Since November 2015 our center has held discussions about water-saving agriculture technology and related cooperation with a New Zealand Technical Agriculture Company. The two sides will continue to pursue further cooperation moving forward.
Not long ago, we were invited to draft a cooperation agreement and received a positive response from Lincoln University of New Zealand, and also gained supported of the primary industrial representative office and trade representative office of the New Zealand government in Beijing.
As the first step of cooperation, New Zealand appointed a commissioner to participate in the national soil moisture monitoring technical training, organized by our center in Haikou on March 10th-11th. In this training, they introduced Aquaflex and its ability to continuously monitor soil moisture. They gave a field demonstration to the attendees enthusiastic delight.
On March 18, Aquaflex expert, Jim Herbison, was invited to visit our center at which time we discussed in more detail partnership opportunities and the technical aspects of the instrument. Deputy Director Xie Jianhua led the discussion and encouraged pragmatic, bilateral cooperation to achieve mutually beneficial goals as soon as possible.
(Translated and copied from the original source: http://www.natesc.org.cn/Html/2016_03_24/53167_53814_2016_03_24_424691.html)
With the recent sale of WaterMetrics to Datacol we would like to clarify how this impacts Aquaflex and assure our customers of continuity of supply and service.
Aquaflex NZ is a division of Streat Instruments and a completely independent company to WaterMetrics or Datacol.
Streat Instruments has a long history in the field of industrial control and telemetry systems and as the designers and manufacturers of both Aquaflex Soil Moisture Sensors and Aquacom Telemetry units, Aquaflex NZ is ideally placed to provide full sales and after sales support for these systems.
We are totally committed to supporting our customers and ensuring they gain the maximum benefit from their Aquaflex and Aquacom systems – please feel free to ring us anytime if you have any questions or require assistance.
Aquaflex NZ supplies Aquaflex and Aquacom products and services direct to our customers and also to distributors such as Boraman Consultants, WaterMetrics, and numerous irrigation companies and consultants.
Please feel free to contact us anytime for sales or service support – 03 3848 900 or e-mail email@example.com
The word ‘audit’ usually bears negative connotations of tedious, unnecessary work to appease a faction of government. For Canterbury farmers, a top-of-mind example is the enforcement of ‘farm environment plans’.
Environment Canterbury (ECAN) has recently implemented requirements to have a ‘farm environment plan’ for farms that meet certain criteria based around location, farm size and nitrogen leaching levels.
A farm environment plan is a farm audit focussing on environmental impacts and sustainability. They are part of the larger Land and Water Regional Plan, implemented by ECAN which aims to provide clear direction on how land and water are to be managed and help deliver community aspirations for water quality in both urban and rural areas.
The Hawkes Bay Regional Council has a management plan in place for farmers and the Marlborough District Council have one in place for dairy farmers. However, ECAN covers the widest area.
Plans require detail on the following information:
The plan must be audited by a Farm Environmental Plan Auditor before submission to ECAN and be completed and submitted every year.
It’s easy to file compulsory documents away and forget about them until it’s time to submit another report. However, there are many opportunities to be gained from the data collected for farm environment plans.
One example is using the mandatory irrigation and soil management data to farm smarter.
Moisture is a critical factor in many farming application areas. It affects growth, quality and profits.
Since moisture measurement is already a requirement for Canterbury farms, it might as well be used to benefit the farm itself.
Having visibility of soil moisture levels across the farm empowers farm managers to strategically place irrigation and allocate resources to areas that need it most.
For example, an accurate soil moisture system, when used in conjunction with feed budgeting information, can be used to predict pasture growth. On large properties, visual pasture assessments often cannot be completed weekly, but using the information from a soil moisture system gives farmers the ability to predict pasture growth based on soil temperature and moisture.
By having a better understanding of soil moisture and temperature, farmers can gain greater value from other tools such as feed budgeting and climate outlooks, contributing to more informed decisions. This helps farmers to assess the risk and opportunities that may exist around future feed supply and demand and allow decisions such as stocking levels, when to purchase or when to sell, to be made in a more informed manner and potentially increase returns to the business.
Having a soil moisture sensor that measures accurately is obviously beneficial for analysing this type of data. But what makes soil moisture sensors more accurate than others?
Reliable, hardy equipment and an expert support team to consult with are essential to producing quality water moisture data.
Having soil moisture sensors that gather data from a cross-section of soil, rather than just one spot, will help eliminate discrepancies caused by factors such as dripping irrigators, soil variability and stony soil.
Because of the strict regulations within farm environment plans to provide accurate information, installing quality soil moisture monitoring technology will not only comply with ECAN’s specifications but also give greater visibility for farmers to make advantageous decisions to benefit farm efficiency and profitability.