From a large scale pest control perspective this technology is game changing. It identifies where and when networks need to be visited, meaning that maintenance visits can be targeted and driven by actual need rather than by routine. Government agencies, pest control operators, landowners, conservation groups and volunteers will be able to make better use of their time by focusing their visits on the parts of their networks that need it most. More volunteers are likely to get involved and engaged in biodiversity efforts because they will be able to participate for shorter periods of time and the hours they do give will have more impact.
In addition to saving a lot of time, wireless trap monitoring will slash pest control costs. Land Services Manager, Campbell Leckie explains, “In most cases, the cost of labour for pest trapping is 40-70% of the total cost of an operation. Wireless technology will reduce this labour cost by up to 50-80% depending on the control scenario.”
There has been a groundswell of support for the technology among farmers. Bruce Wills, Former Federated Farmers president and farmer, says, “Farmers don’t have a lot of time to continually check bait stations and traps so using this technology is going to make a big difference for us.”
Wills continues, “We’ve seen extraordinary success with possum numbers decimated so now it’s time to move on to the stoats, rats and cats. We’re going to see a bird paradise when we get to that stage….Thirty years ago we had kiwis roaming freely on our farm. I am confident that with Cape to City we will eventually see the kiwis again.”
Feral cats carrying the disease toxoplasmosis are also the target of the predator programme and could save farmers in excess of NZD$4.5 million dollars a year. Thirty percent of sheep carry the disease, which causes a high abortion rate in pregnant ewes. By reducing feral cats, it is hoped abortion rates will decrease and farmers will enjoy increased production along with the biodiversity gains created through the Cape to City project.