This NebGuide discusses the growing degree day requirements for Nebraska\u27s four corn-growing regions, and how using these requirements can aid in planting date decisions. Variations between locations, between seasons at a particular location, between planting times at a particular location and season, and between the requirements of different hybrids result in differences in the number of days it takes for corn to mature. These variations in days are all closely related to differences in temperatures when the corn is being grown
Delayed planting shortens the effective growing season for corn (Zea mays L.), increasing the risk o...
Given the low crop prices of corn in North Dakota in 1990, this article focuses on how growers neede...
This NebGuide discusses selecting corn and sorghum hybrids, factors that affect yield, plant populat...
This NebGuide discusses the growing degree day requirements for Nebraska\u27s four corn-growing regi...
Explanation of growing degree days (GDD) necessary for crop maturity and tables showing estimated ma...
This fact sheet explains the concepts and formulas in determining growing degree days
Differences in climate between Lincoln and Scottsbluff are as great as from Lincoln to the east coas...
Weather in recent years has caused many corn seeding delays or replanting after a killing spring fro...
This publication provides a map of Growing Degree Days (GDD) for South Dakota and explains how GDD i...
This publication provides a map of Growing Degree Days (GDD) for South Dakota and explains how GDD i...
Abstract: The use of environmental temperature and its effects on plant development have been useful...
Crop development models can be used to determine the expected phenological responses of corn hybrids...
This publication explains what factors to consider and compare when selecting a corn hybrid and how ...
The number of calendar days and growing degree days needed for corn to mature form one growth stage ...
The concept of growing degree days (GDD) originated with observations by Reamur (1735) that plant de...
Delayed planting shortens the effective growing season for corn (Zea mays L.), increasing the risk o...
Given the low crop prices of corn in North Dakota in 1990, this article focuses on how growers neede...
This NebGuide discusses selecting corn and sorghum hybrids, factors that affect yield, plant populat...
This NebGuide discusses the growing degree day requirements for Nebraska\u27s four corn-growing regi...
Explanation of growing degree days (GDD) necessary for crop maturity and tables showing estimated ma...
This fact sheet explains the concepts and formulas in determining growing degree days
Differences in climate between Lincoln and Scottsbluff are as great as from Lincoln to the east coas...
Weather in recent years has caused many corn seeding delays or replanting after a killing spring fro...
This publication provides a map of Growing Degree Days (GDD) for South Dakota and explains how GDD i...
This publication provides a map of Growing Degree Days (GDD) for South Dakota and explains how GDD i...
Abstract: The use of environmental temperature and its effects on plant development have been useful...
Crop development models can be used to determine the expected phenological responses of corn hybrids...
This publication explains what factors to consider and compare when selecting a corn hybrid and how ...
The number of calendar days and growing degree days needed for corn to mature form one growth stage ...
The concept of growing degree days (GDD) originated with observations by Reamur (1735) that plant de...
Delayed planting shortens the effective growing season for corn (Zea mays L.), increasing the risk o...
Given the low crop prices of corn in North Dakota in 1990, this article focuses on how growers neede...
This NebGuide discusses selecting corn and sorghum hybrids, factors that affect yield, plant populat...