The #Lordosis Position: Beautiful & Natural. A reflexive posture that when we’re in oestrus (heat) perfectly aligns our cervix - the external orifice of our uterus - with the sperm shooting from our man’s ejaculating penis, thus allowing for maximum chance of #fertilisation. #SexPosition #anatomy
November 11, 2026 at 9:33 AM
The #Lordosis Position: Beautiful & Natural. A reflexive posture that when we’re in oestrus (heat) perfectly aligns our cervix - the external orifice of our uterus - with the sperm shooting from our man’s ejaculating penis, thus allowing for maximum chance of #fertilisation. #SexPosition #anatomy
I would say I personally draw the line at messing with the egg cell's DNA before fertilisation cause that WILL lead to designer babies. And also banning substances, just because that's an excuse for the state to put people in jail.
November 10, 2026 at 10:16 AM
I would say I personally draw the line at messing with the egg cell's DNA before fertilisation cause that WILL lead to designer babies. And also banning substances, just because that's an excuse for the state to put people in jail.
This additional generation is called the carposporophyte and develops after fertilisation in intimate association with the female gametophyte (the mother).
Despite decades of speculation, the molecular basis and origins of triphasy remain poorly understood. 3/9
Despite decades of speculation, the molecular basis and origins of triphasy remain poorly understood. 3/9
November 11, 2026 at 3:12 PM
This additional generation is called the carposporophyte and develops after fertilisation in intimate association with the female gametophyte (the mother).
Despite decades of speculation, the molecular basis and origins of triphasy remain poorly understood. 3/9
Despite decades of speculation, the molecular basis and origins of triphasy remain poorly understood. 3/9
The carposporophyte is also NOT simply a copy of the meiotic spore-producing generation!
It deploys a distinct mix of novel and redeployed gene networks, while it and surrounding maternal tissues undergo extensive, coordinated but distinct transcriptional changes after fertilisation. 6/9
It deploys a distinct mix of novel and redeployed gene networks, while it and surrounding maternal tissues undergo extensive, coordinated but distinct transcriptional changes after fertilisation. 6/9
November 11, 2026 at 3:12 PM
The carposporophyte is also NOT simply a copy of the meiotic spore-producing generation!
It deploys a distinct mix of novel and redeployed gene networks, while it and surrounding maternal tissues undergo extensive, coordinated but distinct transcriptional changes after fertilisation. 6/9
It deploys a distinct mix of novel and redeployed gene networks, while it and surrounding maternal tissues undergo extensive, coordinated but distinct transcriptional changes after fertilisation. 6/9
You’re right that in rare cases male mitochondria are passed on. The rest of your statement is wrong. Male mitochondria are not found in the head of the sperm, so they rarely enter the egg during fertilisation.
November 12, 2026 at 9:16 PM
You’re right that in rare cases male mitochondria are passed on. The rest of your statement is wrong. Male mitochondria are not found in the head of the sperm, so they rarely enter the egg during fertilisation.
War das die, wo sich der Heilige Geist materialisierte? Mit dieser geheimnisvollen "in vitro fertilisation"?
November 6, 2026 at 7:28 PM
War das die, wo sich der Heilige Geist materialisierte? Mit dieser geheimnisvollen "in vitro fertilisation"?
Good fertilisation in Perspective 😏😜
November 5, 2026 at 7:22 AM
Good fertilisation in Perspective 😏😜
Yes, I have considered the possibility that they might just be praying to avoid fertilisation, which could take as long as a few days. Or to prevent uterine implantation (which is arguably, in US law, abortion).
November 8, 2026 at 2:23 AM
Yes, I have considered the possibility that they might just be praying to avoid fertilisation, which could take as long as a few days. Or to prevent uterine implantation (which is arguably, in US law, abortion).
Can AI read soil? Ahead of European Mission Soil Week #EMSW2026 QZ Solutions validated its SoilEO nutrient-mapping AI with 2,000+ lab-tested soil samples from agrifoodTEF Poland. The result: more precise fertilisation and healthier soils 🌱 coordinatef.eu/success-stor...
November 12, 2026 at 9:55 AM
Can AI read soil? Ahead of European Mission Soil Week #EMSW2026 QZ Solutions validated its SoilEO nutrient-mapping AI with 2,000+ lab-tested soil samples from agrifoodTEF Poland. The result: more precise fertilisation and healthier soils 🌱 coordinatef.eu/success-stor...
Worth taking in the context of sex education not being particularly educational in conservative religious communities so you can’t look at it from a "why would this avoid fertilisation or cause an abortion?"
My friends mum fell pregnant at 15/16 because of living in that kind of community.
My friends mum fell pregnant at 15/16 because of living in that kind of community.
November 8, 2026 at 9:09 AM
Worth taking in the context of sex education not being particularly educational in conservative religious communities so you can’t look at it from a "why would this avoid fertilisation or cause an abortion?"
My friends mum fell pregnant at 15/16 because of living in that kind of community.
My friends mum fell pregnant at 15/16 because of living in that kind of community.
Some excellent presentations @histmat.bsky.social today and yesterday. Very necessary cross fertilisation of ideas through discussion, debate and one-to-one chats. Broad range of expertise (including geographically). Very impressive (PhD) researchers coming through.
November 6, 2026 at 6:46 PM
Some excellent presentations @histmat.bsky.social today and yesterday. Very necessary cross fertilisation of ideas through discussion, debate and one-to-one chats. Broad range of expertise (including geographically). Very impressive (PhD) researchers coming through.
Thanks for the maps!
It's odd that gains from accelerated CO2 fertilisation since 2000 + gains from ever longer growth seasons
do balance the enemies' attacks and keep a stagnant net uptake of 9.2Gt/yr.
The absence of a decline trend (or increase) and the balance, they both feel unnatural to me.
It's odd that gains from accelerated CO2 fertilisation since 2000 + gains from ever longer growth seasons
do balance the enemies' attacks and keep a stagnant net uptake of 9.2Gt/yr.
The absence of a decline trend (or increase) and the balance, they both feel unnatural to me.
November 11, 2026 at 3:43 PM
Thanks for the maps!
It's odd that gains from accelerated CO2 fertilisation since 2000 + gains from ever longer growth seasons
do balance the enemies' attacks and keep a stagnant net uptake of 9.2Gt/yr.
The absence of a decline trend (or increase) and the balance, they both feel unnatural to me.
It's odd that gains from accelerated CO2 fertilisation since 2000 + gains from ever longer growth seasons
do balance the enemies' attacks and keep a stagnant net uptake of 9.2Gt/yr.
The absence of a decline trend (or increase) and the balance, they both feel unnatural to me.
Land sink is a stagnant 9.2Gt/yr since 2000.
The demise is the absence of growth in 25 years, despite more & accelerated CO2 fertilisation, and despite ever longer growth seasons.
Undisputable both gain factors are, they merely balance an enemy that hinders net growth and will cause net loss soon.
The demise is the absence of growth in 25 years, despite more & accelerated CO2 fertilisation, and despite ever longer growth seasons.
Undisputable both gain factors are, they merely balance an enemy that hinders net growth and will cause net loss soon.
November 11, 2026 at 3:15 PM
Land sink is a stagnant 9.2Gt/yr since 2000.
The demise is the absence of growth in 25 years, despite more & accelerated CO2 fertilisation, and despite ever longer growth seasons.
Undisputable both gain factors are, they merely balance an enemy that hinders net growth and will cause net loss soon.
The demise is the absence of growth in 25 years, despite more & accelerated CO2 fertilisation, and despite ever longer growth seasons.
Undisputable both gain factors are, they merely balance an enemy that hinders net growth and will cause net loss soon.
Fun fact: corals have different reproduction methods: asexual, internal fertilisation,& broadcast spawning—massive synchronised gamete release sometimes with near 0 % fertilisation success
pmc.ncbi.nlm.nih.gov/articles/PMC...
pmc.ncbi.nlm.nih.gov/articles/PMC...
oceanservice.noaa.gov/education/tu...
pmc.ncbi.nlm.nih.gov/articles/PMC...
pmc.ncbi.nlm.nih.gov/articles/PMC...
oceanservice.noaa.gov/education/tu...
November 5, 2026 at 8:19 PM
Fun fact: corals have different reproduction methods: asexual, internal fertilisation,& broadcast spawning—massive synchronised gamete release sometimes with near 0 % fertilisation success
pmc.ncbi.nlm.nih.gov/articles/PMC...
pmc.ncbi.nlm.nih.gov/articles/PMC...
oceanservice.noaa.gov/education/tu...
pmc.ncbi.nlm.nih.gov/articles/PMC...
pmc.ncbi.nlm.nih.gov/articles/PMC...
oceanservice.noaa.gov/education/tu...
📰Published📰Increasing susceptibility to priming of soil N mineralisation across a Subarctic tundra-forest ecotone under N fertilisation🌳
buff.ly/4qWALKE
🧪🌍️
buff.ly/4qWALKE
🧪🌍️
Increasing susceptibility to priming of soil N mineralisation across a Subarctic tundra-forest ecotone under N fertilisation
Agnieszka Rzepczynska, Lettice C. Hicks This is a plain language summary of a Functional Ecology research article which can be found here. Climate change is driving treeline advance and the expansi…
buff.ly
November 3, 2026 at 1:02 PM
📰Published📰Increasing susceptibility to priming of soil N mineralisation across a Subarctic tundra-forest ecotone under N fertilisation🌳
buff.ly/4qWALKE
🧪🌍️
buff.ly/4qWALKE
🧪🌍️
If females were choosing males based on “attractive” compounds, we expected them to settle near those males, or bias fertilisation towards them. They didn’t. Females mostly chose good places to live, and reproduced *mainly* with resident males. Forget the perfume. They want the villa with a pool.
November 4, 2026 at 1:53 PM
If females were choosing males based on “attractive” compounds, we expected them to settle near those males, or bias fertilisation towards them. They didn’t. Females mostly chose good places to live, and reproduced *mainly* with resident males. Forget the perfume. They want the villa with a pool.
It seems that the ukrainians have underestimated their own fertilisation skills.
The Economist now estimates that the Russians have potentially lost up to 2.1 million soldiers during Putin's special military operation in Ukraine.
Purple is estimated killed range
Blue is total casualties range
Purple is estimated killed range
Blue is total casualties range
November 2, 2026 at 8:51 PM
It seems that the ukrainians have underestimated their own fertilisation skills.
Estrous Cycle in Mammals: Phases and Hormonal Regulation
1. Overview of the Estrous Cycle The reproductive process in female mammals is regulated by a series of cyclic physiological and hormonal changes that prepare the reproductive system for fertilisation and pregnancy. One of the important…
1. Overview of the Estrous Cycle The reproductive process in female mammals is regulated by a series of cyclic physiological and hormonal changes that prepare the reproductive system for fertilisation and pregnancy. One of the important…
Estrous Cycle in Mammals: Phases and Hormonal Regulation
1. Overview of the Estrous Cycle The reproductive process in female mammals is regulated by a series of cyclic physiological and hormonal changes that prepare the reproductive system for fertilisation and pregnancy. One of the important reproductive patterns observed in mammals is the Estrous Cycle in Mammals, which involves regular changes in the ovaries, uterus and reproductive behaviour. The…
www.zoologyverse.com
November 6, 2026 at 6:12 AM
Estrous Cycle in Mammals: Phases and Hormonal Regulation
1. Overview of the Estrous Cycle The reproductive process in female mammals is regulated by a series of cyclic physiological and hormonal changes that prepare the reproductive system for fertilisation and pregnancy. One of the important…
1. Overview of the Estrous Cycle The reproductive process in female mammals is regulated by a series of cyclic physiological and hormonal changes that prepare the reproductive system for fertilisation and pregnancy. One of the important…
"The Club" ist nur eine von über 50.000 Sendungen, die man mit 'TV Pro Mediathek' ansehen kann (ZDFneo) #TheClub
The Club | TV Pro
Bert und Kirstie verlieben sich, doch der Wunsch nach Kindern bleibt unerfüllt. Eine medizinische Untersuchung in einer Kinderwunschklinik deckt auf, dass die Ursache für die ausbleibende Schwangerschaft bei Bert liegt. Mehrfache Versuche der In-Vitro-Fertilisation zeigen keinen Erfolg. Kirstie, die sich ein Leben ohne Kinder nicht vorstellen kann, erwägt einen Samenspender. Bert lehnt diesen Vorschlag jedoch strikt ab. Die Serie thematisiert auf humorvolle Weise die Belastungen durch Fruchtbarkeitsprobleme. | TV Pro
www.tvproapp.de
November 8, 2026 at 7:00 PM
"The Club" ist nur eine von über 50.000 Sendungen, die man mit 'TV Pro Mediathek' ansehen kann (ZDFneo) #TheClub
Application of organic fertilisation such as poultry manure enhanced carbohydrate, fat and vitamin C contents of Huckleberry (Solanum scabrum) more than mineral fertilisation in Buea-Cameroon https://www.biorxiv.org/content/10.64898/2026.10.30.763013v1
November 3, 2026 at 3:02 PM
Application of organic fertilisation such as poultry manure enhanced carbohydrate, fat and vitamin C contents of Huckleberry (Solanum scabrum) more than mineral fertilisation in Buea-Cameroon https://www.biorxiv.org/content/10.64898/2026.10.30.763013v1
Menstrual Cycle: Phases and Hormonal Regulation
1. Menstrual Cycle: An Overview of Reproductive Changes The Menstrual Cycle is a coordinated series of physiological and hormonal changes that occur in the female reproductive system during the reproductive years. These changes involve the ovaries,…
1. Menstrual Cycle: An Overview of Reproductive Changes The Menstrual Cycle is a coordinated series of physiological and hormonal changes that occur in the female reproductive system during the reproductive years. These changes involve the ovaries,…
Menstrual Cycle: Phases and Hormonal Regulation
1. Menstrual Cycle: An Overview of Reproductive Changes The Menstrual Cycle is a coordinated series of physiological and hormonal changes that occur in the female reproductive system during the reproductive years. These changes involve the ovaries, uterus, hypothalamus and pituitary gland. Their combined activities prepare the reproductive system for the possibility of fertilisation and pregnancy. The Menstrual Cycle involves the periodic development of ovarian follicles, the release of an oocyte through ovulation and changes in the uterine endometrium.
www.zoologyverse.com
November 9, 2026 at 11:53 AM
Menstrual Cycle: Phases and Hormonal Regulation
1. Menstrual Cycle: An Overview of Reproductive Changes The Menstrual Cycle is a coordinated series of physiological and hormonal changes that occur in the female reproductive system during the reproductive years. These changes involve the ovaries,…
1. Menstrual Cycle: An Overview of Reproductive Changes The Menstrual Cycle is a coordinated series of physiological and hormonal changes that occur in the female reproductive system during the reproductive years. These changes involve the ovaries,…
Application of organic fertilisation such as poultry manure enhanced carbohydrate, fat and vitamin C contents of Huckleberry (Solanum scabrum) more than mineral fertilisation in Buea-Cameroon https://www.biorxiv.org/content/10.64898/2026.10.30.763013v1
November 3, 2026 at 3:02 PM
Application of organic fertilisation such as poultry manure enhanced carbohydrate, fat and vitamin C contents of Huckleberry (Solanum scabrum) more than mineral fertilisation in Buea-Cameroon https://www.biorxiv.org/content/10.64898/2026.10.30.763013v1
Vietnams erstes IVF-Baby wird Mutter: Drei Generationen vereint mit Pionierärztin #Vietnam #Gesundheit
Vietnams erstes IVF-Baby wird Mutter: Drei Generationen vereint mit Pionierärztin
Eine Geburt, die drei Generationen verbindet Lưu Tuyết Trân, eines der ersten drei in Vietnam durch In-vitro-Fertilisation gezeugten Babys, brachte am 4. November 2026 ihr erstes Kind zur Welt. Die Geburt begleitete dieselbe Ärztin, die sie mehr als 28 Jahre…
de.asiadaily.org
November 6, 2026 at 12:11 PM
Vietnams erstes IVF-Baby wird Mutter: Drei Generationen vereint mit Pionierärztin #Vietnam #Gesundheit
The noise & air-pollution aside, that garden so desperately needs the fertilisation the trees naturally provide, and it's utterly obliterated on purpose.
Hurts my soul.
Hurts my soul.
November 3, 2026 at 3:44 PM
The noise & air-pollution aside, that garden so desperately needs the fertilisation the trees naturally provide, and it's utterly obliterated on purpose.
Hurts my soul.
Hurts my soul.
1) www.findaphd.com/phds/project... Deadline 24th November 2026
UKRI BBSRC NEEDL DLA: Network science of the soil microbiome: linking long-term fertilisation to plant function and productivity at Newcastle University on FindAPhD.com
PhD Project - UKRI BBSRC NEEDL DLA: Network science of the soil microbiome: linking long-term fertilisation to plant function and productivity at Newcastle University, listed on FindAPhD.com
www.findaphd.com
November 2, 2026 at 3:25 PM
1) www.findaphd.com/phds/project... Deadline 24th November 2026