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MENU
Introduction
Table of Contents
Contributors
Scrapbook
The Walled Garden
Daffodils
Tulips
Lilacs
Pink
Bunches of Love
Seeds
Soil
Climate Compost
Farms to feed us
Tools
Garden Books
In Our Garden
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Introduction
Table of Contents
Contributors
Scrapbook
The Walled Garden
Daffodils
Tulips
Lilacs
Pink
Bunches of Love
Seeds
Soil
Climate Compost
Farms to feed us
Tools
Garden Books
In Our Garden
SOIL.jpg
SOIL2.jpg
SOIL3.jpg
SOIL4.jpg
SOIL5.jpg
SOIL6.jpg
SOIL7.jpg
Heliozoa-protist (left)
These are microbial eukaryotes with stiff arms radiating from their spherical bodies, undergoing a cell division here. Fungi (right) 80% of plants are colonised by fungi that form the familiar network of fine white threads - m

Heliozoa-protist (left) These are microbial eukaryotes with stiff arms radiating from their spherical bodies, undergoing a cell division here. Fungi (right) 80% of plants are colonised by fungi that form the familiar network of fine white threads - mycorrhizae which take in water and minerals from the soil, in exchange for nutrients from the plant.

Cyanobacteria (left)are a phylum consisting of free-living photosynthetic bacteria, annually causing water blooms all around the world. They were the first organisms that produced oxygen in our atmosphere. Nematode (right) are ubiquitous soil organis

Cyanobacteria (left)are a phylum consisting of free-living photosynthetic bacteria, annually causing water blooms all around the world. They were the first organisms that produced oxygen in our atmosphere. Nematode (right) are ubiquitous soil organisms-about a mm long and a few microns wide. They fill several functions in the soil, eating roots, fungi, bacteria, other nematodes.

Bacteria (left)
There are three basic bacterial shapes are coccus (spherical), bacillus (rod-shaped), and spiral (twisted), here you can see lots of bacillus and cocci bacteria. 

Cillate-protist (right)
This is a protozoa with hair like organelles w

Bacteria (left) There are three basic bacterial shapes are coccus (spherical), bacillus (rod-shaped), and spiral (twisted), here you can see lots of bacillus and cocci bacteria. Cillate-protist (right) This is a protozoa with hair like organelles which they use for locomotion and food/nutrients/prey gathering.

SOIL11.jpg
SOIL12.jpg
SOIL13.jpg
Our wormery at Wardington with microphones inside it recording the sounds of worms.

Our wormery at Wardington with microphones inside it recording the sounds of worms.

SOIL.jpg
SOIL2.jpg
SOIL3.jpg
SOIL4.jpg
SOIL5.jpg
SOIL6.jpg
SOIL7.jpg
Heliozoa-protist (left)
These are microbial eukaryotes with stiff arms radiating from their spherical bodies, undergoing a cell division here. Fungi (right) 80% of plants are colonised by fungi that form the familiar network of fine white threads - m
Cyanobacteria (left)are a phylum consisting of free-living photosynthetic bacteria, annually causing water blooms all around the world. They were the first organisms that produced oxygen in our atmosphere. Nematode (right) are ubiquitous soil organis
Bacteria (left)
There are three basic bacterial shapes are coccus (spherical), bacillus (rod-shaped), and spiral (twisted), here you can see lots of bacillus and cocci bacteria. 

Cillate-protist (right)
This is a protozoa with hair like organelles w
SOIL11.jpg
SOIL12.jpg
SOIL13.jpg
Our wormery at Wardington with microphones inside it recording the sounds of worms.