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Sustainable Agriculture Tanzania-Field Trip

By Steve Bosserman

on March 9, 2015, I had an opportunity to visit the demonstration farm and training center for Sustainable Agriculture Tanzania (SAT) what follows is a modest photographic account of my experiences …

Made by the team behind FlowVella — meet Flow2, presentations built for the phone

Sustainable Agriculture Tanzania-Field Trip

field trip

Sustainable Agriculture Tanzania (SAT)

March 09, 2015

on March 9, 2015, I had an opportunity to visit the demonstration farm and training center for Sustainable Agriculture Tanzania (SAT) what follows is a modest photographic account of my experiences …

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table of contents

water systems

crop systems

livestock systems

operations systems

water

section photos

systems

water control

year-round water supply

waste treatment

earthen dam impoundment and terracing in several watershed areas (click here)

about SAT vision mission goal

team

location

contacts

classes

organic shop

an extensive rainwater catchment system collects water from the roofs of outbuildings and feeds into a 350,000-liter tank (click here) to provide water for household use

the lefthand photo in the waste treatment slide (click here) features two water systems represented by a series of four cascading concrete chambers

the top chamber collects overflow from the 350,000-liter rainwater tank mentioned previously to be used to raise fish for human consumption

the three chambers below comprise the final stage of the biological sewage system at SAT. during 2015 the first two chambers will be filled with gravel and reeds planted on top to purify the grey water. fish raised in the third chamber will indicate if the system is working properly and are not for human consumption

when completed in 2015, the bi-level water tower (no photo) will provide water for domestic use through two 5,000-liter tanks on the four-meter level whereas the four 5,000-liter tanks at the seven-meter level will be used for irrigation and livestock

enclosed septic system for sewage treatment (no photo)

water control

year-round water supply

waste treatment

grey water three-chamber biological sewage system

top chamber holds rainwater overflow from storage tank for aquaculture

future location of biogas generator

water

manure

crop

section photos

systems

agroforestry unit

horticulture unit

herbal and medicinal unit

agroforestry

horticulture

artemisia annua seedlings

mature plant

livestock

section overview

systems

dairy operation

poultry

future paddocks

four types of bee-keeping methods are undergoing test and evaluation (no photo)

about SAT vision mission goal

team

location

contacts

classes

organic shop

the poultry unit (click here) includes eight ducks and ducklings, fifty chickens and chicks, and six guineas

water made available from the earthen dam and reservoir will allow expansion of the dairy unit (click here) to include 20 - 30 head of cattle and 10 goats in the dairy herd; pigs and rabbits; and the addition of 500 - 1000 chickens

the paddock system (click here) will offer a sustainable grazing method that avoids overgrazing / erosion

the livestock project will enable SAT to achieve 100% self-sufficiency

dairy

operation

poultry

future paddocks

operations

section overview

systems

training center

dormitories / offices

dormitory rooms

offices

landmarks

about SAT vision mission goal

team

location

contacts

classes

organic shop

construction materials used for buildings included locally-produced bricks hardened by burning rice husks rather than wood. this offers a sustainable alternative to deforestation. burned rice husks may be used for carbon farming. other potentially sustainable materials will be tested in the future as time and capacity allow

classes delivered to over 600 trainees from public, private, and voluntary sectors since 2013

innovators and researchers encouraged to test applications, e.g., solar power and wind generation systems, that complement SAT applied research initiatives

operations are over 60% self-sufficient after one-year which attracts funders for scale-up. SAT village-appropriate infrastructure has increased local land values and added credibility to model

training center

dormitories

offices

dormitory rooms

offices

landmarks

best mobile phone reception

rainwater catchment

new housing for laborers

asante

my acknowledgements to Alexander Wostry, Sustainable Agriculture Tanzania (SAT); Bart Weetjens, APOPO and You Be Well; and David Kraybill and the program management unit (PMU) at the Innovative Agricultural Research Initiative (iAGRI) for providing the inspiration, introduction, and encouragement behind the tour and ensuing account

farm life

SAT farmer training centre

2015 class schedule