Spring crops direly need a drink

decrease font size  Resize text   increase font size       Printer-friendly version of this article Printer-friendly version of this article

Dry and dusty conditions have become the norm across the Cornbelt, with increased reports of short topsoil and subsoil moisture, as well as more frequent reports of corn leaves curling earlier in the afternoon as the plant attempts to save moisture.  However, in that process, photosynthesis is curtailed and crop progress slows down.  The Cornbelt needs a drink of water for the crop that is in the ground and some moisture before unplanted fields—primarily soybeans—can be planted.

The USDA’s Crop Progress report for last week began to indicate concerning levels of soil moisture that were rapidly declining.  A state by state summary was provided after the weekly USDA report.  Interested readers can compare the week to week reports of dry soils and stressed crops with the current week summary, when available. 

Of possibly greater value are the vegetation maps provided by the Ecology & Agriculture Spatial Analysis Laboratory ((EASAL) unit at Kansas State University.  From this weekly report, one can look at the changes in vegetation greenness (biomass) relative to the previous week, year and average since 1989. This report was first developed by Dr. Kevin Price in 1995.    It can be used to assess plant growth rates relative to the 21 year average. The objective of the report is to provide users with a means of assessing the relative condition of crops and grassland. The report is used by individual farmers and ranchers, the commodities market, and political leaders for assessing drought impact across their state. It provides weekly vegetation condition assessments at the 250-acre resolution for the conterminous U.S.  This series of maps not only show comparisons with periods of better vegetation, but in some cases, show fields that are not yet covered with crops, because of the early date in the season.

At the University of Nebraska, the Drought Monitor team indicates growing regions of dry conditions throughout the Cornbelt when one week is compared to the prior week. The commentary portion of the weather record indicates trends.
For the Midwest:  For the week ending May 20, the portion of topsoil moisture rated very short to short jumped at least 20 percentage points in Iowa (from 9 to 44%), Indiana (15 to 43%), Illinois (12 to 33%), Michigan (7 to 32%), and Wisconsin (6 to 30%).  As a result, there was a fairly large expansion of abnormally dry conditions (D0) across the central and eastern Corn Belt.  Hot weather, short-term dryness, and crop demands were to blame for the rapid depletion of topsoil moisture.  On May 18, high temperatures soared to daily-record levels in St. Cloud, Minnesota (94°F), and Eau Claire, Wisconsin (91°F).  The following day, May 19 featured daily-record highs in Michigan locations such as Traverse City (92°F) and Alpena (91°F).  In contrast, showers developed across the upper Midwest.  Although upper Midwestern rainfall coverage was patchy, drought development was arrested in some areas.  Little rain fell, however, east of a line from southeastern Nebraska to Lake Superior.

For the Plains:  Like the Mid-South and much of the Midwest, a continuation of warm, dry weather led to rapid deterioration in crop and pasture conditions.  For the week ending May 20, the portion of Montana’s rangeland and pastures rated in very poor to poor condition jumped from 13 to 24%.  During the 2-week period ending May 20, the portion of the Kansas winter wheat crop rated very poor to poor doubled from 11 to 22%.  However, shower activity began to increase across Montana, Nebraska, and the Dakotas late in the drought monitoring period, helping to slow the expansion of dryness (D0) and moderate drought (D1).  Farther south, warm, dry weather returned to the Oklahoma and Texas early in the period, following the previous week’s drought-easing rainfall.  Still, the May 1-22 rainfall of 9.84 inches (364% of normal) marked San Antonio’s highest May total since 1993, when 12.47 inches fell.

For the Mid-South:  During the same 7-day period, USDA reported that the portion of topsoil moisture rated very short to short skyrocketed from 41 to 66% in Arkansas and 23 to 57% in Missouri.  As a result, moderate to severe drought (D1 to D2) expanded in an area centered on the northern Mississippi Delta and the lower Ohio Valley.

USDA meteorologist Brad Rippey reports, “The NWS 6- to 10-day outlook for May 29 – June 2 calls for near- to above-normal temperatures nationwide, except for cooler-than-normal conditions from the northern Plains into the Great Lakes region.  Meanwhile, near- to below-normal rainfall across the majority of the U.S. will contrast with wetter-than-normal weather in the Southeastern and Atlantic Coast States.”

Summary:
Hot, dry, very little rain if any, dry soil, across most of the Cornbelt and Great Plains, with little relief in sight.  Not much more can be said.

Source: TheFarmgate.com


Prev 1 2 Next All



Buyers Guide

Doyle Equipment Manufacturing Co.
Doyle Equipment Manufacturing prides themselves as being “The King of the Rotary’s” with their Direct Drive Rotary Blend Systems. With numerous setup possibilities and sizes, ranging from a  more...
A.J. Sackett Sons & Company
Sackett Blend Towers feature the H.I.M, High Intensity Mixer, the next generation of blending and coating technology which supports Precision Fertilizer Blending®. Its unique design allows  more...
R&R Manufacturing Inc.
The R&R Minuteman Blend System is the original proven performer. Fast, precise blending with a compact foot print. Significantly lower horsepower requirement. Low inload height with large  more...
Junge Control Inc.
Junge Control Inc. creates state-of-the-art product blending and measuring solutions that allow you to totally maximize operating efficiency with amazing accuracy and repeatability, superior  more...
Yargus Manufacturing
The flagship blending system for the Layco product line is the fully automated Layco DW System™. The advanced technology of the Layco DW (Declining Weight) system results in a blending  more...
Yargus Manufacturing
The LAYCOTE™ Automated Coating System provides a new level of coating accuracy for a stand-alone coating system or for coating (impregnating) in an automated blending system. The unique  more...
John Deere
The DN345 Drawn Dry Spreader can carry more than 12 tons of fertilizer and 17.5 tons of lime. Designed to operate at field speeds up to 20 MPH with full loads and the G4 spreader uniformly  more...
Force Unlimited
The Pro-Force is a multi-purpose spreader with a wider apron and steeper sides. Our Pro-Force has the most aggressive 30” spinner on the market, and is capable of spreading higher rates of  more...
BBI Spreaders
MagnaSpread 2 & MagnaSpread 3 — With BBI’s patented multi-bin technology, these spreaders operate multiple hoppers guided by independent, variable-rate technology. These models are built on  more...


Comments (0) Leave a comment 

Name
e-Mail (required)
Location

Comment:

characters left


Blend and Bulk Tower Systems

Waconia Towers provide speed, efficiency and reliability that only gravity-fed systems can offer. Towers are available with up to 300 ... Read More

View all Products in this segment

View All Buyers Guides

Feedback Form
Feedback Form