Estate Grid · Pre-Design Requirement
Your soil is the
foundation of everything.
Before we design your Estate Grid, we need to understand your soil across three dimensions — its chemistry, its physics, and its biology. Most labs only test chemistry. Greenaffair reads all three. This is the intelligence that makes your planting grid work.
⚗️ Soil Chemistry
🏗️ Soil Physics
🦠 Soil Biology
📋 All Three Shape Your Grid Design
Upload Report or Request Sample Collection
Why your soil report matters before design begins
Chemistry tells us what is there
pH, NPK, micronutrients, salinity. This determines which crops can survive, which nutrients are locked and what amendments are needed before a single seed goes in the ground.
Physics tells us how it behaves
Texture, compaction, drainage, water-holding capacity. A soil can be chemically rich but physically dead — roots cannot penetrate, water cannot drain, air cannot reach. Structure determines everything.
Biology tells us if it is alive
Microbial diversity, fungal networks, earthworm populations, decomposer activity. This is the dimension almost no standard test covers — and the one that determines whether your garden will still be thriving in twenty years.
Soil as a Living System
Three dimensions of soil intelligence.
Every one shapes your grid.
Soil is not just a growing medium. It is a living system with a physical structure, a chemical composition, and a biological community. A planting grid designed without understanding all three is built on guesswork. Greenaffair reads your soil across all three dimensions before a single bed is drawn.
Soil Physics
Structure + Movement
How your soil holds its shape, moves water, holds air, and responds to root pressure. The architecture that everything else depends on.
Soil Chemistry
Nutrients + Reactions
The mineral and ionic composition of your soil — what nutrients are present, available, locked up, or excessive. The language plants speak in.
Soil Biology
Life + Intelligence
The living community in your soil — bacteria, fungi, protozoa, earthworms, nematodes. The workforce that drives everything from decomposition to disease resistance.
Physics
Soil Texture
The ratio of sand, silt and clay particles. Determines water retention, drainage speed, and ease of root penetration.
Dictates bed depth, irrigation frequency, and which crops can root properly
Physics
Bulk Density
How compacted your soil is. High bulk density means poor aeration, restricted root growth, and waterlogging risk.
Tells us if soil loosening or raised beds are needed before planting begins
Physics
Water Holding Capacity
How much water your soil can retain between irrigations. Sandy soils drain fast. Clay soils hold too long. Loam holds just right.
Determines irrigation schedule, mulching depth, and drought-tolerant crop priority
Physics
Porosity + Aeration
The air space within your soil. Roots need oxygen as much as water. Compacted or waterlogged soils suffocate root systems.
Guides companion selection — some crops tolerate poor aeration, most do not
Physics
Aggregate Stability
How well soil particles clump into stable crumbs. Good aggregation resists erosion, compaction, and surface crusting after rain.
Indicates how much organic matter and fungal activity is needed to rebuild structure
Chemistry
pH Level
Acidity or alkalinity on a scale of 0–14. Most vegetables thrive at 6.0–7.0. pH controls which nutrients are available regardless of quantity.
Single most important parameter — determines every crop choice in the grid
Chemistry
Nitrogen · Phosphorus · Potassium
The primary macronutrients. N drives leaf growth. P drives roots and fruiting. K drives disease resistance and water regulation.
Guides legume placement, green manure selection, and dynamic accumulator choice
Chemistry
Secondary Macronutrients
Calcium, Magnesium, Sulphur. Often overlooked but responsible for cell wall strength, chlorophyll, and enzyme activity.
Calcium deficiency causes blossom end rot in tomatoes — a common unexplained failure
Chemistry
Micronutrients
Iron, Zinc, Boron, Manganese, Copper, Molybdenum. Required in tiny amounts but deficiencies cause visible symptoms and yield collapse.
Zinc deficiency is the most common hidden crop failure in Indian soils
Chemistry
Electrical Conductivity (EC)
Measures total dissolved salts. High EC from over-irrigation, chemical fertiliser history, or naturally saline soils burns roots and prevents germination.
Critical in UAE, Punjab, Rajasthan, and any borewell-irrigated land
Chemistry
Cation Exchange Capacity (CEC)
The soil's ability to hold and release nutrients. High CEC soils are more fertile and forgiving. Low CEC soils need frequent small applications.
Determines how we build long-term fertility and how often compost is needed
Biology
Organic Matter %
The total carbon-based fraction of your soil — decomposed plant material, humus, microbial biomass. The engine of soil fertility.
Below 1% is critical. Above 3% is healthy. Tells us how much compost and green manure the soil needs
Biology
Microbial Biomass
The total mass of living bacteria and fungi in your soil. Healthy soil contains billions of organisms per gram — they drive nutrient cycling and disease suppression.
Low microbial biomass = slow nutrient release even when chemicals are present
Biology
Mycorrhizal Fungi Presence
Fungal networks that extend root reach by up to 1000x, transporting water and phosphorus in exchange for carbon. Destroyed by tillage and phosphate fertilisers.
Presence or absence determines whether inoculation is recommended at planting
Biology
Earthworm Activity
Earthworm count and castings are a direct indicator of biological health. They aerate, drain, and fertilise simultaneously. Absence signals a sick soil.
Used to select which soil builder crops and compost application rates to recommend
Biology
Soil Respiration Rate
How much CO₂ your soil produces — a direct measure of biological activity and microbial health. A breathing soil is a living soil.
Guides whether Jeevamrit, Panchagavya or compost tea is the right biological activator
Biology
Pathogen Load
Presence of harmful fungi (Fusarium, Pythium), nematodes, and bacteria that cause root rot, damping off, and wilt in young plants.
Informs aromatic and medicinal companion placement — the biological pest defence layer
Not all reports cover all parameters. A standard government soil test covers basic NPK and pH. A comprehensive report adds organic matter, EC, micronutrients and biology. We will advise you on which parameters matter most for your specific land and grid type — and which lab to use in your region.
Soil Health Report Request
Fill in your details below. We will review and contact you on WhatsApp within 24 hours with next steps.
Request Received
Thank you. We have received your soil report request and will be in touch on WhatsApp within 24 hours with your next steps.
What happens next:
We review your submission and contact you on WhatsApp. If you uploaded a report, we begin analysis. If you requested sample collection, we confirm dates and logistics. Your Estate Grid design begins only after consultation is complete and payment is confirmed.
We review your submission and contact you on WhatsApp. If you uploaded a report, we begin analysis. If you requested sample collection, we confirm dates and logistics. Your Estate Grid design begins only after consultation is complete and payment is confirmed.