[...]stages, so earlier species evolved into the later ones. Natural selection would eventually get rid of the earlier species. (In the Welträtsel, Haeckel [1899] would also proclaim that the more evolved humans [i.e., the Aryans] would out-compete and eliminate the more primitive races.) To Haeckel, the evolution of the animal kingdom was the same as individual development not only because the laws behind each were the same but also because the entire animal kingdom was an individual. Here, he was harking back to the views of the Naturphilosophen of the previous century. In other words, the development of advanced species was seen to pass through stages represented by adult organisms of more primitive species.’ (The morphogenesis of evolutionary developmental biology)

inter-cellular digestion
•the evolution of new features was based on changes in developmental stages, not in adult astages (--> that's why the developmental stage is so important, because mutations happen --> work with children)

Ontogeny or morphogenesis: organism's developmental lifespan
Phylogeny: evolutionary historical heritable traits

ontogeny ==> phylogeny
“ontogeny does not recapitulate phylogeny: it creates it” (Garstang, 1922; p. 724)


evolution was not so much a branched chain as a ladder

molecular systematics

evo-devo (evolutionary developmental biology)

each discipline has:
-its own rules of evidence
-its own professors
-its own journals
-its own vocabulary


small genetic changes was not sufficient to generate evolutionary novel structures such as teeth, feathers, cnidocysts or mollusk shells (Goldschmidt, 1940) (--> lizards had birdness in it --> potentiality)

(new species originate as) ***hopeful monsters***
that result from mutations in developmentally important loci (-macromutations)

Goldschmidt: the gene wasn't a locus or an allele. Rather, it was a unit of development

“to convince evolutionists that evolution is not only a statistical genetical problem but also one of the developmental potentialities of organism”

(Waddington 1953 claimed:) ...in conventional studies of evolution, the animal is considered either as genotype (and studied by geneticists) or as phenotype [Erscheingungsbild ] (and is studied by taxonomists)
(Waddington then kaunched into a) critique of the notion of “random mutation,” noting that there are developmental constraints placed on what changes are possible.
•“we think of development as a cybernetic process, involving stablization through feed-back and other mechanisms.”


(Francois Jacob) “Evolution by tinkering” (sare-ham-bandi سرهم بندی)

(Leigh van Valen 1973) “evolution is the control of development by ecology”

phenotypic plasticity
developmental plasticity


organism: an epigenetic materialism****** (Hertwig 1894)
(Hertwig concludes: it has been shown [...] that much of what Weismann would explain by) determinants within the egg must have cause outside the egg.
[***egg and its outside]
[the causality drama is not that which came first, the chicken or the egg, but what inside the egg that has cause outside the egg]


context-dependent sex

genetic assimilation

life history strategies

teratology (kaj-rikht-shenasi کج ریخت شناسی‌, naghes-al-khelghe-shenasi ناقص الخلقه شناسی‌)

...................................

rewriting technique criteria (of the gene) [from new biological headquarters]

retro-transposon: a DNA sequence that can change its position within a genome, sometimes creating or reversing mutations and altering the cell's genetic identity and genome size
(we have uterus because of bacterial transposons)

intestinal

enzyme, macromolecular biological catalysts, accelerating chemical reaction

using hallucinogenic to cure autism (!?)
bacterial --> social

“individual" = an island to be colonized (by bacteria), [we are] a niche (upon niche (upon niche)) for bacteria

immunall agencise are not (has never been) defensive, they selectively inclusive, they facilitate symbiosis, allowing the possibility of microbes become part of the body

co-metabolism
host-diet

four major symbiosis (symbiotic things) that ruled the planet:
1. rhizobacteria/legumes for nitrogen fixation
2. mycorrhizal interaction with plant roots and seeds
3. endophytic fungal protection against dessication
4. coral reefs and tidal seagrass ecosystems sustain oceanic biodiversity
}--containing--> smaller symbiotic webs we call “organism” <==[product of]== (ancient symbiosis we call) “cells + (ancient symbiosis we call) “genomes”



ritual defense of a dissertation, matter of opponent

a medical theater of dissection, laid out on table with the working-class barber-surgeons laying bare structures for the disquisition (tafahos تفحص) of the professor --> (the ways we are in this) *multi-imaginative theater* (~ congnitive emotional apparatus) --> infectious joy, the situatedness of the joy is infectious

we (should always) work in the context of joy
lost for details (for the fleshiness of ‘this’), not as a general principal or an example for something else

*the tale of detail* --> a small detail that wrenches the self into something that was not before
(the tale of understanding)

Gilbert's bio-sym-poetic joy --> knowledge-making

(Gilbert's) genomic fragment in the picture of mutual-benefit life --?--> metropolitan life insurance company
[--> *apparatuses of thinking* have thick trading zones between ecology and economics up to and including today, that is the mutal adaptation in real world, producing problems for us]

(how we go?) from one life-table to another life-table
(for example from mathematics of life insurance to population biology ~=> co-developement of disciplines; 19th century laboratories + practices of political economy;)
[matters of historical, economical, manegerial, capital, ]


(protestants that were never burnt enough)


we (always) remain in contamination [never in innocence --> be attentive to the tropes and will to innocence in each other act text]


in our questioning and studies we (must) remain enmeshed, in a historical conjunction, in a situated way of being “this way” and not “that way”

...................................

[Stengers]

[a kind of] writing (not writing down)

writing is an experience of metamorphic transformation

to discover how to be compromised by ajayeb Nameh
the ways we can be lured into desiring and trusting it

how the assemblages of ajayeb generate metamorphic transformations in our capacity to affect and be affected? --> to feel, think, and imagine

...................................

[Serres]

ajayeb, a time when transport and itinerary were only myth

...................................

[Anand]

the sanctity and blessing of Muslim saints was integrally linked to local ecology and topography

that sanctification of birds and stones alerts us to an Indic and Islamic vision of humans in which we are not separated from and hierarchically superior to nature. Rather, the boundaries that separate stones, animals, humans and gods are porous as well as being non-hierarchical--making possible a “lateral” moral aspiration, where birds and stones can be moral exemplars for humans.

The interlinked sacrality of both ecology and cosmology, of ‘kudrat’ (~ power of nature?) is common to both Hindus and Muslims. ‘Kudrat’ is thus the cosmological aspect of north India's Invisible Religion.

There is a long Islamic tradition of seeing Nature as full of the signs (ayat آیات) of the work and presence of God. The Qur'anic verse “Withersoever you turn, there is the Face of God ( Qur'an 2: 115)” has traditionally been interpreted by the Sufis as meaning that the “order of nature is nothing but the Divine Reality manifesting itself on the plane of phenomenal existence (Nasr 1996, 62).”

description of the garden ---- [accounts of the heaven are filled with descriptions of springs and wells, tanks and streams, gardens and trees and flowers] --> recreating of heaven on earth wa[...]