Imperial irrigation supply is one of the most pressing and contentious issues in Australia.

The system is often described as the “missing link” between the agriculture sector and the national grid, but it’s far from the only source of intermittent supply.

What’s the difference between a drip line and a regular irrigation line?

A drip line is a network of pipes that are connected to a feeder system.

The drip line connects to a pump that feeds water from the feeder into a water tank that is fed to a central reservoir.

The feeder then delivers water to the farm or field, and the pump then sends it back into the water tank.

When the feeders run out of water, the feed will either be pumped back into a feed pit, or pumped back out again.

If you’re growing tomatoes, you’re going to be pumping a lot of water into a few small buckets.

But if you’re not growing tomatoes at all, there’s a very real risk of the crop failing.

A drip feeder in a tomato farm, at the Waimakariri Farm, in central New South Wales.

While a lot has changed since the drip-line era, the supply system remains very much the same.

And the system has remained largely unchanged over the last 100 years, thanks to a number of policy changes and changes in technology.

Drip line supply systems have been around for decades, but they’ve rarely been a major part of the agriculture landscape.

In the 1960s, when the water supply system was largely developed in Australia, farmers would simply collect their water from a tank that was in the same area.

That system was still very useful, but the water in it was so poor, and because it was often not being used properly, farmers were sometimes very unhappy with it.

“I’d go to the water department, and they’d say ‘oh, we can’t supply that much water’.

And I’d say, ‘you’re right, we don’t have the money’,” says John Williams, a former farmer who now works for the State Government’s water department.

John Williams.

He recalls a farmer who was unhappy with a system where the water was being used in a way that wasn’t efficient and effective.

This was especially true in rural areas where there were no water supply companies, or there were very few, and there was little incentive to buy them.

“So there was an element of that discontent,” Williams says.

Today, drip lines are very much in demand.

Farmers are increasingly buying them to help meet the growing demand for water from their fields.

And in the past, the system used to be extremely expensive, requiring a lot more maintenance and training to operate.

One of the biggest problems with drip lines today is that they are very expensive to maintain, as well as very fragile, and not always reliable.

There’s a huge amount of pressure on farmers to install them, and even though they’re expensive, they’re not always necessary.

So what’s a farmer to do if the system fails?

Williams says it’s important to think about the impact the system will have on your crops.

“You need to take a few things into consideration.

If you’re irrigating crops at a rate of 1,500 litres per day, you might have to add an additional 5 per cent of your total crop to your drip system,” he says.

“That means you’re increasing your water consumption by up to 4 per cent.”

“If you have a system that’s going to have that effect, then you need to ensure that you’re using it properly, and that’s a lot easier said than done.”

But what if you don’t need it?

You’re not going to need the extra water, and it may not be needed, but you can still manage the system.

So what can you do if you can’t afford to buy a drip system?

You can also use a drip pump, which is a system of water pumps that can be mounted on a horizontal platform to provide extra water for irrigation.

They’re usually made by either Australian Water or Waterworks.

But if a water pump doesn’t fit your situation, you can also buy a small, high-efficiency drip pump for $300.

Williams says that’s one of those cases where you can have a good system, but not necessarily be able to use it as much.

“You need a good pump, and you need a well-drilled pump.

And you can get these for around $150.”

Ditch the drip system, and go for the new, low-cost, drip-lines.

You can also find a number with low maintenance costs.

“If you buy a cheap, old-fashioned, drip system for $100, you’ll have a drip that will last 20 years,” Williams explains.

You can even try some of the new low-maintenance