as required , detailed embodiments of the present invention are disclosed herein . it must be understood that the disclosed embodiments are merely exemplary of the invention that may be embodied in various and alternative forms , and combinations thereof . as used herein , the word “ exemplary ” is used expansively to refer to embodiments that serve as illustrations , specimens , models , or patterns . the figures are not necessarily to scale and some features may be exaggerated or minimized to show details of particular components . in other instances , well - known components , systems , materials , or methods have not been described in detail in order to avoid obscuring the present invention . therefore , specific structural and functional details disclosed herein are not to be interpreted as limiting , but merely as a basis for the claims and as a representative basis for teaching one skilled in the art to variously employ the present invention . referring now to the drawings , wherein like numerals indicate like elements throughout the several views , certain of the various aspects of exemplary embodiments of a carton are illustrated . as used herein , the terms “ fold line ” and “ frangible line ” refer to all manner of lines indicating optimal respective fold or cut locations . a fold line is typically a scored line , an embossed line or a de - bossed line . frangible lines , and sometimes fold lines , may be weakened lines , perforations , a line of perforations , a line of short slits , a line of half - cuts , or a single half - cut . a frangible line may also be a cut line or slit . fold lines and frangible lines may also be some combination of the above lines , and the like . referring first momentarily to fig5 , an exemplary embodiment of a package 5 formed in part by a carton 12 made from a substrate , provides an alternative to plastic trays for transporting multiple articles , according to the present invention . referring now to fig1 , an exemplary embodiment of a blank 10 for forming a carton 12 , and in turn a package 5 , according to the present invention has a series of foldably interconnected panels . the illustrated blank and carton are constructed of a single sheet of substrate . suitable substrates include , but are not limited to , all manner of foldable sheet material such as paperboard , corrugated board , cardboard , plastic , or the like . the blank and carton may include a water resistant coating on at least one surface . in the illustrated embodiment , the blank is particularly designed for packaging beverage containers such as bottles ; however , the teachings of the invention contemplate that other articles and / or different arrangements of articles may be contained within the carton and that the blank may therefore be sized accordingly . the illustrated embodiment contemplates using paperboard as the substrate . paperboard with a caliper in a range of about 0 . 024 point to about 0 . 028 point board is appropriate , but not the only suitable weight or caliper of substrate . for purposes of orientation and description , the blank is considered to be viewed from an interior surface . in the description that follows , each fold line is not specifically enumerated . in the accompanying drawings , fold lines are denoted by a dash line or interrupted line . on the other hand , frangible lines 35 , 39 are specifically enumerated and are depicted by what may be considered a dot - dashed line . the frangible lines 35 , 39 are specifically enumerated to help distinguish over the fold lines that are typically not specified herein . a first panel 20 is referred to herein as a first side panel 20 as a point of reference . a top panel 22 is foldably adjoined to the first side panel 20 along one edge and foldably adjoined to a second side panel 24 along a second edge . the second side panel 24 foldably adjoins a base panel 26 along the other edge of the second side panel 24 . in an erected carton 12 , these major panels , that is , side 20 , 24 , top 22 and base 26 panels , form a substantially tubular structure with opposed open ends . the tubular structure is elongated such that the distance between the open ends is greater than the distance between opposed panels or walls of the tubular structure . an adjoinment flap 21 is foldably joined to the free edge of the first side panel 20 to facilitate formation of the tubular structure . the adjoinment flap 21 may be joined to the base panel 26 by adherence or other suitable means of joinder . the terms “ top ” and “ base ” are used to describe the orientation of these panels or walls of the carton when oriented for loading as shown in fig3 and 4 . when the carton is upended as shown in fig5 , the “ top ” and “ base ” panels or walls can be considered side panels or walls . in other words , the terms “ side ,” “ top ” and “ base ” facilitate description and are not intended to be limiting . end flaps are foldably joined respectively to the opposing ends of the major panels 20 , 22 , 24 , 26 . first side end flaps 30 , 40 are foldably joined respectively to the opposing ends of first side panel 20 . top end flaps 32 , 42 are foldably joined respectively to the opposite ends of the top panel 22 . a joinder flap 33 is foldably joined to the free edge of the top end flap 32 . second side end flaps 34 , 44 are foldably joined respectively to the ends of the second side panel 24 . base end flaps 36 , 46 are foldably joined respectively to the ends of the base panel 26 . for purposes of clarity , the end of the blank 10 and carton 12 where hand - grip apertures 50 , 54 , 60 , 64 ( described below ) are disposed is referred to as the dispensing end d and the opposite end of the blank 10 and 12 is referred to as the set end s . the top end flap 32 and the base end flap 36 , located at the grip end of the blank 10 , can be respectively foldably adjoined to the top panel 22 and base panel 26 along frangible lines 35 , 39 of joinder . the frangible lines of joinder 35 , 39 facilitate removal of the two end flaps 32 , 36 when the carton 12 is in an erected , loaded , and closed condition as will be described in greater detail below . a flap aperture 50 , 54 is formed in each side end flap 30 , 34 . a side - wall aperture 60 , 64 is formed in each respective side wall 20 , 24 . the flap apertures 50 , 54 and the side wall apertures 60 , 64 correspond to one another and are disposed for alignment with one another when each side end flap 30 , 34 is placed in face - contacting condition with , and optionally adhered to , the inside surface of a respective side wall 20 , 24 , thereby forming a reinforced handle h as shown in fig2 . a handle flap 61 , 65 foldably adjoined along respective fold lines 62 , 66 may be used to cover each side wall aperture 60 , 64 and , in addition , may serve as a cushion when pushed through a respective side wall aperture 60 , 64 . for purposes of illustration , handle flaps 61 , 65 are not shown in fig3 - 7 . referring to fig1 and 2 , an exemplary method of folding and securing the blank 10 of fig1 to partially form the carton 12 as a collapsed tubular structure is described . as described in further detail below , the collapsed tubular structure can be erected , loaded , and secured to form a package . the carton 12 is partially formed as a tubular structure in collapsed condition in fig2 . the collapsed tubular structure is formed by joining the free ends of the major panels , that is , the free ends of the blank 10 , that is , free ends of the first side panel 20 and the base panel 26 . the adjoinment flap 21 may be used to adjoin the first side panel 20 to the base panel 26 . adjoinment may be made by adherence or other suitable methods of adjoining substrate material . in the collapsed condition shown in fig2 , the top end flap 32 is seen from its interior surface whereas the other panels and flaps shown are seen from their exterior surfaces . the side end flap 30 is shown with hidden lines as both side end flaps 30 , 34 ( see fig1 ) at the dispensing end d ( fig4 - 6 ) of the blank 10 are folded inwardly into flat - face condition with their respective side panels 20 , 24 prior to loading the carton 12 . referring to fig3 , the carton 12 is erected from a collapsed condition and can be end loaded with articles such as bottles 1 ( shown in fig6 ) to form a package 5 . in the erected condition , the panels 20 , 22 , 24 , 26 define walls of the tubular structure . accordingly , hereinafter , panels 20 , 22 , 24 , 26 are referred to as walls 20 , 22 , 24 , 26 . additionally , the fold lines hingedly connecting the walls 20 , 22 , 24 , 26 and the respective side end flaps at one end of the tubular structure can be considered to define a continuous end edge of the tubular structure . the side end flaps 30 , 34 are shown as folded inward into flat - face condition with respective side walls 20 , 24 . the top end panel 32 and base end panel 36 are shown folded into substantially perpendicular disposition with respect to the erected tubular structure to facilitate loading such as by means of typical out - of - plant equipment (“ ope ”) used at a packaging facility . referring to fig3 and 4 , the ends of the loaded carton 12 are closed to form a fully - enclosed package 5 . in forming a fully - enclosed carton 12 , the various end flaps 40 , 42 , 44 , 46 ( shown in fig1 and 2 ) at the set end s of the carton 12 are folded over and adjoined , such as by adherence or other conventional means for adjoining substrates , to form an end closure or end wall 9 . closure 9 may be formed at the set end s of the carton either prior to or after articles 1 ( bottles ) have been loaded into the carton 12 . the closure 9 of the carton 12 is not visible from the point of view of fig3 and 4 . at the dispensing end d of the carton 12 , the side - panel end flaps 30 , 34 , once folded into flat - face condition with respect to their respective side walls 20 , 24 , help form reinforced handles h , prior to loading of the carton 12 . this leaves only the top end flap 32 and the base end flap 36 at the dispensing end d of the carton 12 to be joined . an end wall or end closure 7 is formed by closure and joinder of the top end flap 32 and base end flap 36 . these two end flaps 32 , 36 may be joined by adherence of similar affixation of top joinder flap 33 to the base end flap 36 . the end wall 7 may be removed by tearing along the frangible lines 35 , 39 . it should again be noted that in fig3 and 4 , the handle flaps 61 , 65 are not shown . as shown in fig4 and 5 , spaces 80 , 82 are formed at the region of the intersection of the planes of the side wall 20 , 24 and the end wall 7 formed by the joinder of the top end flap 32 and the base end flap 36 . the invention teaches that tapering of the top end flap 32 and base end flap 36 can facilitate formation of the spaces 80 , 82 . the side panels 20 , 24 may bow outward slightly as the carton 12 is erected and loaded . the dimensions of the blank 10 and the carton 12 may be selected to facilitate such bowing . for example , side walls 20 , 24 are dimensioned with respect to article ( bottle 1 ) heights to provide a slack enclosure rather than a tight enclosure . the spaces 80 , 82 can be useful to facilitate grasping and lifting of the package 5 ( shown in fig5 ), and further , provide access to quickly and easily grasp and remove the end wall 7 . additionally , or alternatively , the spaces 80 , 82 can be formed or further enlarged by contouring the free edges of the end wall 7 or of the side walls 20 , 24 . referring to fig5 , the package 5 is upended and set upon the set end s having the end wall 9 that has been formed from the end flaps 40 , 42 , 44 , 46 . in this upended condition , the walls 20 , 22 , 24 , 26 are considered side walls and the handles h formed by hand - grip apertures 50 , 54 , 60 , 64 may be grasped by the hands 90 , 92 of an individual to lift and transport the package 5 . advantageously , the topmost tiers t 1 , t 2 of articles can easily be reached for removal with the package resting on the ground without excessive bending , and the package then can be at least partially unloaded and thereby lightened before being lifted to an even more ergonomic height to complete unloading . referring to fig5 , the end wall 7 may be removed by tearing along the frangible lines 35 , 39 to place the upended package in condition for unloading . fig6 illustrates the parallel alignment of the elongated handle h and bottles 1 ( elongated articles ) with respect to one another . the hand - grip aperture 60 is elongated along a hand - grip axis 63 , while each bottle 1 is an elongated article elongated along a bottle axis 3 . the axes 3 of the bottles 1 are in parallel alignment with the hand - grip axis 63 . further , the bottle axes 3 and hand - grip axis 63 are substantially perpendicular to a longitudinal or tubular axis a of the carton 12 that extends between the ends s , d of the carton 12 . the hand grip axis 63 is spaced apart from the end wall 7 or fold line hingedly connecting the side wall 20 and the side end flap 30 by a distance x that is substantially equal to the diameter of a bottle b . referring to fig7 , positioning the hand - grip apertures 60 , 64 in this manner provides that the handles h are adjacent a space c defined by the walls of adjacent bottles b . a user can thereby more easily insert a hand through the apertures 60 , 64 . the carton 12 and package 5 of the invention provide a low - cost , easy - to - handle alternative to plastic trays to transport quantities of individual articles such as beverage bottles and cans . the package 5 formed with the carton 12 is lightweight but durable enough to accommodate the weight of multiples of beverage bottles or cans . the distribution of the weight of the package 5 in upright vertical carrying condition and placement of the hand - grip apertures 50 , 54 , 60 , 64 make the package more ergonomically advantageous for a user to lift and transport . the carton 12 , once emptied , is easily collapsed into the condition illustrated in fig2 . the collapsed carton 12 is lighter , takes up less space and can be manipulated easier than plastic trays . thus , the empty carton 12 can be transported , stored or disposed of , or can be handled in a combination of these options . the empty carton 12 ultimately may be disposed of by methods that include recycling as a paper product , placement in a trash container , burning , or any means suitable for disposing of substantially flat paperboard products . thus , the empty carton 12 provides a range of post - emptying options not available with plastic trays . an additional advantage provided by the teachings of the present invention is that the carton may be loaded and handled in much the same manner as typical consumer - directed multi - packs for articles such as bottles and cans . in particular , the carton 12 as taught by the invention may be loaded on typical out - of - plant equipment (“ ope ”) that is used to end - load and seal beverage multi - packs . the above - described embodiments are merely exemplary illustrations of implementations set forth for a clear understanding of the principles of the invention . variations , modifications , and combinations may be made to the above - described embodiments without departing from the scope of the claims . all such variations , modifications , and combinations are included herein by the scope of this disclosure and the following claims .