Abstract: An agricultural system can include an agricultural machine having an in-situ sampling of samples for analysis and determination of preferred courses of action based on characteristics of the samples. Options regarding the preferred courses of action can be communicated to a user for selection.

Abstract: An autonomous agricultural system receives weather information and determines preferred courses of action based on the information received.

Abstract: An agricultural system can include an agricultural machine having an in-situ sampling of samples for analysis and determination of preferred courses of action based on characteristics of the samples. Options regarding the preferred courses of action can be communicated to a user for selection.

Abstract: An autonomous agricultural system receives weather information and determines preferred courses of action based on the information received.

Abstract: An agricultural system can include an agricultural machine having an in-situ sampling of samples for analysis and determination of preferred courses of action based on characteristics of the samples. Options regarding the preferred courses of action can be communicated to a user for selection.

Abstract: An autonomous agricultural system receives weather information and determines preferred courses of action based on the information received.

Abstract: Systems and methods for producing hydrogen from cellulosic and/or grain feedstocks for use as a vehicle fuel, use in the production of anhydrous ammonia, and to generate electricity. In at least one exemplary embodiment of a system for producing ammonia, the system comprises a fuel source containing fuel, a burn chamber coupled to the fuel source for burning the fuel to create energy, an electricity generator coupled to the burn chamber to generate electricity from the energy from the burn chamber, an electrolysis tank coupled to the electricity generator wherein electricity from the electricity generator facilitates the electrolysis of water present within the electrolysis tank to form hydrogen and oxygen, an ammonia reaction chamber coupled to the electrolysis tank, and a compressed air source coupled to the ammonia reaction chamber, wherein the hydrogen and nitrogen from the compressed air source react within the ammonia reaction chamber to generate ammonia.

Abstract: The present invention relates to a teosinte crossing barrier trait. Plants containing said trait exhibit the phenotype of cross-incompatiblity. The present invention also relates to new cross-incompatible plants, including inbred, hybrid, haploid, apomictic and/or genetically engineered plants, containing the teosinte crossing barrier trait and exhibiting commercially desirable characteristics.

Abstract: The present invention relates to a teosinte crossing barrier trait. Plants containing said trait exhibit the phenotype of cross-incompatiblity. The present invention also relates to new cross-incompatible plants, including inbred, hybrid, haploid, apomictic and/or genetically engineered plants, containing the teosinte crossing barrier trait and exhibiting commercially desirable characteristics.

Abstract: The crop testing and evaluation system includes a plurality of measuring and testing devices that measure the weight, moisture content, and test weight of a crop. Other measuring devices that test the crop for characteristics such as protein content, sugar content, oil content and color may also be included. Mounting accessories are included in the system for attaching the measuring devices to the crop gathering compartment of a harvesting vehicle. As the crop is harvested and fed to the compartment, periodic readings of the measuring devices are taken by a microprocessor and supplied to a computer for analysis and evaluation. Preferably, the microprocessor and computer are positioned in the cab of the harvesting vehicle within reach of the harvest operator. The present invention also provides an efficient method of evaluating research products, such as plant hybrids and varieties.

Abstract: The crop testing and evaluation system includes a plurality of measuring and testing devices that measure the weight, moisture content, and test weight of a crop. Other measuring devices that test the crop for characteristics such as protein content, sugar content, oil content and color may also be included. Mounting accessories are included in the system for attaching the measuring devices to the crop gathering compartment of a harvesting vehicle. As the crop is harvested and fed to the compartment, periodic readings of the measuring devices are taken by a microprocessor and supplied to a computer for analysis and evaluation. Preferably, the microprocessor and computer are positioned in the cab of the harvesting vehicle within reach of the harvest operator.