A support device, or hook, for removably securing movable wires on a row of plants, such as for example a vineyard or an orchard, on a support pole. In particular, the support device is made up of an elastically deformable filiform body, shaped in such a manner as to have at least engagement elements adapted to elastically cooperate with an opening provided on the support pole to removably secure the support device on the support pole, and support elements, adapted to elastically cooperate with the external surface of the support pole to removably receive the wire, wherein the engagement elements and the support elements are formed by portions of the filiform body lying on planes essentially orthogonal to each other.

The stackable trellis support system of the present invention comprises base and main trellis assemblies having wire mesh over the horizontal wire mesh frame assembly. The base trellis assembly allows additional sections to be added to the system, utilizing four main post apparatuses for connecting each trellis assembly. Any number of main trellis assemblies may be connected using the main post apparatus to form the stackable trellis support system. The base trellis assembly can be anchored in soil/ground using anchored rebar stakes to which the base post apparatus slides over and attaches, using locking bolts, allowing the height of base trellis assembly to be adjustable along the vertical axis of said rebar stakes, and perpendicular to soil/ground. The trellis side wire panels can be hung from said wire mesh frame assembly to provide vertical support.

A plant training device includes a base portion having a semi-cylindrical radially interior face and a semi-cylindrical radially exterior face opposite the interior face. A first arm extends radially outwardly from the exterior face, and a second arm extends radially outwardly from the exterior face so as to be angularly spaced apart from the first arm. A first wall extends from the first arm so as to be radially spaced apart from the exterior face and directly opposite the exterior face. A second wall extends from the second arm so as to be radially spaced apart from the exterior face and directly opposite the exterior face.

A tree limb connector and method of use has a first member and second member that, when connected, securely hold two limbs of a tree in place. The device has a first member with a hook at a first end and a hollow receptacle at a second end. A second member has a hook at a first end and a threading on a second end with a length and teeth. Each hook attaches onto one limb of a tree. The threading is pulled into a first end of receptable and out of a second end of the receptacle, held securely in place via a tongue at the second end of the receptacle that catches a rib at a desired length. The present invention and methods may be used to bring two plant limbs closer together to reduce bare spots for ornamental reasons, such as on a Christmas tree, or provide added support.

A tree limb connector and method of use has a first member and second member that, when connected, securely hold two limbs of a tree in place. The device has a first member with a hook at a first end and a hollow receptacle at a second end. A second member has a hook at a first end and a threading on a second end with a length and teeth. Each hook attaches onto one limb of a tree. The threading is pulled into a first end of receptable and out of a second end of the receptacle, held securely in place via a tongue at the second end of the receptacle that catches a rib at a desired length. The present invention and methods may be used to bring two plant limbs closer together to reduce bare spots for ornamental reasons, such as on a Christmas tree, or provide added support.

A plant support system includes a support ring having at least one wall portion, and at least one support beam coupled to the at least one wall portion and configured to increase rigidity of the at least one wall portion. Further, the plant support system also includes a base coupled to the at least one wall portion and having at least one stationary clamping surface; a clamp spine having a movable clamping surface situated opposite the at least one stationary clamping surface; and a plurality of spring leaves coupled to the clamp spine and configured to bias the clamp spine.

A vegetative support and high stress training cultivation apparatus includes a body member having a continuous channel wrought in an upward surface thereof. A first portion of the body member is disposed at 100 to 110 relative a second portion of the body member. A plant limb is securable into the continuous channel by action of each of a pair of hook and loop fastening bands attached to the body member and devised to secure overtop the plant limb and maintain the limb interior to the continuous channel whereby the plant limb is caused to bend between 100 to 110 over a knee-bend. A triangular bracket disposed on an undersurface of the body member enables hooking engagement to existing lines strung to anchor the plant limbs along projected trajectories. The body member is readily installable and removable without damaging the plant.

A vegetative support and high stress training cultivation apparatus includes a body member having a continuous channel wrought in an upward surface thereof. A first portion of the body member is disposed at 100 to 110 relative a second portion of the body member. A plant limb is securable into the continuous channel by action of each of a pair of hook and loop fastening bands attached to the body member and devised to secure overtop the plant limb and maintain the limb interior to the continuous channel whereby the plant limb is caused to bend between 100 to 110 over a knee-bend. A triangular bracket disposed on an undersurface of the body member enables hooking engagement to existing lines strung to anchor the plant limbs along projected trajectories. The body member is readily installable and removable without damaging the plant.

An adjustable twig bender is made of a metal wire. The adjustable twig bender includes two hooking sections extending from two ends of a bridging section. The hooking sections substantially extend in a same direction. In use, the hooking sections are engaged with two portions of a twig and the bridging section is wound around the twig.

An adjustable twig bender is made of a metal wire. The adjustable twig bender includes two hooking sections extending from two ends of a bridging section. The hooking sections substantially extend in a same direction. In use, the hooking sections are engaged with two portions of a twig and the bridging section is wound around the twig.