Robot will deliver baby coral to Great Barrier Reef

Ecology and technology have come together to help naturally use a robot to deliver a heat coil larvae directly on the Great Barrier Reef.

The first pilot project is a scale of new means to help restore and restore coral reefs.

A microscopic child discharged (coral larvae) has a submerged robbery to help scientists work to settle parts of the Big Barrier during this year's large coral sewing event.

Six weeks after winning $ 300,000 of the Reef Foundation Budget to win out of the Blue Box Reef Innovation Challenge, Peter Harrison at Southern Cross University and Matthew Dunbabin QUT made the innovative Vlasoff Reef campaign, near Cairns in northern Queensland.

LEABH: The Queensland economy could see more billions with robotic devices and automation

Dunbabin made a QUT protection protection device RangerBot in LarvalBot especially for its coral renewal project led by Harrison.

The project builds on its & # 39; a successful breakdown process with Harrison larvae which was polated on the Great Barrier Reef & # 39; South West Park Park Reef (GBRMPA) and Queensland Parks & Wildlife Service (QPWS), which follows the successful financing of small-scale small-scale experiments in the Philippines with the Australian Center for International Agricultural Research.

"This year is a big step up for larva reform research and the first time we've got to catch larger scale corals by using large blown receivers and then taking them – Within a small coral larvae in the larvae plants that were specially built and placed on damaged reef areas, "said Harrison.

"By winning the Innovation Reef GBRF Challenge that meant we could increase the level of work planned for this year by using rods- Mega-dimensional bleaching and giving a starting point of start LarvalBot as a new way to spread the coral larvae to the Reef.

"With further research and development, this method has a great potential to work across large areas of rock and many sites in a way that has not been done before," said Harrison.

"We will closely monitor the progress of babies' societies in the coming months and we will work to develop the technology and its approach so that they will be higher in 2019."

With current capacity to carry around 100,000 larvae coral for every desire and its; planning to increase up to millions of larvae, the robot can quickly discharge the larvae into spoiled areas of screws; allow them to be configured and over time; grow in coral polps or babies.

Dunbabin said LarvalBot can be compared to underwater crop duster & # 39; work safely to ensure that no existing coral has been disturbed.

"In the course of this year's test, the robot was measured to look closely at him, but the future campaigns will be seen to work on their own and on a much larger scale.

"Using iPad to record the mission, a signal will be issued to deliver the larvae and hit it slowly LarvalBotSouth-West It's like to be full of fertilizer, "said Dunbabin.

"The robot is very clumsy, and as we reach it, we have a target where the larvae needs to be spread so new colonies can be created and new coral communities can to come forward.

"We have plans to do this again in Australia and elsewhere and I look forward to working with Professor Harrison and Cross Cross University, the Reef Rebellion Foundation and other colleagues to help tackle an important problem, "said Dunbabin.

After the success of this first test in 2018, the researchers are planning to win the winning bid; They attacked in 2019, a larger megabyte meadow legs and larvae glass poles that have a long time. The use of solar energy designed to make hundreds of millions of passive coral discharge species to be resolved on spoiled reefs through a combination of larvae clouds and LarvalBotsSouth Westerly

Source link