Abstract: Methods for interplanting a primary crop and an energy crop include preparing a plantation site for planting the energy crop. Plantation sites may include a primary crop planted in a first row and in a second row, the first row being separated by an intermediate area. The intermediate area is divided into a center portion and two side portions (a first side portion and a second side portion). Methods include lifting a soil and plantation debris mixture from the intermediate area, and redepositing a soil component of the soil and plantation debris mixture primarily in the intermediate area.

Abstract: In methods according to some embodiments of the present disclosure for interplanting a primary crop and an energy crop, the present disclosure includes methods for preparing a plantation site for planting the energy crop. Plantation sites according to the disclosure may include a primary crop planted in a first row and in a second row, the first row being separated by an intermediate area. The intermediate area is divided into a center portion and two side portions (a first side portion and a second side portion). Methods according to embodiments of the disclosure include lifting a soil and plantation debris mixture from the intermediate area, and redepositing a soil component of the soil and plantation debris mixture primarily in the intermediate area.

Abstract: In methods according to some embodiments of the present disclosure for interplanting a primary crop and an energy crop, the present disclosure includes methods for preparing a plantation site for planting the energy crop. Plantation sites according to the disclosure may include a primary crop planted in a first row and in a second row, the first row being separated by an intermediate row. The intermediate row is divided into a center portion and two side portions (a first side portion and a second side portion). Methods according to embodiments of the disclosure include the steps of lifting a soil and plantation debris mixture from the intermediate area, redepositing a soil component of the soil and plantation debris mixture primarily into the center portion, and redepositing a plantation debris component of the soil and plantation debris mixture primarily into at least one of the two side portions.

Abstract: Soil treating systems and shearing assemblies for use in forestry operations are described. Embodiments of soil treating systems include a movement assembly having a front end and a back end, a shearing assembly mounted on the front end of the movement assembly, and leveling assembly mounted on the back end of the movement assembly. In some embodiments shearing assemblies are inverted V-type shearing assemblies. Further aspects described are directed towards methods for using soil treating systems and shearing assemblies for preparing land for interplanting an energy crop with a primary crop.

Abstract: The disclosure is directed generally a biomass conditioning system and methods for conditioning biomass to remove undesirable material for further processing and applications. In some embodiments, the disclosure includes a biomass conditioning system including a conditioning tank, a water input device, a biomass input device, a containment device, a spillway, and a moving separation device. In some embodiments, methods according to the disclosure include pumping water into a conditioning tank, depositing biomass into the conditioning tank, allowing the biomass to soak in the water and separate into a bark portion and a non-bark portion, allowing the bark portion to float to a water line, containing the bark portion to one side of the conditioning tank, moving the bark portion into a bark storage area, separating the non-bark portion into a biomass portion and a debris portion, and moving the conditioned biomass portion into a storage area.

Abstract: The present disclosure generally relates to a multipurpose transport system, a roof assembly, and methods for transporting forest biomass and wood residuals. Roof assemblies according to the disclosure are mountable on a top portion of a transport system. In some embodiments, roof assemblies include two or more panels, one or more panel movements assemblies operably connected each of the two or more panels, and one or more actuation assemblies. The two or more panels extend from a first side of the roof assembly to and second side of the roof assembly in a louvered configuration. Each of the two or more panels are moveable between a first position and a second position. Further aspects of the disclosure are directed towards multipurpose transport systems and methods for transporting forest biomass and wood residuals using systems according to the disclosure.

Abstract: A combination biomass harvester and baler, in some embodiments, can include a self-propelled vehicle base, an engine compartment, a fuel and radiator compartment, a movement mechanism operably connected to the self-propelled vehicle base, a cutting head assembly, a transfer assembly, and a baler assembly. The baler assembly may be configured to consolidate the biomass into one or more bales. A bale carrying platform is provided to store the bales while the combination biomass harvester and baler continues to move.

Abstract: The present disclosure relates to soil treating systems and shearing assemblies for use in forestry operations. Embodiments of soil treating systems according to the disclosure include a movement assembly having a front end and a back end, a shearing assembly mounted on the front end of the movement assembly, and leveling assembly mounted on the back end of the movement assembly. In some embodiments shearing assemblies are inverted V-type shearing assemblies. Further aspects of the disclosure are directed towards methods for using soil treating systems and shearing assemblies for preparing land for interplanting an energy crop with a primary crop.

Abstract: The present disclosure relates to methods for interplanting a primary crop and an energy crop. In some embodiments, the present disclosure includes methods for preparing a plantation site for planting the energy crop. Plantation sites according to the disclosure may include a primary crop planted in a first row and in a second row, the first row being separated by an intermediate row. The intermediate row is divided into a center portion and two side portions (a first side portion and a second side portion). Methods according to embodiments of the disclosure include the steps of lifting a soil and plantation debris mixture from the intermediate area, redepositing a soil component of the soil and plantation debris mixture primarily into the center portion, and redepositing a plantation debris component of the soil and plantation debris mixture primarily into at least one of the two side portions.

Abstract: The present disclosure generally relates to a multipurpose transport system, a roof assembly, and methods for transporting forest biomass and wood residuals. Roof assemblies according to the disclosure are mountable on a top portion of a transport system. In some embodiments, roof assemblies include two or more panels, one or more panel movements assemblies operably connected each of the two or more panels, and one or more actuation assemblies. The two or more panels extend from a first side of the roof assembly to and second side of the roof assembly in a louvered configuration. Each of the two or more panels are moveable between a first position and a second position. Further aspects of the disclosure are directed towards multipurpose transport systems and methods for transporting forest biomass and wood residuals using systems according to the disclosure.

Abstract: The disclosure relates to a combination forest biomass and tree harvester, a harvesting head assembly, and methods for harvesting trees and forest biomass. In some embodiments, the combination forest biomass and tree harvester includes a self-propelled vehicle base, a moveable arm, and a harvesting head assembly. The harvesting head assembly may include a frame member, a grabbing assembly, and a cutting assembly. The cutting assembly may include a primary cutting mechanism and a secondary cutting mechanism. As the combination forest biomass and tree harvester moves through a forest area, the cutting assembly may be used to cut trees and mow biomass.

Abstract: The present disclosure relates to a combination biomass harvester and baler. In some embodiments, the combination biomass harvest and baler includes a self-propelled vehicle base, an engine compartment, a fuel and radiator compartment, a movement mechanism operably connected to the self-propelled vehicle base, a cutting head assembly, a transfer assembly, and a baler assembly. The baler assembly may be configured to consolidate the biomass into one or more bales. A bale carrying platform is provided to store the bales while the combination biomass harvester and baler continues to move.

Abstract: The disclosure is directed generally a biomass conditioning system and methods for conditioning biomass to remove undesirable material for further processing and applications. In some embodiments, the disclosure includes a biomass conditioning system including a conditioning tank, a water input device, a biomass input device, a containment device, a spillway, and a moving separation device. In some embodiments, methods according to the disclosure include pumping water into a conditioning tank, depositing biomass into the conditioning tank, allowing the biomass to soak in the water and separate into a bark portion and a non-bark portion, allowing the bark portion to float to a water line, containing the bark portion to one side of the conditioning tank, moving the bark portion into a bark storage area, separating the non-bark portion into a biomass portion and a debris portion, and moving the conditioned biomass portion into a storage area.

Abstract: The disclosure relates to a combination forest biomass and tree harvester, a harvesting head assembly, and methods for harvesting trees and forest biomass. In some embodiments, the combination forest biomass and tree harvester includes a self-propelled vehicle base, a moveable arm, and a harvesting head assembly. The harvesting head assembly may include a frame member, a grabbing assembly, and a cutting assembly. The cutting assembly may include a primary cutting mechanism and a secondary cutting mechanism. As the combination forest biomass and tree harvester moves through a forest area, the cutting assembly may be used to cut trees and mow biomass.