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A turtle diagram is a visual tool that displays and describes all related elements of a process in an organization. This diagram that resembles a turtle, details the process, making it easier for the organization to efficiently analyze and understand it, and make effective decisions or improvements. The turtle diagram is especially useful to measure the effects of processes. It will display process owners, input, output, resources, methods, procedures, and related documentation. It is used at any organization that applies ISO standards.

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The inputs in a turtle diagram represent the resources needed to initiate the process. This includes the equipment, raw materials, information, and people required for the process. Inputs must meet the process requirements and customer needs. For instance, in the sourcing process, the inputs may include supplier information, contract documents, and specifications.

If you are trying to understand what is a turtle diagram? Then most probably, you have started working or learning about ISO 9001, ISO 14000, IATF 16949 or some other Quality Management System (QMS). And if I am correct, then congratulations, you are going just the right way.

Here I will try to answer few of the common questions related to a turtle chart or turtle diagram, which might be stuck in your head too. I have also provided a real corporate life example for better understanding.

Interestingly, ISO 9001:2015 nowhere mentions about a turtle diagram. Still we use it extensively in ISO document because there are numerous clauses in ISO 9001:2015, which can possibly be addressed, by using a turtle chart such as follows.

Turtle chart or diagram can also help us to understand the flow of process especially when number of elements increases and process flow diagrams gets too complicated to understand, anyhow while making a document for QMS you should still include a flow diagram.

Try making a turtle chart for Tea making example mentioned in SIPOC article. If you are not clear with any part or having, any doubts feel free to connect with us via the comment section.

They can be used for any process, anywhere in the ISO 9001 does not require a turtle diagram, but the turtle diagram can help you understand your processes as well as define the criteria for measuring process effectiveness. There are several clauses within the ISO 9001 requirements that may benefit from using a turtle diagram. These clauses are:

Using a turtle diagram is simple. The Turtle Diagram is made up of 6 areas, all surrounding the process, which is considered the turtle body. The 6 areas are: inputs, materials & equipment (what), support processes, procedures & methods (how), outputs, competence skills & training (whom), and finally performance indicators (results).

Turtle Diagrams can be used in conjunction with Process Flow Charts, Procedures, Work Instructions, Standard Operating Procedures (SOPs) to link them all together, correlating the information in one simple to read diagram. There are many benefits of using a Turtle Diagram, here are just a few of those.

While there is no requirement in ISO 9001 to use either turtle diagrams or process maps within your quality management system, external auditors often like to see use of both turtle diagrams and process maps. These formats help them to quickly identify the resources, inputs, outputs and their interaction with other functions of the business.

In this part of the Process Card, according to turtle diagram approaches, we include all procedures and documents that refer to our process. We must remember to identify, in addition to the company (internal) documents, also those defined by the corporation.

As you can see, defining a Process Card based on a turtle diagram is an activity that forms a logical whole. Special training and competences are not required apart from the role of the moderator. It is most often implemented by a QMS coordinator / representative.

The 8 neighboring patches and the current patch the turtle is on are considered. If no surrounding patch has a lower value than the patch the turtle is on, this turtle stays on the current patch. If there is more than one patch with the minimum value, then one will be chosen at random.Note that this turtle will end up in the center of one of the surrounding patches or in the center of its current patch.

The 4 neighboring patches and the current patch the turtle is on are considered. If no surrounding patch has a lower value than the patch the turtle is on, this turtle stays on the current patch. If there is more than on patch with the minimum value, then one will be chosen at random. This considers only the current patch and the 4 surrounding patches (N, S, E, W).

The 8 neighboring patches and the current patch the turtle is on are considered. If no surrounding patch has a higher value than the patch the turtle is on, this turtle stays on the current patch. If there is more than on patch with the minimum value, then one will be chosen at random.

The 4 neighboring patches and the current patch the turtle is on are considered. If no surrounding patch has a higher value than the patch the turtle is on, this turtle stays on the current patch. If there is more than on patch with the minimum value, then one will be chosen at random. This considers only the current patch and the 4 surrounding patches (N, S, E, W).

1 - Articles about turtles in culture are not currently within scope of the WikiProject Turtles and are therefore not suitable to have a project tag, such articles may include List of fictional turtles, The Tortoise and the Hare, World Turtle Day. Articles about non fictional turtles in general. e.g. Turtling (hunting), Turtle racing, Turtle soup are within scope.

The conserved turtle/Dasm1 Ig proteins are found in Drosophila, C. elegans, and mammals [14, 15, 16, 17, 18]. Mammalian Dasm1 has been implicated inthe dendritic arborization and synaptic maturation of hippocampal neurons[17, 18], while the Drosophila turtle gene (tutl)is thought to be involved, by yet unspecified mechanisms, in coordinatinglarval motor function [14]. The role of the C. elegans turtle homologue, SSD1.1/Igcm-2, is not yet known [16].

We reexamined the function of the Drosophila turtle gene using transgenic overexpression and analysis of both previously isolatedand newly generated mutant alleles. Our analysis indicates that turtle encodes extracellular molecules that function as midline attractants, and areindependent of netrin or slit signaling. We also report that the turtle encoded proteins are potent stimulators of axonal branching and invasiveness,thus adding them to the brief list of molecules that function in regulatingaxonal morphology and guidance.

In the initial turtle gene publication, the exon-intron map provided by the authors indicates thatnone of the generated deficiencies removes all turtle transcripts [14]. The potentially diffusible isoforms encoded by expressedsequence tag (EST) clones AT02763 and GH15753 near the 5'-end of thegene are still present even in the largest deletion, tutl 4 . With this in mind, we mobilized the tutl k14703 P-element insertions to generate null mutation of the turtle gene (Figure 1A). A newly generated allele, tutlex383 , is embryonic lethal and fails to complement the adult lethality of thepreviously identified turtle mutant allele tutl 01085 . Southern blotting, PCR, and DNA sequencing indicate that this allelecontains an 11,430 base pair (bp) deficiency within the turtle gene that should disrupt all transcripts (Additional file 1). Staining with avariety of cell fate markers indicates that the embryonic lethality of tutl ex383 is not due to a defect in cell fate induction (Additional file 2).

Figure 1: Genomic organization and tag_hash_134________expression of the tag_hash_135_______gene. (A) Schematic diagram showing intron-exon structure of turtle transcripts, the proteins that they encode (color-coded to show only clearlydefined protein domains shared between the different isoforms), the span ofthe tutl ex383 and tutl 4 deletion, and the two P-element insertions. (B) Western blot against the His-tagged diffusible GH015753-encoded isoform ofturtle protein expressed in S2 cells. After transfer, both samples wereexamined on the filter by Ponceau S staining, and although there was abundantprotein in both lanes, most of the His-tagged protein was found in thesupernatant (2), not the cell pellet (1). Similar results were obtained usingthe His-tagged AT02763-encoded diffusible isoform of turtle protein (data notshown). (C) RT-PCR showing low expression of the AT0276 and HL01565 isoforms in stage12/13 embryos compared to GH015753, LD2884, and GH08133 isoforms. (D, E) RNA in situ hybridization against the domains shared by all isoforms indicates that turtle is initially expressed close to the midline in embryonic stages 12 to 13 (D,arrow), with later expression spreading throughout the central nervous system(E, arrow). (F) RNA in situ hybridization of GH015753 (red), LD2884 (green), and GH08133 (blue) isoformsindicates overlapping nervous system expression in stage 13/14 embryos(arrow), with some expression of LD28224 and GH08133 in salivary gland(asterisk) and gut (arrowhead). (G-J) Staining with the neuronal marker anti-Elav (G, I, red) indicates that bothGH015753 and LD2884 (G-I, green) are expressed in neuronal cells. Bothisoforms also co-localized with some anti-Repo-positive glial cells (H, J,red). (K) RNA in situ hybridization in wandering third larval instar eye discs indicates that allisoforms are expressed in the morphogenic furrow (asterisk), with some cellsat the tip of the eye disc expressing only GH015753 (arrow), which aresurrounded by cells expressing only LD28224 (arrowhead). (L) RNA in situ hybridization in wandering third larval instar brains indicates strong,overlapping expression of the turtle isoforms throughout the optic lobe, with some cells in the optic lobe-retinalnerve junction expressing only the LD2884 isoform (arrow). [see PDF forimage] e24fc04721