Utilizing tractor GPS data for Pipe Planner designs seems to just get easier. Here are some basic steps to utilize GPS tractor monitor data to develop a Pipe Planner recommendation. (all pics are clickable) Elevation data is one piece of
With rice acres down, many thanks to the growers that have helped with our 2017 Row Rice trials. This year, the Irrigation Team is comparing water use and yield on Row Rice fields to Multiple Side Inlet using AWD irrigation
Pipe Planner’s last weekly webinar series is set for this week. Below you will find the invitation for March 28 and March 31. Follow the instructions embedded in the invitation and login to the meeting. All you need is a
Pipe Planner’s third weekly webinar series is set for next week. Below you will find the invitation for March 24. Follow the instructions embedded in the invitation and login to the meeting. All you need is a secure internet connection
Next week will begin Pipe Planner’s second installation of the weekly webinar series in March. Below you will find two separate invitations for the week on March 14 and March 17 . Select which webinar you would like to attend,
To address the declining Mississippi River Valley Alluvial aquifer, Mississippi State University developed the Row-Crop Irrigation Science and Extension Research (RISER) program. RISER’s goal is to develop a science based approach for evaluating Irrigation Water Management (IWM) practices in the Mississippi Delta
Throw them away! As we begin to prepare for the up coming irrigation season here are some things to consider. Watermark soil moisture sensors are probably the most widely used sensor here in the Delta. We are now into the
In addition to the large scale on farm rice studies, MSU research has utilized controlled small plot research to verify the use of AWD in rice. PhD. candidate Lee Atwill shares his AWD investigations. Experiments were conducted at the Delta
In 2015, Jeremy Jacks and brother in law, Trey Koger had a hilly field, traditionally planted in soybeans, adjacent to a large tract of conventionally grown rice. Faced with all the issues of herbicide drift if soybeans had been planted,
The Row-Crop Irrigation Science and Extension Research (RISER) was developed as a science based approach to evaluating irrigation Best Management Practices (BMPs) here in the Delta. The RISER program is designed to assist producers in reducing water use while maintaining
From time to time the Irrigation Team at MSU is requested to investigate the effects of certain agronomic and cultural practices farmers use. Traditionally, many rice farmers chose to flood irrigate their soybeans. Rice farmers were accustom to pulling levees
February 1, 2017 is the deadline for reporting your 2016 water usage. MDEQ should have sent each participate a survey for completion in the fall of 2016. The survey must be returned to MDEQ either by mail, fax, or the
AWD is a water-saving technology that farmers can use to reduce the amount of irrigation water used in rice fields without any yield penalty. In AWD, farmers allow the flood water to recede to a “muddy” state before re-flooding the
Row rice or furrow irrigated rice is once again being investigated by the MSU Irrigation team as an alternative to conventional flooded rice production. Some of you may recall Dr. Joe Street and Dr. Ted Miller worked with Clarksdale’s Leon
There are many reasons why growers initiate early season irrigation. Activation and incorporation of dry fertilizers and herbicides have been one motivating factor this year. This year, it appears, growers are getting more familiar with utilizing soil moisture sensors as
As we traveled through Tunica county today we noticed a few growers received a shower or two recently. Elsewhere across the Delta, a shower would be a welcomed Memorial Day event. Over the last couple of days we have received
In 2014, the Irrigation Team added surge valves to our list of tools to increase irrigation application efficiency. When using a surge valve, water is applied in a series of on-off cycles alternating between two irrigation sets. By utilizing surge
Utilizing moisture sensors to trigger an irrigation event is one method to increase irrigation efficiency. Using the “calendar” or the “neighbor” method of determining when to trigger an irrigation event is not the most efficient method. Soil moisture sensors are
To address the declining Mississippi River Valley Alluvial aquifer, Mississippi State University developed the Row-Crop Irrigation Science and Extension Research (RISER) program. RISER’s goal is to develop a science based approach for evaluating Irrigation Water Management (IWM) practices in the Mississippi Delta and
Rain is in the forecast for tonight. As of today only a few growers have initiated corn irrigation, mostly to incorporate fertilizer after missing the last rain opportunity. Elsewhere, growers are beginning to prepare for that first irrigation event. Poly-pipe
Early this spring we received a call from a grower requesting assistance irrigating a new property he had acquired. Historically the property had been in a rice/soybean rotation. As you can see by the elevation map, the property was not
Mississippi State University Extension has planned two soil moisture sensor field days for July and early August. Attendees will view demonstrations and presentations of the agronomic advantages of utilizing soil moisture sensors to trigger row crop irrigation presented by Dr.
Mississippi State University Extension has planned two soil moisture sensor field days for July and early August. Attendees will view demonstrations and presentations of the agronomic advantages of utilizing soil moisture sensors to trigger row crop irrigation presented by Dr.
The Monsanto Water Conservation Field Day hosted by Delta F.A.R.M. is tomorrow, Tuesday, July 7th at Simmons Planting Company and Murrell Farms in Washington County, MS. The event will begin at 10:00 a.m. at Simmons Planting Company and conclude at
P&R Surge Systems manufacture two surge valve controllers, the Star and the Jr.III. The Star controller is totally digital and much more flexible in programming. The Jr.III, being the more economic controller, lacks many of the features as of the
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