Reduce direct energy use		Reduce the amount of water that is wasted		Water leaks are not repaired
				Reduce leaks and drips from poultry drinkers
				Reduce leaks in irrigation equipment		Irrigation equipment is not maintained
						Ensure that you are using the correct pump and pipe size
						Maintain equipment - regularly check the condition of your pumps, mains and hydrants and repair worn items such as seals
						Irrigation pump is too powerful for pipe size
				Reduce losses from evaporation		Irrigate during the day
						Irrigate at night
				Accurate application of irrigation water		Use of electromagnetic induction (EMI) scanning
						Schedule irrigation to take account of evapotranspiration or soil moisture deficits
						Use raingun irrigation
						Use boom irrigation
						Use trickle irrigation
						Avoid irrigating when it is windy
						Always irrigate regardless of weather, soil and crop conditions
				Use nipple and cup drinkers in poultry units or bite-type drinkers in bowls within a pig unit
				Reduce overflows from livestock water troughs		Ball-valves on livestock water troughs are damaged and/or not correctly set
						Ensure ball-valves on livestock water troughs are not damaged and are correctly set
				Use self-closing trigger nozzles on hosepipes
				Fix driping taps
		Reduce energy used for field operations		Shallow spiking, slitting or subsoiling
				Reduce the number of pesticide applications on non-food crops (incl grass and forage)
				Reduce the number of pesticide applications on food crops
				Reduce cultivations		Convert arable land to extensive grassland
						Zero tillage
						Minimal tillage
				Use mechanical or flame weeding on non-food crops (incl grass and forage)
				Use mechanical or flame weeding on food crops
		Reduce energy used for air conditioning/ventilation in livestock housing		Pig housing has the heating and ventilation on separate thermostats
				Equip poultry housing with air scrubbers or filters
				Equip pig housing with air scrubbers or filters
				Heating and ventilation systems are interlocked in poultry housing
				Heating and ventilation systems are interlocked in pig housing
				Poultry housing has the heating and ventilation on separate thermostats
		Reduce energy used for lighting		Lighting in livestock housing is adequate to inspect livestock
				Use energy efficient lighting
		Reduce energy used for drying grain		Use ambient air for drying grain
				Harvest grain at optimum moisture content
				Achieve the correct airflow during grain drying
				Grain stores and well designed and maintained, have good ventilation and air flow and adequate drying capacity for the amount harvested
				Use heated air for drying grain
		Reduce energy used for heating livestock buildings		Heating and ventilation systems are interlocked in poultry housing
				Use thermostatic controllers for heating piglets in a creep box
				Increase insulation in buildings
				Poultry housing has the heating and ventilation on separate thermostats
				Pig housing has the heating and ventilation on separate thermostats
				Heating and ventilation systems are interlocked in pig housing
		Reduce energy used to heat greenhouses		Plant a vegetative windbreak around greenhouses
				Do not heat greenhouses
				Improve greenhouse structure/design
				Boiler, hot water tanks and distribution pipe-work in greenhouses should all be adequately lagged, kept weatherproof and in good repair
				Use a combined heat and power (CHP) plant for greenhouses
				Reduce air leakage from greenhouses
				Improve thermostatic controls in greenhouses
				Use thermal screens in greenhouses
		Reduce energy used for storage of produce		Increase insulation in buildings
				Recover heat from cooling systems for water heating
				Improve (or fit) better thermostatic controllers in crop stores
				Reduce air leakage from crop stores