The wrong direction breaks the structure down
In a 1974 Open Universe demonstration, Ida laid out the doctrine plainly: the practitioner adds energy to fascia by pressure — finger, knuckle, elbow — but the pressure has a vector, and the vector is what decides whether the body integrates or fragments. The teaching emerged in response to a recurring frustration in her later years: practitioners and imitators were watching her hands, copying the gestures, and missing entirely that the gesture carried a direction. A knuckle pushed in is not the work. A knuckle pushed in toward a specific position, lifting tissue toward where it belongs, against the drag of gravity and the accumulated pull of years — that is the work. She framed direction as the central skill the trainee must develop from the first day of class to the last day of advanced work.
"Rolfers do. They add it mechanically by pressure. The pressure may be of a finger, it may be of a knuckle, it may be of an elbow. But all this energy must be added in an appropriate direction. The wrong direction breaks the structure down. Now, I bid you all hear this, because in whatever city rafters are working, there are always people who will get into this thing and say, well, I just saw her doing that. I saw her putting a knuckle in and just pushing. They have no idea of the sophistication necessary to that movement in order to create good. Maybe they don't want to. A guy one time said to me, I saw you give a demonstration. I went home, and I tried it on my mother-in-law. She has a heart condition and Wright's disease, and it didn't do her any good. Your method's no good. If it hadn't happened to me, I wouldn't have believed it. All of this energy has to be added in an appropriate direction."
Ida, in a 1974 Open Universe class, on how the practitioner adds energy and why direction is the difference between help and harm:
The negative case mattered to her as much as the positive one. She told her students repeatedly that fascia's capacity to be changed is the same capacity that allows it to become disordered in the first place. The practitioner who can build can also break — not metaphorically but mechanically. In a 1973 Big Sur class she put the point in unusually stark terms, naming the circular nature of fascial work and the fact that working in the wrong direction at one location disorganizes another location somewhere else in the web.
"It is through the fact that that happens. It is that extrinsic fuel to which it is outside the central nervous system."
Ida, in a 1973 Big Sur class, naming where the energy of the work originates:
Fascial planes versus muscle bellies
Ida distinguished sharply between working along a muscle and working along a fascial plane. Muscles are pictured in anatomy books with clear bellies and tendons; fascia is not. Her students arrived with anatomical training in muscles and almost no training in fascia, and the consequence was that they thought they were working on muscle when they should have been thinking in terms of sheets, straps, and connecting planes whose lines did not match the muscular diagrams. A 1975 Boulder exchange captures her ongoing struggle to get this distinction across — she remembered fighting Bill Schultz on exactly this point years earlier.
"And then there is the problem of the connection between say the tenth rib and the crest of the ileum which is another fascial problem. But how do these hip girdle fascia fit together with the fascia that enwraps the obliques for instance?"
Ida, in a public RolfA tape, naming the gap in the field's anatomical knowledge:
She returned to the missing book repeatedly. In the same RolfA passage she connects the problem directly to the field's pedagogical limits: if the lines of the fascial web were as legible as the lines of muscle, training a practitioner who understood direction would be vastly easier. The teaching of direction depended, in her view, on a kind of perception that the existing anatomical literature did not support.
"Now if the fascial patterns were as clear to us as the muscular patterns are, I think there would be a great deal less problem in teaching this if there were a book to which we could refer about how those fascial planes run as we refer back to our anatomies here as to how the muscular patterns run."
Ida continues, naming the pedagogical consequence of the missing fascial atlas:
Her colleague at the table in 1973 — likely Schultz or one of the senior practitioners — drew on dissection work to make a related point. The body's fascial straps and thicknesses do not run only around the body in convenient horizontal bands; they plunge inward, connecting surface to depth in directions that the anatomy textbooks do not show. The practitioner who works on superficial fascia is, by virtue of these connections, already doing deep work — but only if the direction of the pressure follows the actual run of the plane.
"that the sheets that are happening, the straps, the thicknesses, the whatever, are not only going around the body but are going deep into the body at all different ways. So that in the process of working on superficial fascia you're doing some very deep work"
A senior practitioner during a 1976 advanced-class dissection discussion, on the three-dimensional run of fascia:
The 1973 Big Sur class returned again and again to this difficulty of finding language for what the practitioner was actually touching. In one exchange a student fumbled to define the difference between fascia and muscle, and Ida pressed her until the distinction crystallized: muscles are the contents of the fascia, and fascia is the envelope; some fascia wraps muscle, and some simply holds the body together. The practitioner who cannot keep this distinction clear cannot reason about direction at all, because the direction of work follows the line of the envelope, not the line of the contents.
"And in order to do this, What I'm looking for is words to describe the fascia that gets stuck. Yes. The fascia themselves get stuck together Yeah. And drag on the muscles in the Yes. Body. What's the difference between the muscles the muscles that you That's right. The contents of the fascia. The contents of some some fascia enwraps muscle cells. Not all fascia. Some fascia acts simply as the things that hold them together, that hold a man together. But all muscles are enwrapped in fascial envelopes. Okay? Now going on from there, what do you do with that fascia? Well, you stretch the fascia Yeah. That is stuck."
Ida, on a public RolfB tape, drawing the distinction between fascia and muscle that direction-of-work depends on:
Why direction cannot be read off the random body
A key limit of the early hours, in Ida's framing, is that the fascial planes the practitioner needs to follow are not yet visible. In the random, untreated body the planes are obscured by accumulated pulls, hings, and falsifying compensations. The practitioner cannot enter a first-hour body and work along fascial planes because the planes — as discernible structures — are not there to be felt. The first ten hours, the recipe, create the order within the body that finally allows the planes to emerge as objects of perception. This is the structural logic behind Ida's distinction between elementary and advanced work: the advanced practitioner can think in terms of fascial planes because the elementary recipe has made them visible.
"You see, you are not able to go into the random body as it comes off the street and go into the fashion plane. They just seem to be not there. It's not that they're not there, but it it is that their pullings and heaving and falling disguise them. You can't go in and feel them.
Ida, in a 1975 Boulder advanced class, on why the random body conceals its fascial planes:
The pedagogical consequence is that the practitioner working in the early hours is operating partly by recipe and partly by what the body itself reveals as the hour progresses. The direction of work in the first hour is not chosen by reading fascial planes — those are not yet legible — but by following the body's own complaints as one segment is freed and the strain travels to the next. Ida described this as the body screaming, and the practitioner chasing the scream from one location to the next until it had no place to go.
"The body talks about it and those people who are in the audience, and I imagine there are a good many of them, a number of them, who have studied in my classes, know what I mean when I say the body talks about it. And if you will start with a program, start with your first hour, which I teach you, lo and behold, by the time they come in in the second hour, every one of those 10 people will show you the same mal symptom. Will show you that their legs are not under them."
Ida, in a 1974 Structure Lectures session, on how the body itself directs the sequence of work:
Working on shoulders from the feet
The most striking practical consequence of Ida's direction-of-work doctrine was that the location of the practitioner's hands frequently bore no obvious relation to the location of the change. She refused to tell clients in advance what she was working on, because she might be working on the shoulders from the feet — and the explanation would falsify the experience. Her 1971-72 conversation captures the principle and her colleague Bob's gloss on the underlying mechanism.
"We're going to work on your shoulders today and this is what seems to be the imbalance. Will vary with the roofer. I personally don't wouldn't think of doing that. Now why not? I certainly wouldn't teach them because I think it's the job of the individual to feel what's going on. And I don't see why I should tell them I'm gonna work on their shoulders today because as a matter of actual fact, I might be working on the shoulders from my feet. Now that's an interesting point. How could you work on the shoulders from the feet? You'd be surprised. Ask Bob how I work on the shoulders from the feet. I I don't let me see."
Ida, in a 1971-72 mystery-tape conversation, on working at a distance from the apparent problem:
Bob's clarification at the end of the passage names the mechanism in concrete terms: a fascial sheet under tension drags its neighbor; release the first sheet and the second sheet finds its way nearer to its proper position. The implication for direction is that the practitioner must read the line of pull, not the location of the complaint, and must work along the line in the direction that releases the upstream sheet whose tension is producing the downstream symptom.
"These molecules are aligned in a particular way. You change their alignment. The change spreads."
Ida, in the 1975 Boulder advanced class, on what is released when fascia in tension is freed:
The 1975 Boulder discussion in which this passage sits was specifically about the second hour. The practitioner is working on the ankles, and the changes are appearing in the rib cage. The students could see Takashi's torso absorbing the work being done on his leg. This is the moment direction-of-work becomes legible as a doctrine about vertical organization: every horizontal that is brought out down below reflects itself upward, and the practitioner has to know which direction the change will travel.
"And so you really need to use the back after you free the feet to close-up and to integrate or partially integrate the person before you send them off to really open up and lengthen that back. Well yesterday someone, I don't know who said it to me, it's Michael Salison's concept of the fascial tube which starts in the cervicals and goes in the second hour when you start working on the ankles you're heading vertically again. Know that each horizontal that you bring out down below reflects itself upward as we saw in Takashi yesterday where he's working on his leg and you can see his rib cage absorbing the change. I mean this, when the tissue is in tension, that's stored energy that you release into the body. And its energy is not a metaphysical something."
A senior practitioner in the 1975 Boulder class, articulating the vertical reflection of horizontal change:
Toward the midline, away from the midline
The doctrine of direction-of-work is most concrete in the fourth and fifth hours, where the practitioner must decide whether to take tissue toward the midline or away from it. Ida's senior students in the 1975 Boulder class had spent years moving tissue away from midline as a default, and discovered late that some fourth-hour bodies required the opposite. The discussion below captures the moment several practitioners realized the default had been concealing the actual question — which is always, what does this body need at this place.
"Yeah. Get an experience of how to move that tissue. That'll be something in your repertoire to understand that fourth hour. And we're talking about I mean, I spent five years moving tissue away from the midline. And all of a sudden, I'm finding out that, you know, I'm seeing these bodies where it just didn't quite happen. And now now I know why. Well, I would like to save you that trouble again. I'm I'm still, you know, seeing that I'm stuck somewhere with the idea that you have to move it away. Okay. Well, what you're doing again is establishing midline. What you have to do to get it may be toward, it may be away. Okay. Chances are it will be away but you're going to run into those that don't meet exactly, you know, that idea."
A practitioner in the 1975 Boulder advanced class, with Ida correcting the default assumption about direction in the fourth hour:
Another practitioner in the same session offers a more refined picture of what the fourth hour is structurally doing: the adductors define the midline, and the work brings tissue from both sides toward the midline and lifts it up, relieving the downward chevron pull and replacing it with a more horizontal traverse. The decision about direction in any given moment is then not whether to default toward or away, but whether the body's actual configuration at that point asks for one or the other.
"Chances are it will be away but you're going to run into those that don't meet exactly, you know, that idea. You know we're talking about Mhmm. I'm sure I can say something. That like, when you're looking at the fourth hour, like I said, that that it's being sucked down. It's almost like chevrons going down the body this way Yeah. Right. To the midline. And especially, like, looking like you did at the picture of the adductors and how that defines the midline. And what you're doing is getting on both sides of those adductors and bringing them towards the midline and lifting them up so that you're relieving that stress down and bringing those chevrons more to a sense of coming straight across the And sometimes you get a lot of success by literally establishing that midline and going way deep in until you're really literally on the bone."
Another practitioner in the same Boulder session, naming the structural logic of fourth-hour direction:
The pelvic lift as a directional act
The pelvic lift, performed at the end of most first hours, is a useful case for thinking about Ida's direction doctrine because the lift is not a freeing maneuver in the usual sense — it is a directional placement. The practitioner is asking a lumbar vertebra to seat itself differently against its neighbors. The first-hour discussion in the public RolfA series captures Ida's insistence that the pelvic lift is more than an organization of what has already been freed; it is an act in which something specific in the lumbosacral region is asked to move in a particular direction.
"Be even more out of balance after the building takes on your party. Right? Probably. So that's that's why. It's just a question you can pay your money and take your choice. Do the pelvic lift last if you like. But you see, the pelvic lift is more than just an organization of what you get, what you've gotten, what you've freed. It it usually involves a repost repositioning of either the third or the fourth or the fifth lumbar and the sacrum. And when you people have done enough first hours, you'll know that that's so. Something down there is going to really give."
Ida, on a public RolfA tape, distinguishing the pelvic lift from the rest of the first hour:
Earlier in the same RolfA discussion, Ida used a senior practitioner's report on the trunk work to illustrate the principle that direction in the first hour is governed by what is freeing the trunk from the pelvis. The same vector of work, performed in the second hour, would have a different meaning — but in the first hour, every directional choice is in service of one thing: bringing the thorax up off the pelvis so the pelvis can begin to find its level. The 1973 Big Sur session below captures this logic explicitly, with Ida quizzing her students on whether any anatomy book has ever traced the superficial fascia they are actually working on.
"One of the other reasons that we're working in this area on the thorax at this point, it becomes clear later when we get to the pelvis, I mentioned now that we're beginning to lift the thorax off the pelvis so that later on we'll have the freedom we need when we want to do the job there. And the next area that's got to be freed from the pelvis is extremities. And I think we started on the side. At any rate, we tried the relative freedom by having the client put both knees up and pump them back and forth, and again to release superficial fascial ears. Mostly on the outside fascia, over the fascia, posteriorly over the hamstrings. Do you remember any other area or tongue? You see, all this thing, this time you were working, really, with the trunk. You were working with the stuff which ties up the trunk. Now at this point, let me ask you people a question. You and you and you."
Ida, in the 1973 Big Sur class, on the first-hour work as a directional lift of the thorax off the pelvis:
The second-hour discussion in the 1975 Boulder class deepens this. The practitioner is not merely freeing the pelvis from below but putting organized support under it. Direction-of-work here means that as the hamstrings, the ramus attachments, and the ischial tuberosity attachments are freed, the practitioner must simultaneously lengthen the lumbar and balance the cervicals — because direction at one end implies direction at the other end. The work is bidirectional and balanced or it is nothing.
"vision I have is that Realize that it isn't only freeing the pelvis from below. It's putting support under the pelvis so that the pelvis can be free. Okay. This is so little. Would you say organized support? Yes. Hello? Yeah. Okay. Yeah. And so you wanna you wanna free all the attachments to the ramus into the ischial tuberosity and lengthen the hamstrings some more. Once again, lengthen the lumbar and balance that workout by lengthening the cervicals and just more work on the back."
Ida, in the 1975 Boulder class, on why support must be organized in a direction that matches the freeing:
Working from the periphery toward the center
Across the recipe, Ida named a general directional principle: the practitioner works from the periphery toward the center, from the superficial toward the deep, and from the surface fascia toward core structures. This is not a literal claim about hand placement in every session, but a structural claim about the order in which fascial layers can be addressed. The early hours change superficial fascia, and the deeper structures only become reachable once the surface has been ordered. Direction-of-work, in this sense, is also a directional temporal sequence across the ten hours.
"And you can only do that by getting this ready for alignment. So now we have been talking about another trick. And the third trick is that when we work, we work from the periphery toward the center. Now when you come right down to it, we've been doing that in the second hour. When you go and you get to those extensor muscles in the back, you are certainly at a deeper level than you were when you were working with that superficial fascia. In the early stages of the game, nobody believes that you're really working with that superficial fascia in the first hour. But actually, as you go further along and get more familiar with it, you begin to realize that you are working with that superficial fascia and that you are stretching that superficial fashion. And it is by virtue of the change that you put into the superficial fashion that you begin to get change in underlying structures."
Ida, on a public RolfB tape, naming the periphery-to-center direction as a structural rule of the recipe:
The fifth hour, in this scheme, is the first hour where the practitioner is genuinely working at core. The fourth hour has prepared the surface and concentrated on light structures; the fifth hour reaches the psoas by virtue of having organized the rectus so that the practitioner can pass through it. Direction-of-work has shifted from the surface plane to the deep plane, and the practitioner must follow the line that the earlier work has opened.
"But don't get caught and let that supersede what you're trying to do. They're just useful little tools to have in your bag. I'm meditating without any particular results. In the fifth hour, you see you're beginning to get to cool structures. In the fourth hour, you're not. In the fourth hour, you're still concentrating on light structures. You're affecting core, but you're not going But in the fifth hour, you're really literally digging for the, which is probably true. And you dig for the by virtue of getting the rectum so organized that you can get by it. Ron's paper talks about, is that the body isn't a compression model and it's more of a tension."
Ida, in the 1975 Boulder class, on the shift from light structures to core structures across the fourth and fifth hours:
In a 1974 Open Universe demonstration, a senior practitioner gave the same principle in more concrete language for a lay audience. Working the superficial fascia first is logical because the body's surface presents large sheets that can be loosened broadly, while the feet and the deep tissues are bound in smaller and more tightly tied-down regions. The direction is from broad to specific, from large sheet to small attachment, and the periphery-to-center movement is, on this view, simply a practical reading of where the tissue can be moved first.
"And, of course, the development of that stress pattern or of those places that are immobilized and hardened, we think is primarily related to the way the body deals with gravity because gravity is the most constant environmental force for the human body. And so it's in response to gravity that the body avoids pain, you might say, or avoids the buildup of stress in an individual point by trying to distribute it. And the fascial system is the way of distributing stress from those points. And so, as doctor Rolf said in the first talk, there's really no cause, one to one cause with the pattern. It's an accumulation of person to the pattern that they presently have. The other part is that we learn inefficient methods of movement. Some people still walk like the toddler."
A senior practitioner in a 1974 Open Universe demonstration, on how direction-of-work traces fascial connection across the body:
Direction without sequence is meaningless
Direction-of-work, in Ida's late teaching, is inseparable from the sequence of the recipe. The same directional pressure performed in the wrong hour does the wrong thing. A 1975 Boulder discussion captures the senior students working out among themselves why the recipe begins on the chest, and what that opening choice teaches the body about the direction the work will take across the remaining nine hours.
"You know, why is I mean, that's how it's been ever since I got into it. First time Ida put her hands on me, she went right there. And so I started thinking about the logic of the sequence and how it evolved, you know, and trying to back myself up to Ida's perspective, you know, and see what she saw. You know, why did the recipe evolve this way? And I think one of the things is that by working and this is a level of abstraction above the physical body, but I think it's relevant that by working on the chest and the pelvis, you deliver the most experience of what we're trying to do. So that when someone gets a first hour, you're establishing in their cells what it is that Rolfing's about. You know, before you put their hands on them, they've only got ideas, abstractions. And in the first hour you're giving them an experiential look at what goes on. And you get the most done for the least amount of doing by freeing the breathing and the pelvis. You know, so there's a lot of impact in that first session."
A senior practitioner in the 1975 Boulder class, working out why the recipe opens on the chest:
The same Boulder discussion makes the cumulative direction explicit: the first hour is the beginning of the tenth. Each subsequent hour continues the directional trajectory the first hour opened. The recipe is not ten separate sessions but a single continuous direction broken into ten parts because the body cannot absorb all the work at once.
"What does matter is you understand you have to lift that up off the pelvis to start getting mobility in the pelvis. Uh-huh. The first hour is the beginning of the tenth hour. Okay? Uh-huh. The second hour is a follow-up of the first hour. Uh-huh. It's just the second half of the first hour. Okay? And the third hour is the second half of the second and first hour. It's literally a continuation. I clearly I clearly saw, you know, last summer that continuation process and how and, you know, Dick talked about how, you know, the only reason it was broken into 10, you know, sessions like that was it because the body just couldn't take all that work. Couldn't take it right. But I just sitting on just trying to figure out how the hell she ever figured out that process, and then began to see it."
Ida and a senior practitioner in the 1975 Boulder class, on the recipe as one continuous direction:
Listening for direction
Because the fascial atlas did not exist, direction-of-work in practice had to be learned by perception — by the practitioner's hands developing a sense of where the tissue wanted to go. The 1974 Open Universe demonstrations capture this in the most concrete terms. The practitioner's hand starts at a place where the tissue is stuck, and after a moment the tissue itself begins to move. The practitioner does not force a direction; he reads the direction the tissue offers and follows it.
"the tissue responds, I don't know how to say it anymore words. It's who's asking the question? I know it was, like, to your fingers. I feel it start moving is the primary thing. It's like he chooses to move. Like, I put my hand where the tissue is stuck, and it begins to move after a certain moment. Is that what it feels like to you two right now?"
Bob, in a 1974 Open Universe demonstration, on how direction is read at the hand:
Later in the same session, Bob clarifies that direction-of-work is not random but follows the line of stuck fascia between layers. The envelope of one muscle is glued to the envelope of another, and the practitioner's job is to release that adhesion in the direction that allows the layers to move past one another again. Ida's contribution from across the room — pointing to a specific location on the fourth rib — illustrates the perceptual claim concretely: she can see, from across the room, where the next directional move belongs.
"Like there's an in between force between my body and your hand and that it is moving. It's just moving by itself. Now you can feel that I can feel that his spine is dropping back more, especially through this area now. As he breathes, there's more movement in his rib cage. You see fascia gets stuck between layers. Fascia is the covering of muscles, the envelope. The envelope of one muscle gets stuck on the envelope of another muscle. So we're ordering the connective tissue or the web. And one of our keys is the movement. And the clasp in these are the kind of places that I'm working on right now where doctor sees them from across the room. She'll say, now back there on the back by the fourth rib, go in there and get that. And there it is. Well, you can call there's where it's supposed to be worked on. It's the stuckness or the How can you see it?"
Bob, in the same Open Universe demonstration, on what direction-of-work is actually freeing:
Direction as the practitioner's ethical question
Toward the end of her teaching, Ida framed direction-of-work as an ethical matter as much as a technical one. The practitioner can shift strain from one place to another and the client will sometimes prefer the new location of the strain to the old — but if the practitioner does not move the strain in a direction that releases it down through the body and out, the work has accomplished nothing structural. The 1971-72 conversation below captures her frustration with practitioners who pull flesh outward in a direction that temporarily relieves a local pull without resolving the global pattern.
"And this everlasting strain talks to him in terms of Oh, just fix it here as Rosemary would say. Just move from here, fix it here, fix it here. That is where the strain is evidencing at this moment. So what can you do? Can you poke in it and shift the strain and if you do, are you doing any good? You're shifting straight and it may well be that he feels a little better with a strain down here than he does with a strain up here. It may be. Now if you are in the course of trying to change the whole thing, then what good does it do? Is this the point of restraint? If you will. Now I don't know whether I've really made myself clear because I've been screaming about this ever since the first day I started to try a peach beer and I'm still feeling so something is wrong with the peaching. It's not gotten into you. Or else you're not thinking in terms of mechanical patterns. Something is it. And if any of you can help me with this, it's an everlasting problem. Now this is again what I'm screaming about when I see some of the masseurs pulling this flesh out."
Ida, in an early 1970s mystery-tape session, on the ethical stakes of choosing a direction:
She closes the same passage by naming where the felt strain will land if direction-of-work is wrong: at the lumbodorsal junction or the dorsal-cervical junction. These are the two hinges of the body where misdirected work piles up. The practitioner who knows the body's hinges knows where to look for evidence that direction has gone wrong.
In a 1976 advanced-class discussion, Ida pressed her students on what knowing fascial planes actually changes in a practitioner's working life. The answer was not that the practitioner sees the planes literally, but that knowing where to look — knowing that those relationships exist — changes the directional choices the hand makes. If the practitioner is not getting what they need at the place where they are working, knowledge of fascial planes lets them move to another point on the same plane. Without that knowledge, the only honest move is to back out.
"Otherwise, why do you do it when you go in there and you try to find the solar plexus or the heart plexus or the lung plexus? You can't just reach in and put your hand around the plexus and squeeze. Ralph, is the ideal that if you're trying to unhook something and you're not getting it where you're working, if you know facial planes you can go to somewhere else on that plane? If you don't know facial planes just get back out of there and try somewhere Because it's by the trying somewhere else that you eventually begin to understand the fascial connection. You see, before I knew about fascial connections, I was teaching the office, who you now look up to as being the head of the group. I was teaching them how to work and I had no idea that those connections were basically facial connections. So that you can teach a person to operate on a higher level at many different levels."
Ida, in a 1976 advanced class, on what knowledge of fascial planes does for the practitioner's directional choices:
Coda: direction without recipe
Ida resisted reducing direction-of-work to a formula. In one of the 1973 Big Sur sessions she pressed her students to recognize that fascial work is necessarily described in circular rather than linear terms. The function of fascia cannot be answered with a single answer, and neither can the question of which direction to take at any given point. The practitioner who wants a recipe for direction has not yet understood that the recipe is the ten-hour sequence and the direction is, at every moment within that sequence, a perceptual judgment about what this body needs.
"And this all becomes the function of fascia, and once again, you cannot answer the question of what is the function of fascia with a single answer. See, the more you think about it, the more convinced you are that all biological reality can only be described by circular methods. Round and round and and round. You never do this. The minute you do that, you kill the whole situate. It is no longer a living situation. It is now a dead situation, and you're analyzing it on the on the table, the section table. Now your job in this advanced work, your job will be to try to understand the pulls and the equilibria that are involved in the fashion plane as you get it organized. So that in this advanced work Wait a minute."
Ida, in the 1975 Boulder class, on the circular logic that governs all directional reasoning in the work:
Late in one of her 1971-72 sessions, Ida pointed her students toward a body of work they did not yet have: a real anatomy of fascia, organized around the web rather than around discrete muscles. She predicted that the future of the field would depend on tracing this web — its in-and-out three-dimensional run — and on building a teaching grounded in that anatomy rather than in muscular diagrams. Until that work was done, the practitioner's perception would have to substitute for the missing atlas.
"We are going to find I'm just doing some wild predictions for you. We are going to find that the body is something built around a web of fashion. And I use the word web advisably because it's going to go in and out, and it's going to the spider web is in a plane, but this is going to be in a sphere. It's going don't be going in and out there, just the same. And we're going to have to start thinking and tracing the lines of that web to get the understanding of why that works, which you saw working yesterday. Namely, that when you go, you work with the superficial fascia. You are changing the tonus of the entire fascia away. So I think we'll be pretty near cover the waterfront for today. You, Junior, will head up, I think, to the other building. We will be good to you. We will give you some coffee here."
Ida, in an early 1970s IPR talk, predicting the anatomy of fascia that the field still lacked:
What Ida bequeathed her practitioners on this question, in the end, is not a rule but a discipline: that direction is added by the practitioner, that the wrong direction breaks the body down, that the fascial planes whose lines the practitioner must follow are not yet mapped in any book, that the body's screams will tell the practitioner where to go next when the planes are not yet legible, and that the work proceeds from periphery to center, from superficial to deep, from the first hour as the beginning of the tenth. The skill is to know all of this and still listen, at every moment, for what this body at this place is asking the practitioner to do.
See also: See also: the 1974 Healing Arts conference panels (CFHA_02, CFHA_03, CFHA_04) and the 1973 Big Sur class (SUR7332), which extend the direction-of-work doctrine into discussions of energy, coherence, and emotional release; the 1974 Structure Lectures (STRUC2), where Ida narrates how the recipe's directional sequence was discovered by following the body's complaints; a 1974 Open Universe demonstration (UNI_044) on the felt experience of release between fascial layers as Bob worked on a client; and a 1973 Big Sur session (SUR7308) in which Ida walked her students through the orange-section metaphor for how individual fascial envelopes connect into the continuous web that makes long-distance directional work possible. CFHA_02 ▸CFHA_03 ▸CFHA_04 ▸SUR7332 ▸STRUC2 ▸UNI_044 ▸SUR7308 ▸