red river range
red river and competitive range solutions unveil veteran technology partners | red river | technology decisions aren’t black and white. think red .
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the red river regional marksmanship center inc. is a non - profit business operating a indoor shooting range located in west fargo, nd
as a member of red river range you' ll have the ability to make lane reservations, pay reduced or no lane fees and take advantage of member' s only training oppurtunities. from red river hero to red river life, there is a membership level to meet everyone' s needs and budget .
edward levens for red river phone: 919. 346. 5531 email: eslevens @ urltoken
i hope my copy of red river range shows up soon. after watching the night riders earlier in the week i can' t wait for the next one to arrive .
or perhaps it' s in his dna. whatever the case, the detail he has put into planning red river rang
in the plot below, the raw coordinates are displayed as red circles and the river locations are displayed as blue squares .
walk - ins welcome and memberships are also available. come check out the range .
our training center will offer a full curriclulum of both shooting and non - shooting classes. from basic gun safety and marksmanship to emergency preparedness and medical to advanced precision rifle, red river range will have you covered .
the minimum observed (linear) home range for each individual can be calculated using homerange () .
a view from the the electronic target side of the rifle range - lanes 4 - 5 - 6 .
looking for movie tickets? enter your location to see which movie theaters are playing close range near you .
“red river is excited to mentor and partner with crs to enable superior care and support for our nation’s veterans through the innovative use and integration of technology, ” said red river president jeff sessions. “no one deserves our focused attention more than our vets and we are honored to put our it expertise to work for them. ”
about red river founded on the core values of hard work, honesty and integrity, red river is a leading technology integrator. the company’s technology expertise and mission - critical experience helps its customers optimize their business processes and enhance the value of their technology investments. red river earned its reputation as a leading technology integrator by delivering best - in - class security, network and cloud solutions to military, intelligence and civilian agencies and the companies that serve them. we combine an uncommon work ethic with exceptional service to deliver performance beyond expectations to its customers, partners and suppliers. follow red river on twitter at @ thinkred. for more information please call 800. 769. 3060 or visit urltoken .
public indoor range in sherman, texas. sales, chl, class iii, sales, and much more ...
convert point data to river locations using xy2segvert () or ptshp2segvert (). this will snap each point to the nearest river network location .
if you would like to help the range grow with a donation please click the donate link. we thank you for your support .
red river west, llc' s (west location) mission is to provide one of the best outdoor firearms training facilities in the north texas area combined with classes taught by the nation' s top instructors .
red river range will be louisiana' s premier indoor shooting and training facility where both novice and expert alike are welcome. the range will provide a safe, clean and family friendly environment with 16 pistol lanes and louisiana' s only 100 yard indoor rifle lanes. the custom designed, state of the art climate control system provides shooter comfort and safety with 100% fresh air. the targetry system is fully programable and maximizes the customer' s training opportunities. shop local, train local !
once an appropriate river network has been obtained, point data can be read. function xy2segvert () converts xy data into river locations, by “snapping” each point to the closest segment and vertex. because of this, river locations can only be used in the context of the river network they belong to. in addition to the river locations, the snapping distance for each observation is also returned .
# # note: any point data already using the input river network must be re - transformed to river coordinates using xy2segvert () or ptshp2segvert () .
the range is open and shooting programs have started. we are still actively engaged in fund raising and your support to reach our goal is requested !
open 7 days a week, our ranges will offer a safe, indoor shooting environment with 100% fresh air. range amenities include louisiana' s only 100 yard, indoor rifle range and programmable targetry systems that will provide a challenging training session that' ll push your skills to the next level .
# # # # braiding detected in river network. distance measurements may be inaccurate .
★ the new membership system is up and running. everyone will be required to fill out a new electronic waiver online. please take a moment and fill out yours now or before you coming to the range to speed up the process for when you do stop in the range to pickup your new membership card. ★
minneapolis, minn. – november 2, 2016 – new hampshire - based red river, a leading technology integrator, announced today that it has formed veteran technology partners (vtp), a service disabled veteran owned certified joint venture with competitive range solutions, llc (crs), a high - growth technology solution provider. the sdvosb joint venture was unveiled at the 2016 national veterans small business engagement (nvsbe) conference in minneapolis, minn .
the red river regional marksmanship center inc. is a non - profit business operating two indoor shooting ranges, pistol and rifle. our mission is to foster and promote the safe, responsible use of firearms through education, safety training, marksmanship, competitive and recreational shooting .
braiding can be checked for in a river network as a whole using checkbraided (), which can take a while to run on a large or complex network. in the example below, no braiding exists in the gulkana river network, and severe braiding exists in the killey river west channel network .
for pistol, carbine, shotgun and long rifle, from point blank to 1000 yards and beyond, for daylight, to low light to no light, come train with us. red river west is a private multi - faceted facility dedicated to training the serious student of the gun .
# # minumum home ranges associated with each individual # # # # id range # # 1 1 99914. 27 # # 2 2 141136. 24 # # 3 3 88669. 52
“as a combat veteran, i understand the unique needs and challenges the va faces firsthand and look forward to combining the advanced capabilties of crs with red river’s proven federal it expertise to provide the new it solutions and upgrades necessary to modernize infrastructure for today’s va, ” said crs ceo noah vasquez .
ideally, the shapefile used to define a river network object should be refined in gis before importing into r. that being said, there are sure to be instances in which it is advantageous or necessary to make changes to the river network object within r .
with safety being the only restriction, instructors have the opportunity to teach firearms skills that are necessary in today' s world, thus providing students the skills necessary to survive real - life confrontations. instructors and students at red river west, llc are not restricted in the application and execution of what the training offers whether in beginner, intermediate or advanced programs .
this trip typically meets at 9 am at red' s fly shop, where your hunting guide will meet and greet you. hunters will head for our hunting preserve which is located a few minutes away. the hunts are usually about 3 hours start to finish. after your morning hunt you head back to red' s fly shop where your fly fishing guide will be ready for you to trade hunting boots for wading boots! you' ll be served lunch on the river and you will fly fish the balance of your day. these trips are usually about 9 hours start to finish .
red river chose to partner with and serve as a mentor for crs due to its strong reputation for providing mission support and technology services for state, local, and federal government. an iso 9001: 2015 certified technology consultancy, crs has excelled at providing acquisition services and program management support to government end - users and has demonstrated its ability to support infrastructure operations and engineering solutions delivery. red river brings its own extensive resources and it expertise along with a demonstrated philanthropic commitment to support veterans and their families. together, as vtp, the two companies have the resources, engineering skills, secure supply chain, purchasing vehicles and partnerships required to address the unique challenges of the va through the selection, configuration and deployment of modern technology solutions .
our goal is to make scheduling adventures with red' s stress free and fair for everyone involved. cancellations made by the customer less than 24 hours from the start time, or failure to show, will forfeit 50% of the total cost .
unless otherwise specified, each plot will be overlayed with a confidence envelope, calculated by resampling all within - survey distances, thus creating a null distribution under the assumption that clustering is independent of survey. thus, a k - function above the envelope at a small distance range can be seen as evidence that locations were more clustered than expected for that survey; conversely, a k - function below the envelope at a small distance range can be seen as evidence that locations were more dispersed than expected for that survey .
red river range is a run - of - the - mill late era western with the mesquiteers out to capture cattle rustlers. it feels like a long tv episode of a long - running western, with many of the characters already established. it also boasts some of the worst fist fights you' re ever likely to see with an immaculately dressed wayne rolling in the dirt with his co - stars. it' s not a good movie by any stretch of the imagination but the hour whips by and i' d quite happily watch another one. say if i needed to watch a short movie from the late 30s for a project in the month of december .
if you cancel more than 24 hours from the start time, you may reschedule or request a refund - 5% to cover processing fees and labor. if red' s decides to cancel the event due to adverse conditions the customer may request a full refund .
important member notice: members – if you are not receiving e - mail from the rrrmc and want to be informed please e - mail us at rrrmc @ rrrmc. com. we are also currently looking for volunteers to run these shooting programs and serve as range officers .
the example below first shows how the skilak lake section of the kenai river network was originally read from a shapefile, with the vertices of segment 74 overlayed. the second plot shows the same section with the vertices of segment 74 overlayed, after adding vertices every 200 meters to the full river network .
an official sdvosb joint venture resulting from a sba certified mentor - protégé relationship between crs and red river, veteran technology partners (vtp) modernizes it infrastructure and solves the technology challenges of agencies serving the u. s. government, veterans and their families. the joint venture delivers a world - class and veteran led suite of capabilities including cloud computing, data center, networking, physical security and technical support services .
lullaby joslin: reckon the folks in red river will kinda be surprised they' re gettin' three investigators when they only asked for one? stony brooke: they' re only gettin' one - and his two assistants. tucson smith: and you' re the one? stony brooke: sure! tucson smith: it' s awfully nice of you to take us along for the ride. see more »
in some cases, a meaningful summary measure may be the up - river position of each observation. distance between an individual observation and the river mouth can be calculated using mouthdist (). in the case of multiple observations of a set of individuals, a summary matrix can be calculated using mouthdistbysurvey (), which returns a matrix of distances from the river mouth, with each row corresponding to a unique individual and each column corresponding to a unique survey .
in this case, the plots show evidence that movement was generally up - river between flights 1 and 2 and between flights 2 and 3, that there was the greatest variability in upstream movement between flights 5 and 6, and that movement was generally down - river in the latter part of the study .
spatial data can be read directly from a point shapefile using pointshp2segvert (), which returns the resulting river locations added to the data table from the point shapefile .
using an unnecessarily complex river network can greatly increase processing time. runs of segments can be combined using dissolve (), which works much like a spatial dissolve within gis .
rrrmc is a great facility which gives people of all ages and all walks of life a place to shoot safely and improve their skills at whatever level they are at from beginners to olympic level shooters. rrrmc also provides a social aspect to many who visit the range. the past couple of years we have [ … ]
flow direction and directional (upstream) distance can also be calculated. for this to be accomplished, the segment and vertex of the river “mouth”, or lowest point must first be identified. the segment containing the river mouth can be visually identified from a plot of the river network. in the gulkana river example, the lowest segment happens to be segment 1. identifying the lowest vertex of segment 1 can be done using the plot produced by showends (), shown below. in this case, the mouth vertex happens to be vertex 1. this will not necessarily be the case. after importing a shapefile into r, the segment vertices will be stored in sequential order, but not necessarily by flow direction. specifying the segment and vertex coordinates of the river network mouth can be done using setmouth () as shown below, though it can also be set manually by direct assignment .
for route and distance calculation to work, the topologies must be correct, with all the right segments being treated as connected. the topologydots () function can check for this, and plots connected segment endpoints as green, and non - connected endpoints as red. this is shown below, and all appears good .
while ‘riverdist’ does provide tools for editing a river network that do not rely on gis software, it is strongly recommended to simplify the river shapefile as much as possible before importing into r. in particular, a spatial dissolve will likely be very helpful, if gis software is available. this will create a few long line segments instead of many, many short segments .
in the example below, distance is calculated between the two points in a complex river network, using all three route detection algorithms, and calculating the time requirement for a single calculation .
in the example below, the plot shows evidence of the instrumented fish beginning the sampling period near the river mouth, then migrating upriver, and finally ending the sampling period near the mouth .
in some cases, such as when a river network contains a lake, the shapefile will contain long straight - line sections, with vertices retained only for the beginning and end. if point data exist in these regions, when they are converted to river locations, they will be snapped to the nearest vertex - in this case, one of the endpoints of the straight stretch. since it is likely that a greater degree of precision is desired in distance calculations, addverts () provides a method of inserting additional vertices, wherever the river network contains vertices that are spaced at a greater distance than a specified threshold .
in a typical workflow, a user will first import a projected polyline shapefile using line2network (). this function reads the specified shapefile using the ‘sp’ and ‘rgdal’ packages, and adds the network connectivity, thus creating a river network object. if an unprojected shapefile is detected, an error will be generated. however, the reproject = argument allows the line2network () to re - project the shapefile before importing it as a river network .
basic plotting is provided using a method of the plot () function. see help (plot. rivernetwork) for additonal plotting arguments and graphical parameters. shown below is the gulkana river network, included as a dataset .
river network distance can be calculated directly with the riverdistance () function. the riverdistance () function calls detectroute () internally, which the user will probably never need, but usage is shown below. the riverdistance () function needs river locations (segment and vertex) for both starting and ending locations. specifying map = true as shown below is not necessary, but can provide a check to verify that the function is working properly .
a matrix of river network distance between two location datasets can be calculated using riverdistancetofrom (), which can be similarly subsetted using the logical1 and logical2 arguments. row and column names can be added using the id1 and id2 arguments .
a matrix of the river network distance between every observation and every other observation can also be calculated using riverdistancemat (). a use for this function might be if the user wishes to calculate all distances at once, and subset later .
most of the utility of the ‘riverdist’ package was designed assuming a truly dendritic river network, in which there is no braiding of channels and only one path exists between one river location and another. if this is not the case and a braided network is used, the user is strongly cautioned that the distances reported may be inaccurate. in the event of braiding, the shortest route between two locations is returned, but the possibility exists that this may not be the route desired .
for example, the route between two points goes downstream along a river for 100m, then up 20m on a tributary. specifying net = true will return a distance of - 80m. specifying net = false will return a distance of - 120m .
this issue is problematic, as it directly affects how connectivity is detected within the river network. without appropriate connectivity, routes and distances cannot be calculated. to address this issue, splitsegments () automatically breaks segments where another segment endpoint is detected .
river direction and upstream distance are also applied in functions riverdirectionseq () and upstreamseq () which work like riverdistanceseq (), riverdirectionmatbysurvey () and upstreammatbysurvey () which work like riverdistancematbysurvey (), riverdirectionmat () and upstreammat () which work like riverdistancemat (), and riverdirectiontofrom and upstreamtofrom which work like riverdistancetofrom. the upstreamseq (), upstreammatbysurvey (), and upstreammat () use the additional net = argument, and all river direction and upstream distance functions use the additional flowconnected = argument .
the riverpoints () function works essentially like points () to overlay point data on an existing plot, but using river locations (segment and vertex). the zoomtoseg () function produces a plot zoomed to the specified segment number, or vector of segment numbers .
the overlap between the respective home ranges of all individuals can be described using homerangeoverlap () this returns three matrices: first, the linear distance represented in the union of the home ranges of each pair of individuals ($ either), then the linear distance represented in the intersection ($ both), then the proportional overlap ($ prop _ both), defined as intersection / union. approximately 78% of the linear home range occupied by either individual 1 or 3 is shared by both of them .
automatically removing all segments not connected to the river network mouth can be done using removeunconnected (). this may be useful if extraneous lines are retained from an import from gis. this function may take some time to process, and simplifying the network using dissolve () is recommended .
river distance can be calculated manually between any two connected locations on a river network. however, a few common summary analyses were automated and are included in ‘riverdist’. first, the riverdistanceseq () function returns a matrix of the distances between sequential observations for a set of individuals observed multiple times. in the example below, three fish were observed (or not) during 5 telemetry flights. the dataset is shown first, then the output from riverdistanceseq (). fish number 1 traveled 83. 87 km between flights 3 and 4, and was not observed during flight 2 .
in the example below, segments 7, 8, 13, and 16 need to be split in multiple places. since connectedness is not detected for the associated tributaries, topologydots () shows the endpoints as red, or unconnected. in this case, calling splitsegments () breaks the segments in the appropriate places, allowing for the network to be connected as it should be. it is worth noting that the user can specify which segments to split, with respect to which, which may aid in processing time and specificity .
it is also possible to trim a river network to include only segments that are within a spatial tolerance of a set of x - y points. the trimtopoints () function offers three methods of doing this. specifying method =
snap
( the default) returns a river network made up only of the closest segments to the input points. this is the simplest method, but may result in spatial gaps, as shown in the example below. specifying method =
snaproute
returns a network of the closest segments to the input points, but also includes any segments necessary to maintain a connected network. specifying method =
buffer
returns a river network made up of segments with endpoints or midpoints located within a specified “buffer” distance of the input points. this may be advantageous if the user wants to include segments that are near, but not directly proximal, to the input points .
the resulting matrix of up - river position returned from mouthdistbysurvey (), or another distance sequence returned from riverdistanceseq () or upstreamseq (), can be plotted using plotseq (). a few types of plots are available, with two shown below. additional type = arguments can be seen by calling? plotseq .
the output plot is the upper triangle of a matrix of plots, in which plot [ i, j ] represents the upstream distances traveled between observation i and observation j, for all individuals observed in those observations. each plot is overlayed with a horizontal line at an upstream distance of zero, for an illustration of up - river or down - river movement trend for that pairwise movement. it is worth noting that all sequential pairings of events (first to second, second to third, etc .) fall on the lower edge of the triangle, and this sequence of plots is the same as those given by plotseq () in the previous example .
river distance can also be calculated between all observations of a single individual. in the output matrix shown below for individual 1, the element with row identifier 1 and column identifier 3 represents the river distance from the location observed in survey 1 to the location observed in survey 3, calculated as 83. 6 km. an important note is that the distances reported are net distance between locations, and are not intended to be cumulative. specifying full = true reports an output matrix that includes all observations, with values of na if the individual was not observed. this allows the output matrices for multiple individuals to have the same rows and columns, thus being directly comparable .
a method has been provided to display kernel density calculated from point data, using river network distance. the makeriverdensity () function calculates scaled kernel density at approximately regularly - spaced river network locations, with the linear resolution specified by the optional resolution = argument. a gaussian (normal) kernel is used by default, but a rectangular (simple density) kernel can be used as well. the survey = argument may also be used with a vector of survey identifiers corresponding to the point data. if the survey = argument is used, makeriverdensity () will calculate separate densities for each unique survey, and a method of plot () will produce a separate plot for each unique survey .
in many cases, the cleanup () function will be the recommended first step in fixing a messy river network object after importing it. the cleanup () function should be called within the console, and interactively calls the editing functions in sequence. it then returns a new, edited river network object which can be edited further, or used as is. it may even be the most straightforward to call cleanup () multiple times. if there were spatial oddities with the parent shapefile (vertices out of order, or strange “jumps” in segments), the cleanup _ verts () function interactively steps through each individual segment, providing a means to edit the vertices of each segment if needed .
another important note is that only projected data can be used, both for river networks and for point data. the ‘riverdist’ environment in r does not share the ability of gis software to project - on - the - fly, and treats all coordinates on a linear (rectangular) scale. therefore, the projection of all data must also be the same .
# # minumum home ranges associated with each individual # # # # id range # # 1 2015 - 04 - 01 66026. 33 # # 2 2015 - 04 - 19 145231. 00 # # 3 2015 - 06 - 01 84856. 73 # # 4 2015 - 06 - 21 136195. 56 # # 5 2015 - 07 - 07 176480. 46 # # 6 2015 - 08 - 11 235446. 27 # # 7 2015 - 09 - 05 171769. 53 # # 8 2015 - 09 - 20 130524. 91 # # 9 2015 - 10 - 29 140431. 19 # # 10 2015 - 11 - 25 124827. 73
if the flow direction has been established by specifying the river network mouth, river direction can be calculated using riverdirection (), and upstream distance can be calculated using upstream (). if the input river locations are flow - connected, riverdirection () returns “up” if the second location is upstream of the first and “down” if downstream. in the flow - connected case, upstream () returns the network distance as positive if the second location is upstream of the first, and negative if downstream. if the input locations are not flow - connected, riverdirection () returns “up” if the total upstream distance is greater than the total downstream distance, and “down” otherwise. in the non flow - connected case, upstream distance in upstream () can return one of two things, depending on the user’s research intent. specifying net = true will return the “net” distance (upstream distance - downstream distance between the two locations). specifying net = false (the default) will return the total distance between the two locations, with the sign depending on whether the upstream distance exceeds the downstream distance .
maps can be produced by calling plot () on an object returned from homerange (). specifying cumulative = true will create plots with line thickness varying by the number of times an individual would have traveled a given section of river. for a cumulative plot, either a vector of survey identifiers must be used, or else the data locations must be in chronological order for each individual .
an example of the use of this function might be computation of distance between observations of instrumented fish and a set of fixed river locations, such as contaminant sites. in this case, a similar function upstreamtofrom () (discussed later) might be used, which would give the means to calculate up - or downstream distance from contaminant sites, with the option of examining flow - connectedness .
this is a very likely issue, particularly if the network was imported without changes in a gis environment. river network segments can be manually removed using trimriver (), as shown below. using the argument trim = removes the specified segments, and using the argument trimto = removes all but the specified segments. the example below is fairly simplistic, but illustrates the usage of the trim = and trimto = arguments .
once the river network has been imported, some cleanup may be necessary, depending on the structure of the shapefile. ideally, there should be one segment between each endpoint or junction node, and the spatial extent of the shapefile should be limited to the region or network of interest. if the user has gis software available, it may be simplest to format the shapefile as desired before importing into r. however, functions are included for river network formatting in r if necessary. the cleanup () function interactively steps through the formatting functions in a good sequence, and may be a good way to get started. if there were spatial oddities with the parent shapefile (vertices out of order, or strange “jumps” in segments), the cleanup _ verts () function interactively steps through each individual segment, providing a means to edit the vertices of each segment if needed .
in this case, building segment routes and distance lookup tables takes a little more than a second, even with a fairly complex river network. calculating a single distance afterwards takes about 80 microseconds using segment routes and about 25 microseconds using the lookup tables. this dramatically saves time if multiple distances are to be computed, such as in a large matrix of distances, or multiple analyses. kernel density and k - function analysis is probably prohibitively slow otherwise .
make sure to look at the other western trio series included on the old corral. there, you' ll find more info on ray hatton and the rough riders, bob steele and the trail blazers, and max terhune and ray corrigan with the range busters. in the' memories' section, you' ll also find pics of some of these stars in later life, including steele, livingston, corrigan and terhune. from the main old corral webpage, you' ll find webpages on tyler, steele, livingston, corrigan, renaldo, wayne. and under' saddle pals & sidekicks', there' s a large section on max terhune and some info on raymond hatton. and don' t forget to visit dennis landadio' s reviews of the mesquiteers films - - - the first 20 films are documented with cast listings, plot summary and additional images .
care must be exercised in the presence of braided channels, in which multiple routes may exist between river locations. in these cases, the default route calculation provided by ‘riverdist’ will be the shortest travel route, but it is possible that the shortest travel route may not be the route of interest. functions are provided to check for braiding, as well as select the route of interest. if no braiding is detected, route and distance calculation can switch to a more efficient algorithm .
the ‘riverdist’ package is intended as a free and readily - available resource for distance calculation along a river network. this package was written with fisheries research in mind, but could be applied to other fields. the ‘riverdist’ package builds upon the functionality of the ‘sp’ and ‘rgdal’ packages, which provide the utility of reading gis shapefiles into the r environment. what ‘riverdist’ adds is the ability to treat a linear feature as a connected network, and to calculate travel routes and travel distances along that network .
currently three algorithms are implemented to detect routes between river locations, with the functions automatically selecting the most appropriate unless another is specified. dijkstra’s algorithm is used by default (algorithm =
dijkstra
), which returns the shortest route in the presence of braiding. the sequential algorithm (algorithm =
sequential
) may be used, which returns the first complete route detected. the sequential algorithm is much slower and is not recommended in nearly all cases, but is retained as an option for certain checks .
if many distance calculations or a more sophisticated analysis is to be conducted, it is highly recommended to run buildsegroutes (), allowing algorithm =
segroutes
to be used. this adds route and distance information to the river network object, greatly simplifying distance calculation, and reducing processing time for each distance calculation. the buildsegroutes () function also includes an option to calculate a distance lookup table as well. this may take a few seconds to run, but will reduce computation times even further - cutting the already - fast segment route algorithm time by 50 - 80% . lookup tables can be calculated directly using buildlookup (), but may be extremely slow to calculate without running buildsegroutes () first .
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above is the title lobby card from ghost town gold (republic, 1936), the second mesquiteers adventure and the first with max terhune (and his dummy elmer) .
three texas steers (republic, 1939) was terhune' s last as a member of the three mesquiteers. no question that john wayne is the lead and star - check out the size of the lettering .
released in may, 1943, riders of the rio grande (republic, 1943) with tom tyler, bob steele and jimmie dodd was the 51st - and last - of republic' s three mesquiteers .
max terhune 1891 - 1973 (real name: robert max terhune, sr. )
our full service pro shop will carry all the brands you are accustomed to seeing along with many you haven' t seen in the local market yet. firearms, optics and concealed carry accessories just to name a few. we' re changing the game! !
louisiana' s premier indoor shooting training facility located right here in nw louisiana .
some parts of this page won' t work property. please reload or try later .
very organized cattle rustlers are operating with portable slaughterhouses and refrigerator vans. the governor asks the three mesquiteers to go undercover to investigate .
jermaine fowler and omari hardwick of sorry to bother you take us back in time to the worst jobs of their careers .
want to share imdb' s rating on your own site? use the html below .
after gold shipments from a mining town have been hijacked, the three mesquiteers buy a plane to fly the gold out. the owner of the shipping line brings in eastern gangsters to thwart them .
will parker has been destroyed by a local politician and now must steal to feed his family. he steals a steer from the three mesquiteers .
the mesquiteers capture a horse thief who escapes justice through a crooked judge. they gather signatures urging the governor to investigate but a friend with the petition is murdered. stony is accused .
talbot uses a phony land grant to rule thirteen million acres, taxing everyone heavily and evicting those who won' t pay. the three mesquiteers becomes mysterious
night riders
to fight... see full summary »
the three mesquiteers convince a group of settlers to exchange their present property for some which, unbeknownst to our good guys, is going to be worthless. they are captured before they can warn the ranchers .
federal agent john tipton heads for wyoming to supervise the vote on whether to join the union. one group of locals is using dynamite to terrorize the populace and a local newspaper editor is killed .
texas cattle baron stiles killed john clayborn' s parents ten years earlier. now a lawyer, clayborn tries legally to break up stiles' water monopoly and rustling operation. when that fails he must use force .
in 1906, on oklahoma' s indian lands, a cowboy fights for oil lease rights against a greedy oilman while a pretty schoolteacher steals both men' s hearts .
foreign agents are smuggling monium (a chemical used in producing poison gas) into mexico. the three mesquiteers get involved when they ride to save a girl (really a government agent) on a runaway horse .
in 1889, pioneers race ahead of the law to claim free land in oklahoma, forming wide - open towns. in one such, citizens elect milt dawson to challenge the self - appointed rule of gambler ace... see full summary »
in the post - war hawaii, house un - american activities committee investigators jim mclain and mal baxter hunt down communists .
struggling to retain custody of his daughter following his divorce, football coach steve williams finds himself embroiled in a recruiting scandal at the tiny catholic college he is trying... see full summary »
the cattlemen' s association has called in the mesquiteers to find cattle rustlers. they get tex riley to pose as stony so stony can arrive posing as a wanted outlaw. this gets stony into the gang of rustlers and he alerts tucson and lullaby as to the next raid. but hartley is on hand and unknown to anyone is the rustler' s boss and he joins the posse with a plan that will do away with the mesquiteers .
: i hope you' re a good driver - this is a valuable load you' re hauling .
: best in the land - all high - grade, government inspected citizens .
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concrete on top of concrete on top of concrete. did we mention there is
on the way home. thanks to chad and his crew for the hospitality. if you are in the lafayette area looking for a place to shoot, swing on by and you’ll be well taken care of !
e is nothing short of amazing! this state of the art facility is going to be on another level entirely. my advice would be to get your membership
s now while they' re on sale because this is something you and your family are going to want be a part of. ���
y designed with shooter safety, comfort and health in mind. great location in the heart of south central shreveport
can hardly wait to have it here. i know it will be a fine facility with brad bringing it here .
we offer 6 in door, under ground 100 meter long rifle lanes. 3 lanes are track target returns stopping at every 25 yards. 3 lanes are electronic targets set stationary at 100 meter with digital displays .
we have two class rooms for rent, large and small. call to ask about scheduling .
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in this epic tale, a ruthless texas rancher is determined to get his huge herd of cattle to market... and to have his revenge on his more - liberal adopted son who, rebelling against his father' s growing authoritarianism, takes the cattle to abeline' his way'... over the newly opened chisholm trail. from a magazine story' the chisholm trail' by borden chase .
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there are 12 replies in this thread. the last post (sep 29th 2013, 8: 09am) by ethanedwards .
the cattlemen' s association has called in the mesquiteers to find cattle rustlers .
they get tex riley to pose as stony so stony can arrive posing as a wanted outlaw .
this gets stony into the gang of rustlers and he alerts tucson and lullaby as to the next raid .
the post was edited 7 times, last by ethanedwards (mar 23rd 2017, 10: 55am) .
played the lead in eight of the fifty - one movies in the popular series .
although, it is said, he found them to be dreary, and a drudgery .
with all the kids, yelling, booing and hissing, at every other interval .
the post was edited 5 times, last by ethanedwards (mar 23rd 2017, 10: 58am) .
i found this to be one of his better 3 mesquiteer films (along with santa fe stampede). the scene with him pretending to be a city dude, and not know how to handle a horse, was a flat out hoot! also, i felt the way the rustlers were stealing the cattle was well written, and suspenseful. i guess the one 3 mesquiteer film i didn' t care for was three texas steers. a real hogposh of a story. throw in a roving circus, a gorilla who has the hots for lullaby, a horse event that appears to be taking place in saratoga not texas, and a dancing horse... . and you' ve got one mixed up film .
the first poster here is the same as keith has posted above, and the second is from that 1953 reissue series that we' ve seen before .
i guess the one 3 mesquiteer film i didn' t care for was three texas steers. a real hogposh of a story .
on the other hand, i thought it was hilarious (though not in the way intended, if anyone at republic might have intended it to be amusing) and thoroughly enjoyed watching it. i mean, c' mon, the circus, the gorilla, the dancing horse, the puppet talking even when no one was manipulating it .
it might all make sense if one watched it while smokin' more locoweed .
likes received 3 points 10, 388 posts 2, 065 location foothills of nc favorite duke movie (s) searchers, ft. apache, (ward is a favorite also )
peter has told me about these, but if i saw them as a child, i don' t remember them. know more about them now. keith2
this site is not in any way affiliated with john wayne enterprises, llc .
import a linear shapefile using line2network (). the shapefile to import must be a linear feature - converting a polygon feature to a line feature will result in an outline, which will not be useable. the shapefile to import should be as simple as possible. if gis software is available, both trimming the shapefile to the same region as the study area and performing a spatial dissolve are recommended .
clean up the imported shapefile however necessary. editing functions are provided, but the cleanup () function interactively steps through all the editing functions in a good order, and is recommended in nearly all cases .
# # seg vert snapdist # # 1 1 595 329. 34419 # # 2 1 399 40. 27721 # # 3 1 352 402. 52259 # # 4 1 116 525. 06623 # # 5 1 806 355. 32753 # # 6 1 505 11. 34949
# # 1 to 2 2 to 3 3 to 4 4 to 5 # # 1 na na 83872. 62 70277. 57 # # 2 127558. 14 109561. 1 94177. 71 26741. 99 # # 3 86983. 02 na na na
the amount of overlap in home ranges can also be plotted using plothomerangeoverlap () .
the logical argument can be used for subsetting, if the full network distance matrix is not needed. this capability is shown below, calculating the distance matrix only for observations occurring on segment number 2. the id argument can be used with a vector of observation labels, to display row and column labels that may be easier to interpret than observation indices .
specifying flowconnected = true in both riverdirection () and upstream () will only return distances or directions if the input locations are flow - connected, and will return na otherwise .
the plot () function method can display densities using line thickness, color, or both. for additional plotting arguments including possible color ramps, see? plot. riverdensity .
the homerange () function could also be used to give a measure of the spatial spread of observations for each flight event, by using the flight identifier instead of individual identifier in the unique = argument .
in this case, the observations are the most closely spaced in the first flight event, and the most widely spaced in the august 11 flight event. interestingly, the density plot of the august 11 flight shows many of the the individuals to be located near one another, but spread to multiple tributaries, with little presence in between. considering this event to be the largest spread may still be appropriate, depending on the study, since all individuals were observed as concentrated in the lower mainstem on april 1 .
k - functions, defined here as the average proportion of additional individuals located within a given distance of each individual, can be a useful tool for investigating evidence of clustering or dispersal. calling kfunc () and specifying the flight indentifier will result in a sequence of plots, each displaying the k - function associated with each survey .
the plots below show relatively high amounts of clustering for the 2015 - 04 - 01 and 2015 - 09 - 20 surveys. the 2015 - 07 - 07 and especially 2015 - 08 - 11 surveys show possible clustering at small distances and very strong dispersal at medium distances, which can be corroborated with the density maps shown above. .
the user is cautioned to use any plots returned as descriptive tools only, as anova - type inference would likely be inappropriate without accounting for repeated - measures and / or serial autocorrelation .
depending on the study, plotseq () may be useful in plotting the upstream distance between observations of all individual, as calculated in upstreamseq (). it is worth noting that the outputs from both upstreamseq () and riverdistanceseq () may have many empty cells, if individuals were missed on any flights. for the purpose of clarity, the default plot type is used below, which produces boxplots. however, in this case, a jittered dotplot may be more appropriate due to the small sample sizes, and can be produced by specifying type =
dotplot
.
red river range is a 1938 " three mesquiteers " western film starring john wayne , ray corrigan , max terhune , and polly moran . wayne played the lead in eight of the fifty-one movies in the popular series . the director was george sherman . 
red river range is a 1938 " three mesquiteers " western film starring john wayne, ray corrigan, max terhune, and polly moran. wayne played the lead in eight of the fifty-one movies in the popular series. the director was george sherman.
red river range is a 1938 " three mesquiteers " western film starring john wayne, ray corrigan, max terhune, and polly moran. wayne played the lead in eight of the fifty-one movies in the popular series. the director was george sherman.