajendra Maurya 06/05/2021
  • 51. Indoor plants  Jade plant  It improve indoor air quality by absorbing pollutants  Its also called as good luck symbol plant  Absorb CO2 in night .  Easy to maintain. Dr. Chanda Rajendra Maurya 06/05/2021
  • 52. Indoor plants Safe for your pets Ponytail palm ZebraHowrthea Dr. Chanda Rajendra Maurya 06/05/2021
  • 53. Indoor plants Safe for your pets Calathea Triostarplant Dr. Chanda Rajendra Maurya 06/05/2021
  • 54. TOXIC PLANTS Potho s English Ivy Saddle leaf Philodendron Diffenbe Lily of valley(Convallaria majalis ) Oleander ( Nerium) Dr. Chanda Rajendra Maurya 06/05/2021
  • 55. Partial sunlight and shade Begonia rex Bougainvillia Caladium Jasmine Giant Papyrus Dipladenia s Dr. Chanda Rajendra Maurya 06/05/2021
  • 56. PLANTS GROWING IN FULL SUNLIGHT Eichveria Aloe vera Lithops Euphorbi a Dr. Chanda Rajendra Maurya 06/05/2021
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  • 59. Disclaimer: Ownership of all images and logos used in this presentation belongs to respective organization or individuals. Here they have been used only for academic purpose Dr. Chanda Rajendra Maurya 06/05/2021