Length is what the work adds
Ida returned to the verb *lengthen* more often than any other action word in her teaching vocabulary. In the 1975 Boulder advanced class — the third hour, with the class seated in front of her and the previous day's work still fresh — she pressed the students to see that the entire ten-session series, hour by hour, was performing a single operation in many guises. The first hour lengthens the front. The second lengthens the back. The third lengthens the sides. Each subsequent hour reaches deeper for length the surface work could not reach. The body's misery is shortness; the work's contribution is length. Everything else — the talk of tone, of differentiation, of release — is, in her teaching, secondary phrasing for what the practitioner is actually doing under their hands. The passage below is her own naming of this principle, delivered in the middle of a back-work demonstration.
"yesterday, the thing that you are doing in every hour of brothing that you do is lengthening that body, thinning it for the most part and lengthening it."
Boulder, 1975, third-hour class — Ida names the operation that runs through every session.
The corollary, which she made explicit a year before in the 1974 Structure Lectures, is that length is a problem the practitioner is always solving — never solved once and put away. Bodies shorten because the gravitational field is constant and the body's accommodations to it are constant; therefore the practitioner's restoration of length must be specific to where the shortening has accumulated. In the second-hour public-tape transcript (RolfA2Side1), Ida walks the class through what is in effect a structural ethic: every hour, in every region, the question to ask is *where is the shortness and how do I add length here*. The passage that follows is the most distilled version of this teaching she ever recorded, and it makes the gravitational logic explicit.
"Everywhere you are adding length. And always, this is a problem. You must add length to get a person out of his misery because his misery dates from the fact that the gravitational force is pulling him down, and the point of weakness will be the point where he will accommodate to the gravitational force pulling him down and shorten."
RolfA2 public tape — Ida states the gravitational logic of the whole work.
How a body actually shortens
Ida did not treat shortening as a metaphor. In her teaching, shortening is a specific mechanical event: muscle bellies and fascial sheets are displaced *laterally*, away from the midline, and as they migrate sideways the body's vertical dimension collapses. The reverse is also true — bring the laterally displaced tissue back toward the midline and the body lengthens. This is one of the work's least intuitive moves, and Ida named it explicitly in Boulder in 1975 in the context of the second-hour spinal erectors. The students in that room could see the demonstration on the table; the broader claim was that *all* the body's shortening worked this way. Width and shortness are coupled; narrowing and length are coupled.
"that the shortening of the body comes in by virtue of the spreading apart of those spiny erectors and the lengthening of the body can be produced by the tightening together of those spiny erectors."
Boulder, 1975 — the spinal erectors as a worked example of the lateral-displacement mechanism.
She extended the same mechanism to the shoulder girdle, with the scapulae as the visible witnesses. As the body shortens, the scapulae drift apart; as poor use of the shoulder girdle drifts the scapulae apart, the body shortens further. The two facts are coupled — neither one is cause, neither one is effect, both are the same structural event read from different sides. Restoring length therefore means restoring the scapulae to their proper relation with the spine. This is the kind of teaching that, in 1975, made students stop asking which intervention caused which result and start asking how the parts were related at all.
"that as the body has shortened, the scapulae have come apart. The converse is also true. As the scapulae are pulled apart by poor use of the shoulder girdle, the body shortens. Consequently, in order to lengthen the body, you have to get the scapulae in where they belong."
Boulder, 1975 — the scapulae as witnesses to longitudinal collapse.
The 1976 advanced class in Boulder gave her another chance to teach the same mechanism, this time using the age-related shortening of the back as the worked example. Ida was 80, the room was full of senior practitioners, and she was insistent that what is called *the changes of aging* is in fact the cumulative result of decades of small lateral migrations of the back extensors. The body has had more time to make adjustments; the adjustments themselves are the same kind of lateral displacement she had been naming for years. Her practical conclusion was unsentimental: if you want your back to be the length it once was, you have to put the displaced extensors back where they came from.
"If you want to go back to the point of youth, if you're willing to settle for, Oh hell, I'm just getting old, then you can leave it where it is. But if you want to restore your mechanical advantage, you have got to literally restore the position of what it is you're using for the effort of the shoulder girdle. And you can do this. Well, you can do this if you happen to know a good wrongful. And what that good wrongful will do will be to take those laterally displaced muscles and bring them in so they're no longer as laterally displaced. Lo and behold, the back is longer and you don't understand lo and behold, bringing those muscles from the lateral to the medial makes possible the lengthening of that back and you don't understand that. And you don't have to understand it, providing you do know that you can get your result this way. Now all of those muscles are attached to the rim of the pelvis one way or another. Mostly they're attached through the lumbar fascia."
Boulder, 1976 advanced class — the back as a worked example of the same lateral-displacement story.
Shortness as the accumulated record of a life
Ida did not treat shortening as a single event with a single cause. In the public-tape series (RolfA1) she sat with a student, Al, and walked through a developmental account of how a body arrives at its present configuration. A child falls off a bicycle and bruises a thigh; for several days the normal walking pattern hurts, so the child adopts a sparing pattern; the sparing pattern is repeated, then habituated; the muscles that participate in the sparing pattern shorten and harden; the tissue around them gets less movement, less fluid exchange, and starts to lay down the hardening that becomes a permanent shape. Multiply that incident across a lifetime — the schoolyard fall, the wrenched knee, the cast worn for four months, the years of bad chair, the surgical scar — and what was sparing pattern becomes structure.
"So once the body has assumed this nonnormal these deviations that or aberrations that we're talking about, the effect of this the effect of this on balance is that there is less motility in the region of the unbalance. There there are there's less movement Certain muscles begin to shorten and harden."
RolfA1 public tape — Ida names the local-to-global progression of shortening.
The Open Universe class of 1974 captured a complementary version of this story in Jim Asher's voice, in conversation with a student. Asher pointed to a second mechanism alongside the injury-and-sparing pattern: the inherited gait. People learn to walk by imitating someone in their family, and if the family pattern is one of immature locomotion — legs spread apart, pelvis anteriorly tipped, weight rocked forward — the child inherits the structure that goes with it. The pattern is then *set*, in Asher's word, and will not change without intervention. Ida and her colleagues treated this not as psychology but as structural fact: the body that walks like a toddler will, in time, have the dimensions of a body that walks like a toddler.
"The other part is that we learn inefficient methods of movement. Some people still walk like the toddler. That is that their legs are spread apart, their pelvis is anterior, and they have never matured or come to a further position. They're stuck there. And that or they imitated someone in their family and walked that way. And then that pattern gets set. And then it can't be changed unless someone comes and someone like a raw bird. Some other method where you can change those patterns. See, the average person moves primarily with Extrinsic muscles, surface muscles, or groups of muscles that are stuck together. We're gonna lean forward. There's little differentiation in the in the movement. And then as you watch as the rofting goes on, you see that the muscles start doing their own work instead of being grouped all in one big glob. And then you get movement which comes from deep in the body as well as on the surface."
Open Universe class, 1974 — Asher names inherited gait as a second pathway to shortening.
What both accounts share is the conviction that the present shape of the body is the accumulated record of accommodations, not a fact of nature. Ida used this point ethically as well as structurally. In the 1975 Boulder class, working with John on the table, she pressed the students to notice that a shorter leg following a healed fracture is rarely the result of bone overlap; far more often it is the consequence of four months of walking on one leg, with a cast positioning the body asymmetrically and no follow-up therapy to restore the displaced soft tissue. The practitioner is therefore not chasing pathology but chasing the residue of accommodations — and in that role, in her phrasing, the practitioner is in a unique position to give back what years of compensation took.
"When a lot of the change is as a result of walking on one leg for several months, is the way the cast was held, the immobility imposed by the cast, and the lack of proper means to return the body to where it was before. So the rolford is really in a unique position to at least make a crack at restoring that proper length. There's an example of this same sort of thing in a person that I worked on in Chicago. The fellow had had ten hours, and that summer was in a judo accident in which he landed on his shoulder and broke his collarbone. And he had gotten good orthopedic work in that he got the bones back together at the right position. But in the course of the treatment, they had to use a brace which had his shoulder way up in the air and backwards. And so, over a period of four months, naturally it disorganized his neck and shoulder girdle considerably."
Open Universe class, 1974 — the healed-fracture example as a teaching case in residual shortening.
The visible signs of a shortened body
Because shortening is the accumulated record of a life, it leaves visible signs. Ida trained her students to read those signs before touching the body. In the 1973 Big Sur advanced class she walked the students through what she called *the heaping*: the piled-up tissue that accumulates between the lower ribs and the iliac crest in a body whose vertical dimension has collapsed. Heaping is what shortness looks like when the body has run out of room. The structures that should be moving past each other longitudinally have nowhere to go, so they bunch sideways and pile up at the boundaries between segments. Reading the heaping correctly tells the practitioner where the body has stopped working — and where the next hour's length will have to come from.
"But what you know cerebroly is that that pelvis is still very disorganized. Could Harvey have a lot of patients with the breast of the LEA? Yes. Could he have turned the pelvis that tissue gets a continuous workout. It will not be able to heat again. Tissue heaps in place where nothing happens where as you move you wit around the heaping and if you've got the kind of structure that is moving in every direction it cannot So your next job is to get rid of the heaping which has occurred between the ribs and the pelvis in order to make it possible for the pelvis to get closer to the horizontal"
Big Sur advanced class, 1973 — Ida teaches the practitioner how to read heaping as the visible record of shortness.
A second visible consequence of shortening is the displacement of the abdominal contents. Ida named this in a 1975 Boulder class during a discussion of how aggressive use of the arms shortens the trunk through the recti and the lumbar fascia. As the trunk shortens, the abdominal contents, which depend on vertical space inside the torso, are forced out anteriorly. The protruding belly of a chronically shortened trunk is therefore not a fat-pad and not a postural laziness — it is, in her account, a mechanical consequence of the loss of vertical room inside the body cavity. Restoring length to the trunk gives the viscera back the space they need.
"Because the shorter that body gets, the more the abdominal contents are forced out."
Boulder, 1975 — the abdominal contents as another visible consequence of trunk shortening.
A third visible sign, and one Ida used as a pedagogical anchor for new students, is the short knitting line that runs from the crown of the head to the soles of the feet. In the second-hour public tape, working with a student on the table, she asked the class to look not at any single muscle but at the whole long line of the body. Where that line was short, all the local structures along it would be in trouble; restoring length to the whole line was a different operation from chasing any one of the local complaints. The passage below is her complaint, half-affectionate, that the newer students were getting too mechanistic — looking at individual muscles when they should have been seeing the overall shortened line.
"In the old days, there were fewer anatomists in the class and more artists. And I used to stand that person up and say, can you see that it is the whole knitting line from the crest, from the top of the head down to the soles of the feet that is short. And this they could and did see. Nowadays, we're getting into this mechanistic view of looking at things, looking at actual muscles and what it is that's older. And sometimes this isn't as useful. Sometimes what you need to think about is the actual is overall view. This is what I'm complaining about here. I want to get overall view as well as how to do it and stuff. So your overall view shows that short line in spite of all that you've done."
RolfA2 public tape — Ida warns against losing the overall view of the shortened line.
A fourth visible sign, and one Ida named in the very earliest recorded teaching, is the lining-and-coat distortion of the whole body's covering. In a 1966 Esalen lecture (IPR19662) she stood a student in the middle of the room and walked the class through what shortening looks like before any single structure is named. The shoulder is high, the arms are pulling, the rib cage has come in, the legs are thick and unwilling to elongate as the knees bend. Her metaphor was the overcoat returned from a cheap cleaner: the lining has shrunk while the wool has not, and the whole garment is now distorted. The same thing, she told the class, happens at the fascial levels of the body — the linings shrink because of the consistent effort that has been put into them, and the visible shape of the body changes around the shrinkage.
"It's I I sometimes use the metaphor of the time that you take your your overcoat to the cleaner in the springtime. When it comes back, you don't take it out till the fall. When you get it out, you put it out, and you say, my garden has a lot. What's happened to this coat? You take it to the tailor, and you say, look what you did to my coat. And he said, you took that to a cheap cleaner, didn't you? How do you know? Well, the lining has shrunk, but the wool hasn't, you see. And this is the sort of thing that happens in the body."
Esalen IPR lecture, 1966 — Ida's overcoat metaphor for how fascial shrinkage distorts the visible body.
Length is added across, not along
The technique that follows from Ida's diagnosis is counterintuitive and was one of the points she most consistently revisited in her teaching. To lengthen a muscle, the practitioner does not work along its grain — does not pull on its ends — but works across its sheets, against its fibers, restoring its width so that its length can return. In the 1974 Structure Lectures she recalled her decades-long argument with Bill Schutz on exactly this point. Schutz, like most movement educators of the period, assumed lengthening was a longitudinal operation. Ida insisted it was a transverse one. Her teaching here is doctrinaire in the best sense: she had watched it work for decades and was no longer interested in arguments to the contrary.
"I remember what a time I had with Bill Schutz who insisted on believing that you lengthen a muscle by going along it and lengthen it, but you don't. You must when you lengthen a muscle by going across it, etcetera, etcetera. But those are tricks within this single simple minded notion of what you wanna do with that body in order to get it balanced within the gravitational field."
1974 Structure Lectures — Ida recalls the Schutz argument and states the doctrine.
The same principle was being worked out again in 1976 in Boulder, this time with a different vocabulary. Ida and the senior students were discussing the third hour, and the question was why working across the side fascia produces length along the side line. The student's intuition — that working across the fascia is what allows it to lengthen along — is the principle stated from the practitioner's side of the table. The passage that follows, with Ida confirming and extending the student's account, shows the doctrine being collaboratively articulated rather than handed down. She was content for the students to find the words, provided the words landed on the right structural fact.
"Okay, so that was what you did for the pelvis in the second hour. What did you do in the third hour? So what are you really doing? What you're doing by going across from the lateral line spreading laterally is going across the fascia to allow it to lengthen along the line itself. Well what you say is true but what I'm trying to bring out is the fact that you are continuing what you did in that second hour. In that second hour, when you took the stem from the lateral and brought it toward the medial, and in so doing, lengthened the whole back musculature. In the third hour you're doing just some more of this."
Boulder, 1976 — Ida and the senior class work out the across-the-grain principle for the third hour.
Lengthening reveals the next shortness
One of the durable observations in Ida's teaching is that lengthening one region of the body does not finish the work — it discloses the next region that needs lengthening. She used the phrase *chasing the scream* to describe this. The body, having been quieted in one place, will reorganize itself around the change and reveal the next site of restriction. The first hour's work on the trunk and the legs reveals what is missing in the second hour's back. The second hour's back reveals what is missing in the third hour's sides. There is no point at which the practitioner has finished adding length; there is only a point at which the body has run out of places to scream.
"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. Mhmm. Will show you that their legs are not under them. Will show you that their feet aren't walking properly. The body screams at you. So to stop it screaming, you get down there and you try to do something with it. And if you stop it screaming, then it begins to scream somewhere else and you do that in the third o. It's less than You just chase the scream until it has no place to stay. Until it has no other place to go, and then you tell them you'd kiss them goodbye and tell them it was nice knowing them."
1974 Structure Lectures — Ida narrates the chase-the-scream method.
The same logic shows up in the third-hour Big Sur class of 1973, where Ida warns the students that the back will look terrible after the third hour's side work. This is not a failure — it is the body reorganizing around the new length in the sides and disclosing that the back, which had been organized around the previous (shorter) configuration, now needs to be lengthened to match. The practitioner's responsibility is to integrate the body before sending the client out the door, which in practice means addressing the back at the end of the hour. The reason is not cosmetic but structural: the back will not hold the new sides if it has not itself been brought into the new length.
"Because she let the third hour lengthen and she hadn't widened her body. She had that narrow structure that was Jane's own structure that she changed to Jane's new structure. Jane looked very funny, it wasn't only her chest that looked funny, it was her face. One of the things that you must remember is that we call this structural integration and when somebody takes me on the carpet for that name, I say, we call it integration and we are the only practitioners who at the close of every intervention that we make to the body, integrate the body as best we may at that level. Always reintegrate that body before they go out the door. Now even if you look at it from this angle, you're going to have to get on that back at the end of the second hour."
Big Sur, 1973 — the third hour reveals the back that must now be lengthened.
The first hour begins the ten — every hour continues the first
The ten-session series, in Ida's late-career teaching, is not a sequence of distinct operations on distinct regions but a single sustained operation of lengthening, broken into ten visits because the body cannot tolerate that much change in one sitting. This was the formulation Dick gave in the 1975 Boulder class, with Ida present and assenting: the only reason there are ten hours is that the body would not survive having all the work done at once. Each subsequent hour is, in effect, the continuation of what the first hour began. The first hour is the beginning of the tenth; the second is the second half of the first; the third is the continuation of both.
"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. What she did is what most of of us need to do more."
Boulder, 1975 — Dick names the continuity of the recipe and the reason it is broken into ten sessions.
Ida's own 1974 statement of this continuity, given in the public-tape series, is more precise about the mechanism. In the second hour, she says, the practitioner is doing the same thing as in the first — supporting the pelvis, lengthening the back — but reaching for tissue at a slightly deeper layer. The third hour goes deeper still. The recipe is a graduated descent into the layers of the fascial body, and at every layer the operation is the same: add length where the body has shortened, by working across the sheets that have collapsed sideways. The whole work, in her telling, is a single lengthening performed at successively deeper levels of tissue.
"So the second hour becomes a putting of a support on the the pelvis. And it consists also of a lengthening the back in order that that you can balance the trunk up over the pelvis. You see, you're still on the same trail that you were on that first hour. That first hour, you started up on the trunk to get it free to the pelvis. You went down to the legs to get it free to the pelvis. Now you go down to the legs to give it formation. You come up to the pelvis again. You go up to the trunk again. And you go up to the trunk in order to get it out of this posture and into this posture. Because when the one is sitting on top of the other, there is no moment of rotation on the part of gravity to break it down. And all the rest of it are little tricks within it, you see, to make it possible to do that. The trick trick was how do you how do you get that back lengthened."
1974 Structure Lectures — Ida describes the second hour as continuing the first at a deeper level.
By the fifth hour, the senior practitioners of the 1975 Boulder class were teaching, the shortness has revealed itself to be deep in the core — the place between the pubes and the sternum, the place where psoas and the deep flexors of the trunk have collapsed the front body around the viscera. The earlier hours' surface lengthening has run its course; what remains is the shortness the surface could not reach. This is the doctrine of progressive depth applied to the doctrine of progressive lengthening: the work goes deeper not because deeper is better but because that is where the residual shortness now lives.
"Okay, the person When the person comes in for the fifth hour, if I'm ready to move on to that, Now the shortness really deep in their body is beginning to show and it's in the core and the place that it shows up the most spectacularly when they come in for the fifth hour is between the pubes and the sternum, I'd say, and the mid chest. There's usually a good deal of shortness in the very front part of the body which of course is deep, is not only shortness in the rectus but also deep down shortness in the psoas and the locus. So the fifth hour works on these areas."
Boulder, 1975 — the fifth hour as the disclosure of core shortness between pubes and sternum.
Length and the gravitational field
The structural argument behind all of this rests on a claim about gravity. Ida did not regard gravity as the body's enemy. She regarded it as the body's potential ally — the therapist, in her famous formulation — provided the body has been organized to accept it. A random, shortened body cannot accept gravity's support; it must fight against it, and the fight is the source of the chronic stress that produces the further shortening that produces the further fight. A lengthened, vertically organized body can accept gravity's support; the field flows through it, and what was consuming the body's energy now feeds it. Length is therefore not a cosmetic outcome — it is the precondition for the body's correct relation to its environment.
"And rauffing is a process I was happy to hear that word process is a process where you prepare the body to be able to accept the gravitational field of the earth for support, for enhancement. See, the random body is such that gravity cannot work through it. The field that surrounds the earth can not work through it. It has to work against it."
Boulder, 1976 — Ida defines structural integration as preparing the body to accept gravity.
Bob, one of Ida's senior teaching colleagues, gave the gravitational argument its most operational form in the first-hour public tape. A local imbalance, he explained, forces a compensation elsewhere, because the field acts on the whole body. A head carried forward must be balanced by something carried backward; an anterior pelvis pulls the lumbars into a deeper curve. Each compensation is a small shortening, and the compensations multiply. Once the body has assumed the nonnormal pattern, motility decreases at the site of imbalance, and the vicious cycle Ida named in her own teaching takes hold: less movement, less fluid exchange, more hardening, more shortening, more compensation.
"And that in turn creates, for that to happen with the structure, spinal structure, way it's created, necessarily involves a an accentuation of the lower curvature, a an anteriority of the top of the pelvis, and so on. I would like to make more realistic to you what Al is bringing out. Probably some of you don't mean it, but some of you may. For example, the kid falls off his bicycle and it gets pretty badly lashed in the thigh. And so for several days as he walks, this hurts. And it also hurts if he carries his body in a certain pattern. Yeah. If he can his trunk is balanced above there in a certain pattern. And the pattern that may be hurting may be the normal pattern. So he will shift that normal pattern to something that will quote take the hurt off. Now what I'm wanting you to get is the recognition of the fact that this is your feeling appreciation of the situation which Al has been describing verbally. Mhmm. You see, I want you all to have this Yeah. Very vital realizations, this gut realization of what's going on rather than a head realization of what's going on. Okay? Okay."
RolfA1 public tape — Al works out the gravitational logic of compensation and shortening, with Ida intervening.
Restoring length restores function
The consequence of restored length, in Ida's teaching, is not primarily aesthetic and not primarily a matter of pain relief — though both follow. The consequence is functional: a lengthened body moves differently, breathes differently, and exchanges energy with its environment differently. In the 1974 Healing Arts series, Valerie Hunt reported measurements of muscular efficiency after the work: smoother modulation of effort, reduced co-contraction, more sequential firing of muscle groups. The body that has been lengthened can do its work with less energy. The body that has been shortened spends its energy fighting itself.
"It is the kind of thing you experience when you're out playing golf and that one time you hit that ball magnificently and it took off and it was no effort, and you're always looking for it again. We find that when people become more skillful in a particular high level task, they become what we call more finalized. There's a lot of research on this to show that the frequency actually changes. I think that Rolfing brings a downward shift. There is another level of control that we call the midbrain, and this area also can turn on muscles. We can operate on it. It is one of our very basic areas for some of our primitive movement, and it primarily innervates the great large joints of the body and those which are proximal, such as the shoulders and the hips and the trunk one of the areas that Rolfing works a great deal upon. This has a tendency to produce a very rhythmic quality of movement. And then there, of course, is that cortex that louses us up in so many ways. It can do those fine things with the hand and the beautiful nuances in the face, but it is totally inefficient, inefficient. It louses up, its pattern is not well established. Two muscles counteract each other at the same time, And my feeling is that this smoother energy release that comes after rolfing is based upon a downward shift in the control in the primary control. This doesn't mean you can't be cortical but in the primary control of muscle. Another finding is that after structural integration there was more sequential contraction of muscles and not so much co contraction."
1974 Healing Arts series — Hunt reports the measurable functional consequences of restored length.
Ida herself made the functional case in her own words in the 1976 advanced class, with a vivid example of a young jogger she had seen on the way to class. The jogger had goodwill and effort, but no through-line: the movement from his legs stopped at his pelvis and never reached his torso. He was, in her phrasing, fighting gravity rather than moving within it. The reason was that his body had shortened to the point that the segments could no longer transmit force to each other. Restoring length is what makes through-movement possible; without length, every segment is working in isolation, and the body's energy is dissipated at each segmental boundary instead of flowing through.
"How much work does your body have to do in order to affect what it is that you're being paid to do. Something of an oversimplification, but I think you get what I'm doing. As we turned to come down here this morning here out in the rain, it's a well meaning young student jogging. I looked at him and I thought to myself, Well, he's got lots of goodwill, he's got lots of rage, but there was no way in which he transmitted the movement from his legs up into his torso. It just stopped right there. Was he doing what he was supposed to do? Namely getting blood and circulation and energy around in his body? Because he didn't know how to make the connection."
Boulder, 1976 — Ida uses a jogger seen that morning to illustrate the cost of shortening.
What the practitioner reaches for
What, finally, does the practitioner's hand reach for when it adds length? The answer Ida and her colleagues settled on, through the early 1970s, is the connective tissue itself — the fascia — and specifically the colloidal substance between fascial layers that has hardened in the wake of injury, accommodation, and time. In an Open Universe exchange of 1974, a colleague described what is felt during the work: a warming, a melting, a fluid substance that had been stuck between layers releasing as pressure is applied. The structural shortening Ida had been naming for decades has, at the layer the hand actually contacts, the form of a hardened intercellular substance — and the lengthening operation is, mechanically, the restoration of that substance's fluidity.
"Turn over onto your left side. Bring your arm back up under your head. This one. Again, we're interested in gravity falling falling through this body in such a way that it's doing a lot of the work. Can you say again what you're doing between the layers and muscles physiologically?"
Open Universe class, 1974 — a colleague describes what is felt under the hand during the lengthening work.
The structural model behind the hand's encounter with the tissue was, in Ida's late teaching, increasingly cast in tensegrity terms. In a 1975 Boulder discussion, the senior students were working out a model in which the bones of the body are the compression elements held in place by tensional fascial sheets, rather than columns that stack their loads onto each other. The implication for the doctrine of length is structural: a tensegrity body cannot be lengthened by pulling at its ends, because its length is a function of the balance of tensions across its sheets. The transverse-not-longitudinal technique she had been teaching since the 1960s is the technique appropriate to a tensegrity structure.
"See, now again, my hypothesis and it's strictly a working hypothesis has been that any given bone in the body represents compression lines. Now that's a wild hypothesis, mean it's a difficult hypothesis really to work with because then you think well a rib, curve that's coming around, well how can that represent the compression part exactly? That's a toughie. There's also the problem of the limbs and of the leg. Now, see one argument which I've had to try to deal with is that see, in the bones of the lower leg, they are apparently vertical, straight up and down."
Boulder, 1975 — senior students work out the tensegrity model and what it implies for how length is restored.
What follows from all of this, in Ida's late teaching, is that the practitioner who knows how the body shortens has half the work in hand before they ever touch the table. The reading of the body — the heaping above the iliac crest, the splay of the scapulae, the forward head, the shortened side line, the protruding viscera, the overcoat-lining distortion — names where the next length must go. The technique of working across the sheets, rather than along them, names how. The gravitational argument names why. And the iterative logic of the recipe names the order. Loss of length, in her teaching, is not one topic among many. It is the organizing observation around which the entire ten-session series was built.
"Somebody is working to keep something placed somewhere. And I guarantee that there is no one in this room who doesn't know that in this day and age of the what is it? Nineteen twentieth century, last part of it, last quarter of it, that to keep any of these bodies in posture takes effort, constant continuous effort. And when you have to make effort concerning anything in your body, it's a very bad sign. You don't usually interpret it in view of the next words. But as I see a man struggling to maintain posture, I know that he is losing his fight with gravity. That's one item. And I know that his structure is not in balance. Because if his structure is in balance, his posture automatically is good. Posture is what you do with structure. Structure is the way you relate parts of the body to each other."
Topanga lecture — Ida states the coupling of structure, posture, and length in her own summary form.
Coda: the body talks about it
In the 1974 Structure Lectures, an interviewer pressed Ida on how she had ever discovered that the ten hours had to be done in their particular order — what told her, in the absence of any prior literature, that the first hour preceded the second and the second preceded the third. Her answer was that *the body talks about it*. She had not deduced the sequence; she had watched the same screams emerge from the same patients in the same order, hour after hour, year after year, and the sequence had named itself. Every patient, after the first hour, would show her the same set of new complaints — the legs not under them, the feet not walking properly. The body, in her phrase, screamed at her; she got down there and tried to do something with it; and when it stopped screaming in one place it began screaming in another. The recipe is the residue of that listening. Loss of length is what the body was screaming about. Length is what the work, hour after hour, was adding back.
See also: See also: Ida Rolf, 1971-72 Mystery Tapes (72MYS122) — an extended discussion of ligamentous shortening and heaping at the sacroiliac junction; included for readers interested in the ligamentous component of the shortening account. 72MYS122 ▸
See also: See also: Ida Rolf, 1971-72 IPR vitality session (IPRVital1) — work with a student named Mark on injury-related shortening at the tenth thoracic vertebra; a case study in how a single localized point can shorten an entire body. IPRVital1 ▸
See also: See also: 1975 Boulder advanced class (B3T5SA) — extended discussion with senior students on whether the vertebral bodies are weight-bearing structures or tensegrity nodes; bears on the spinal-compression component of shortening. B3T5SA ▸
See also: See also: 1976 Boulder anatomy slides class (76ADV21) — dissection photographs showing how the fascial body retains the stocking-pattern of accommodation visible from birth onward; relevant for the developmental account of how shortening is laid down. 76ADV21 ▸
See also: See also: 1974 Open Universe class (UNI_044, UNI_043) — extended dialogue with practitioners and students on what is felt under the hand during the work and on the energetic consequences of restored length. UNI_044 ▸UNI_043 ▸