Winter: 2026
🌱The miracle of natural biological
control of aphids (step-by-step) and the magic of broadcast
sowing.
¡Hello to all nature and organic gardening
lovers!
It is a true pleasure to welcome you to this
blog—a space designed to share the earth's
wisdom, experiment, and learn together how to
maintain a garden in perfect harmony without
relying on harsh chemicals.
Today, I want to talk about how nature balances
our garden's ecosystem, focusing on some
spectacular guardians: parasitoid wasps.
Interactive Image Viewer: Aphidius colemani
The fascinating cycle of Aphidius colemani
against aphids
Aphids are one of the most common and voracious
pests, but nature provides an incredible ally:
the tiny wasp Aphidius
colemani. This insect doesn't eat
aphids; instead, it performs perfect natural
biological control through its reproductive
cycle.
Here is the step-by-step process of how
it works:
Search and Detection:
The adult female wasp flies through the garden
looking for aphid colonies, guided by the scent
emitted by damaged plants and the honeydew
secreted by the aphids themselves.
The Attack (Egg Deposition):
Once she targets a victim, the wasp bends her
abdomen forward beneath her body and, with
lightning speed, pierces the aphid with her
ovipositor, depositing a single egg inside.
Internal Development:
The egg hatches inside the living aphid. The
wasp larva begins to feed on the aphid's
internal organs selectively, keeping it alive
for as long as possible.
Mummification:
As the larva grows, the aphid dies, swells up,
turns a golden-brown or tan color, and its skin
hardens. This is what we call an
"aphid mummy.".
Emergence of a New Guardian:
Inside the mummy, the larva pupates. Finally,
the adult wasp chews a perfect circular exit
hole at the back of the mummy and emerges, ready
to mate and continue protecting our garden.
📸Rooting process log
Adult Aphidius
In Full Splendor
Waiting for aphids
Egg deposition in
aphids
On behalf of Aphidius
About the parasitic wasp
that controls aphids
What the "mummy" aphid
looks like
Inside a mummified
aphid
After parasitization by
Aphidius
Photo of the Natural
Vegetable Garden
Mummified aphids
In a natural orange
plant
Garden Stability: The Case of the
Spontaneous Lettuce
Maintaining biodiversity attracts these
beneficial insects and stabilizes the garden. A
clear example of this happened to me recently: a
small
lettuce (Asteraceae) germinated completely
naturally in my orange tree's pot.
Interestingly, despite being surrounded by other
plants, this lettuce has remained completely
free of aphids since it sprouted.
This is the result of spontaneous
broadcasting.
Last summer, I let one of my lettuce plants go
to seed and drop them freely. The broadcasting
method consists of scattering seeds evenly
across the soil surface (or letting the wind and
the plant do it naturally), mimicking the wild
flora cycle. Plants born from this method
usually grow stronger, perfectly adapted to the
local microclimate, making them much more
resilient to pests.
Cold Resistance: Streptosolen jamesonii
Cuttings
To wrap up today's botanical updates, look at
the progress of my
Streptosolen
jamesonii(commonly known as Marmalade
Bush) cuttings.
Despite the harsh frosts of this season, they
are rooting strongly and already showing their
first yellow and orange blossoms. A true lesson
in plant resilience!
📸Rooting process log
Lettuce plant
Growing Up
By broadcasting or
natural seeding
Rooting cuttings
Of Streptosolen
jamesonii
After the rains
¡Chears and Happy Farming!
Farewell and Upcoming
Topics
Thank you so much for joining me today. Organic
gardening teaches us patience and allows us to
witness daily miracles.
What's coming tomorrow?
I will share the story of a lemon tree I grew from
seed. It is currently in its vegetative state,
growing strong, and although it hasn't flowered yet,
I look forward to its future fruiting phase to see
its first fruits.
We will also start a step-by-step guide on growing
organic red potatoes, perfect for anyone looking to
harvest their own tubers at home.
See you tomorrow with more garden secrets!
¡Hello to all nature and organic gardening
lovers!
It is a true pleasure to welcome you to this
blog—a space designed to share the earth's
wisdom, experiment, and learn together how to
maintain a garden in perfect harmony without
relying on harsh chemicals.
Today, I want to talk about how nature balances
our garden's ecosystem, focusing on some
spectacular guardians: parasitoid wasps.
Interactive Image Viewer: Aphidius colemani
The fascinating cycle of Aphidius colemani
against aphids
Aphids are one of the most common and voracious
pests, but nature provides an incredible ally:
the tiny wasp Aphidius
colemani. This insect doesn't eat
aphids; instead, it performs perfect natural
biological control through its reproductive
cycle.
Here is the step-by-step process of how
it works:
Search and Detection:
The adult female wasp flies through the garden
looking for aphid colonies, guided by the scent
emitted by damaged plants and the honeydew
secreted by the aphids themselves.
The Attack (Egg Deposition):
Once she targets a victim, the wasp bends her
abdomen forward beneath her body and, with
lightning speed, pierces the aphid with her
ovipositor, depositing a single egg inside.
Internal Development:
The egg hatches inside the living aphid. The
wasp larva begins to feed on the aphid's
internal organs selectively, keeping it alive
for as long as possible.
Mummification:
As the larva grows, the aphid dies, swells up,
turns a golden-brown or tan color, and its skin
hardens. This is what we call an
"aphid mummy.".
Emergence of a New Guardian:
Inside the mummy, the larva pupates. Finally,
the adult wasp chews a perfect circular exit
hole at the back of the mummy and emerges, ready
to mate and continue protecting our garden.
📸Rooting process log
Adult Aphidius
In Full Splendor
Waiting for aphids
Egg deposition in aphids
On behalf of Aphidius
About the parasitic wasp that controls aphids
What the "mummy" aphid looks like
Inside a mummified aphid
After parasitization by Aphidius
Photo of the Natural Vegetable Garden
Mummified aphids
In a natural orange plant
Garden Stability: The Case of the
Spontaneous Lettuce
Maintaining biodiversity attracts these
beneficial insects and stabilizes the garden. A
clear example of this happened to me recently: a
small
lettuce (Asteraceae) germinated completely
naturally in my orange tree's pot.
Interestingly, despite being surrounded by other
plants, this lettuce has remained completely
free of aphids since it sprouted.
This is the result of spontaneous
broadcasting.
Last summer, I let one of my lettuce plants go
to seed and drop them freely. The broadcasting
method consists of scattering seeds evenly
across the soil surface (or letting the wind and
the plant do it naturally), mimicking the wild
flora cycle. Plants born from this method
usually grow stronger, perfectly adapted to the
local microclimate, making them much more
resilient to pests.
Cold Resistance: Streptosolen jamesonii
Cuttings
To wrap up today's botanical updates, look at
the progress of my
Streptosolen
jamesonii(commonly known as Marmalade
Bush) cuttings.
Despite the harsh frosts of this season, they
are rooting strongly and already showing their
first yellow and orange blossoms. A true lesson
in plant resilience!
📸Rooting process log
Lettuce plant
Growing Up
By broadcasting or natural seeding
Rooting cuttings
Of Streptosolen jamesonii
After the rains
¡Chears and Happy Farming!
Thank you so much for joining me today. Organic gardening teaches us patience and allows us to witness daily miracles.
What's coming tomorrow? I will share the story of a lemon tree I grew from seed. It is currently in its vegetative state, growing strong, and although it hasn't flowered yet, I look forward to its future fruiting phase to see its first fruits.
We will also start a step-by-step guide on growing organic red potatoes, perfect for anyone looking to harvest their own tubers at home. See you tomorrow with more garden secrets!
