Almond Orchard Establishment in Uganda

Almond Orchard Establishment in Uganda

No Ugandan source names almond cultivars, rootstocks or nurseries. Exploratory trials of deciduous fruit began in the Kabale highlands in the south-west in 1999 and by December 2003 had introduced over 30 cultivars of apples, peaches, pears and plums, but no almond. The national agricultural research organization's Kachwekano institute near Kabale, set up in 1937 for crops of temperate origin, lists apple varieties among its research.

Chilling is the open question near the equator. University of California tables list 22 to 32 chill portions (dynamic model) for three almond cultivars, and Spanish research notes that chilling must be fully met for good flowering and fruit set. At Kabale the monthly mean minimum stays between 9.2 and 11.7 °C (1961 to 1990), and a 2026 study in Kigezi defoliated apple trees by hand to mimic autumn; no source computes chill for a Ugandan site.

Kabale District lies at 1,500 to 3,000 m, with steep and gentle slopes, many hillside plots and terraces, and 1,000 to 1,500 mm of rain a year (2001 study). Test cultivars on a small, level plot first, record chill and bloom, and plan rows, headlands and trunk height for shakers and catching frames before planting.

Almond Orchard Establishment in Uganda
Practical Tips for Almond Orchard Establishment icon

Practical Tips for Almond Orchard Establishment

Test almond cultivars on a small plot first: no Ugandan source names cultivars, rootstocks or nurseries for the crop.

Record chill and bloom on the trial plot: no source computes chill for a Ugandan site; almond cultivars in University of California tables need 22 to 32 chill portions.

Log hourly temperatures on site: monthly means, such as Kabale's minima of 9.2 to 11.7 °C, cannot show chill.

Prefer deep, well-drained soil and avoid wet spots: a 2012 study links Uganda's excessive rains to water-logging.

Buy healthy grafted trees from reliable nurseries and keep plant-health documents for any imported planting material.

Plan rows on level ground, headlands and trunk height for shakers and catching frames before planting, and check machine needs with OVE Europe.

Recommended Establishment Stages

Soil & Site Assessment

Soil & Site Assessment

Check soil depth and drainage, avoid frost pockets and wet spots, and test the soil before planting.

Crop, Variety & Nursery Selection

Crop, Variety & Nursery Selection

Choose healthy grafted trees of known cultivars, checked for variety, roots and plant health.

Orchard Layout & Machinery Planning

Orchard Layout & Machinery Planning

Plan rows, headlands and access lanes so shakers, catching frames, sweepers, harvesters and shuttles can work.

Irrigation System Design

Irrigation System Design

Design drip lines for the water available, soil, spacing and slope, with good filtration and even pressure.

Land Preparation Before Planting

Land Preparation Before Planting

Rip compacted layers, level where needed, and mark rows, access lanes and headlands before planting.

Irrigation Installation & Commissioning

Irrigation Installation & Commissioning

Install mains, laterals, filters and valves, then test pressure and flow before planting day.

Planting (Preferably with a Planting Machine)

Planting (Preferably with a Planting Machine)

Plant in straight rows at the planned spacing, with GPS marking where possible, and water each tree at once.

Almond Orchard Establishment in Uganda

Almond Orchard Care & Maintenance in Uganda

Almond Orchard Care & Maintenance in Uganda

No Ugandan guidance on almond irrigation or nutrition was found. Most of Uganda's farming is rain-fed, and a 2012 study calls rainfall unreliable, with dry spells of 3 to 4 weeks within the rainy seasons. Kabale averages 28.5 mm in June and 20.0 mm in July, and Gulu, in the north, 16.5 mm in January (1961 to 1990). Plan drip irrigation for dry months and spells.

No Ugandan source on almond pests or diseases was found. EPPO does not list Uganda for bacterial spot (Xanthomonas arboricola pv. pruni), the almond seed wasp or the peach twig borer, which does not prove they are absent. University of California guidance says rainy weather during bloom favors brown rot blossom blight.

No Ugandan guidance on pruning almond was found. University of California guidance says that reducing irrigation at the onset of hull split greatly lowers the incidence of hull rot and advises avoiding standing water then. For care work, the ID DAVID SURFEED spreads solid manure, the ID-XL weeds the tree row, the Mañez Lozano Mega Twister S6 sprays tall, dense canopies and the ID DAVID ID-REX disc pruner makes lateral and topping cuts.

Recommended Orchard Care & Maintenance Stages

Soil Cultivation Between Rows (Rotary Tiller)

Soil Cultivation Between Rows (Rotary Tiller)

Loosens compacted soil between rows where needed, in shallow passes, and leaves it level for harvest.

Fertilization: ID DAVID SURFEED Spreader

Fertilization: ID DAVID SURFEED Spreader

Trailed solid manure spreader with a hydraulic belt speed regulator and a drawbar that turns up to 90°.

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Mulching Between Rows

Mulching Between Rows

Optional: chops grass and prunings into a mulch that shades the soil and holds moisture in dry spells.

Weed Control: ID DAVID ID-XL In-Row Weeder

Weed Control: ID DAVID ID-XL In-Row Weeder

Reversible frame with an electro-hydraulic in-row weeder and an adjustable sensor, for fruit tree rows.

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Herbicide Application: Mañez Lozano Atila-D

Herbicide Application: Mañez Lozano Atila-D

Optional front-mounted hydraulic herbicide boom for rows where mechanical weeding is not enough.

Tree Spraying: Mañez Lozano Mega Twister S6

Tree Spraying: Mañez Lozano Mega Twister S6

Trailed sprayer for tall, dense canopies and wide rows, listed by Mañez y Lozano for almond orchards.

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Pruning: ID DAVID ID-REX Disc Pruner

Pruning: ID DAVID ID-REX Disc Pruner

Disc pruner for lateral and topping cuts in fruit plantations, with hydraulic lift, sideshift and tilt.

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Practical Tips for Almond Orchard Care & Maintenance icon

Practical Tips for Almond Orchard Care & Maintenance

Plan drip irrigation for dry spells: a 2012 study reports rainless periods of 3 to 4 weeks within Uganda's rainy seasons.

Watch flowers closely in wet weather: University of California guidance links brown rot blossom blight to rain during bloom.

Limit hull rot by reducing irrigation at the onset of hull split and avoiding standing water, as University of California guidance advises.

Keep records of pests and diseases on trial trees, as no Ugandan guidance on almond pests or diseases was found.

Keep the tree row weed-free with an in-row weeder such as the ID DAVID ID-XL, and keep the orchard floor level for harvest.

Spray tall, dense canopies evenly with a trailed airblast sprayer such as the Mañez Lozano Mega Twister S6.

Almond Harvesting in Uganda

Almond Harvesting in Uganda

Almond Harvesting in Uganda

No Ugandan source describes an almond harvest or gives bloom or harvest months. Near the equator the trees' cycle may not follow the seasons: a 2026 study in Kigezi advises defoliating apple trees by hand before the rains to bring on flowering, and the Kabale trials found apple harvests possible in May and June and in November and December. In orchards planted for machines on suitable ground, mechanized harvesting can bring the crop in on time, with less risk of nuts deteriorating while they wait.

No reliably hot, dry harvest season can be shown: almond harvest months are unknown, Kabale's driest months, June and July, are mild, with mean maxima of 23.7 and 24.0 °C, and every other month averages over 50 mm of rain (1961 to 1990). The agriculture ministry (MAAIF) advises drying field crops off bare ground and out of the rain, and the Codex code prefers catching frames or sheets, so this guide shows prompt pickup, with hulling and drying at once, beside catching frames.

Flory harvesting machinery is available in Uganda through OVE Europe for both systems. On the ground, the VR700 Shaker, V62 Sweeper and 8772 Harvester feed the 1500 Conveyor Cart and ST14 Shuttle. Off the ground, the Flory COE C7 Shaker and L2 Receiver catch the almonds in a frame around the trunk, the Flory COE B8 Cart and VS25 Shuttle carry them, and the 4840 Field Elevator loads trailers in both systems.

Almond Harvest Workflow (Recommended Equipment)

On-ground Shaking: Flory VR700 Shaker

On-ground Shaking: Flory VR700 Shaker

Side-mount trunk shaker with customizable ESHAKE patterns and touch-screen controls, built to protect trees.

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On-ground Sweeping: Flory V62 Sweeper

On-ground Sweeping: Flory V62 Sweeper

Self-propelled single-pass sweeper with two five-bar sweeping heads and dual hydraulic blowers.

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On-ground Pickup: Flory 8772 Harvester

On-ground Pickup: Flory 8772 Harvester

Self-propelled harvester with cleaning chains and a variable-speed suction fan for reduced-dust pickup.

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On-ground Receiving: Flory 1500 Conveyor Cart

On-ground Receiving: Flory 1500 Conveyor Cart

Receives nuts from the harvester and unloads them quickly into shuttles; a stick remover is optional.

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On-ground Logistics: Flory ST14 Shuttle

On-ground Logistics: Flory ST14 Shuttle

High-capacity in-orchard shuttle with variable-speed augers, articulated steering and air-ride suspension.

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Off-ground Shaking: Flory COE C7 Shaker

Off-ground Shaking: Flory COE C7 Shaker

Catching-frame shaker with fully repeatable shake patterns; pairs with the L2 Receiver for off-ground harvest.

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Off-ground Receiving: Flory COE L2 Receiver

Off-ground Receiving: Flory COE L2 Receiver

Catching-frame receiver for the C7, with a variable-speed trash blower and an elevator for bins or bulk carts.

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Off-ground Buffer Cart: Flory COE B8 Cart

Off-ground Buffer Cart: Flory COE B8 Cart

High-capacity bulk cart of about 11.9 m³ with metered belt unloading; a mesh chain for almonds is optional.

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Off-ground Logistics: Flory VS25 Shuttle

Off-ground Logistics: Flory VS25 Shuttle

Low-profile shuttle with a nut tank of about 12.7 m³, car-style controls and fast side-dump unloading.

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Field Elevator for Both Systems: Flory 4840

Field Elevator for Both Systems: Flory 4840

Loads nuts from shuttles into trailers on a 1.2 m adjustable-speed belt, with wireless remote control.

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Practical Tips for Almond Harvesting icon

Practical Tips for Almond Harvesting

Time shaking by hull split on each cultivar: University of California guidance advises harvesting when 95 to 100% of hulls have split.

Plan for rain at harvest: almond harvest months in Uganda are unknown, and at Kabale every month but June and July averages over 50 mm of rain (1961 to 1990).

Pick up promptly after shaking: University of California guidance notes that ant damage to nuts increases the longer they lie on the ground.

If rain wets almonds on the ground, do not stockpile them wet: University of California guidance warns of mold and concealed damage.

Where almonds must stay off wet ground, use catching frames: the Flory COE C7 Shaker works with the L2 Receiver.

Use shakers, frames and sweepers only in level orchards planted for machines, never on terraces, steep slopes or scattered trees.

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Almond Post-Harvest Handling & Processing in Uganda

Almond Post-Harvest Handling & Processing in Uganda

No Ugandan source describes almond hulling, drying or storage. The Codex code of practice on aflatoxins in tree nuts, which covers almonds and which UNBS publishes as a voluntary Uganda Standard (2016), advises hulling as soon as possible after harvest and drying hulled nuts to a water activity below 0.70, and warns that nuts dried in the sun are at greater risk. Promptly picked or frame-caught almonds are therefore hulled at once and dried off the ground before storage.

MAAIF's aflatoxin advice for field crops is to dry produce off bare ground on clean sheets or cemented floors, keep it out of the rain and store bags on pallets away from walls. The Codex code adds storage below 70% relative humidity and, if possible, at 0 to 10 °C. No Ugandan or East African almond standard was found; Codex allows 10 µg/kg of total aflatoxins in ready-to-eat almonds.

Uganda imported more almonds than it exported in every year from 2015 to 2025, mainly from the United Arab Emirates, India and the United States. In 2025 it imported 4,630 kg of shelled almonds and 7,118 kg in shell and exported none (UN Comtrade via WITS). Jessee, whose processing lines OVE Europe supplies, builds hulling, drying, in-shell cleaning and sizing, and shelling systems; its Airlegs nut cleaner was developed for the almond industry.

For general information only. Information may become outdated and does not replace site-specific professional advice. Consult a qualified agronomist and confirm equipment suitability with OVE before acting.

Almond Post-Harvest Handling & Processing in Uganda
Practical Tips for Almond Post-Harvest Handling & Processing icon

Practical Tips for Almond Post-Harvest Handling & Processing

Hull promptly picked or frame-caught almonds while the hulls are fresh, then dry the nuts in the shell before storage.

Dry hulled nuts to a water activity below 0.70 at 25 °C, the safe level in the Codex code, a Uganda Standard since 2016.

Dry almonds off bare ground, on clean sheets or cemented floors and out of the rain, as MAAIF advises for field crops.

Store dried nuts below 70% relative humidity and, if possible, at 0 to 10 °C, as the Codex code advises, with sacks on pallets.

Do not send rain-wet almonds straight to the huller: University of California guidance notes that wet nuts will not hull cleanly.

Test lots for aflatoxins: Codex allows 10 µg/kg of total aflatoxins in ready-to-eat almonds and 15 µg/kg in almonds for further processing.

Recommended Post-Harvest Handling & Processing Stages

Receiving / Intake

Receiving / Intake

Weighs each load on arrival, records the block and cultivar, and checks moisture before hulling.

Pre-Cleaning

Pre-Cleaning

Removes leaves, sticks, soil and stones, which come mostly with ground pickup, before hulling.

Hulling

Hulling

Takes off the fresh hulls of promptly picked or frame-caught almonds before the nuts are dried.

Drying

Drying

Dries hulled, in-shell almonds to a water activity below 0.70, the safe level in the Codex code of practice.

Storage

Storage

Keeps dried almonds by lot and cultivar in a dry, clean store, protected from pests and rodents.

Cracking and Kernel Separation

Cracking and Kernel Separation

Cracks the shells by machine and separates the kernels from shell pieces before sizing and grading.

Sizing and Grading

Sizing and Grading

Sizes and sorts kernels, or in-shell almonds for the in-shell market, to buyers' specifications.

Finished Products

Finished Products

Graded kernels and in-shell almonds, packed and labeled by lot for local buyers.

Plan your post-harvest line

Estimate tons/day, cleaning & drying capacity, storage needs, and cost/kg—then build your equipment plan in phases.