@atesocatholicsongs1: Offertory song by St Mathew Catholic Church Akuworo During Parish day of our lady of Sorrows Catholic Parish Atuitui Kumi #Ourladyofsorrowscatholicparishatutui #soroticatholicdiocese #Atesocatholicsongs1 #stpaulcatholicparish

Ateso Catholic Songs

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Region: UG

Wednesday 16 September 2026 17:01:30 GMT

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Comments

Kîrîmi Wa Kînoti :

Universality of Catholic songs👌👌👌👌.....enjoying from Nairobi Archidiocese.. Be blessed🙏

2026-09-28 20:36:00

0

Jenny 🎀🎀 :

Please go to St pakaras mission Toroma 🙏🙏

2026-09-27 21:45:36

0

juma :

pls give us the title of the song

2026-09-27 16:56:36

0

Bernard Mugabi :

Ohh! lovely. I like this

2026-09-28 05:14:38

0

Team no stress :

amen 🙏 that song was very nice 👍👍🙏🏽🙏🏽🙏🏽🙏🏽🙏🏽🙏🏽🙏🏽🙏🏽🙏🏽🙏🏽

2026-09-27 03:24:15

0

Davinz :

wic parish is this let some one connect me I have kopotu eturo bookz

2026-09-17 16:18:49

4

Odakasi Dan :

from which home 🏠 district in teso

2026-09-20 06:42:43

2

user901109673318 :

am protestant but I love catholic

2026-09-17 07:38:36

7

brunomars254 :

Hamjaona the Kayamba😁 it's from the future

2026-09-23 05:32:04

2

💕Ricus awakened 💕 :

nimeona ruto

2026-09-23 16:32:39

0

Vik :

Title of the track please?

2026-09-24 22:00:24

1

Shiklers :

kindly allow us we download,the songs are so sweet.

2026-09-21 19:54:05

0

nesto.k :

I have liked this choir. Instruments are well balanced with the vocals

2026-09-25 04:17:09

1

Angel wa Tonny :

The chior is active is it because of having many instruments?

2026-09-22 18:02:00

1

Black :

wig never reach this country. if na Nigeria now. bone straight won't allow us see road

2026-09-26 22:26:32

0

🇺🇬 :

greetings from Agurur catholic choir pallisa obutet sub county. we love ❤️you guys.

2026-09-20 08:33:55

1

Eoji :

very nice song but you would give the provision for downloading the song

2026-09-17 07:18:24

1

Injector the senior :

I like the choir instruments many of them are locally made for the glory of God.

2026-09-26 05:58:19

0

agnes :

welldone my people, we miss you, more blessings to st. Mathew

2026-09-17 17:58:51

2

kimoda :

huku ni wapi

2026-09-25 20:02:08

0

henry pio🙏🙏🙏✅ :

Chenye naona hata siamini macho yangu, ata after kurudia mara tano

2026-09-25 14:05:40

0

mishy mish :

si mtupee tu download

2026-09-25 04:28:51

0

ActionSang :

Very nice😊😊😊😊[Red heart][Red heart][Red heart]

2026-09-24 20:10:52

0

Alvin :

hizi ni mysterious instrument the choir is fire

2026-09-24 19:25:51

0

Andrew pianist :

huku ninwapi

2026-09-27 13:53:02

0

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تأتي مكسورًا لبابهِ باكيًا خجِلًا فيقبلُك وكأنه يقولُ لك إن جافوكَ فأنا حبيبُك وإن آلموك فأنا طبيبُك#بودكاست #صلوا_على_رسول_الله🤲🕋 #الحمدلله_دائماً_وابداً #السعودية🇸🇦 #مكة_المكرمة

تأتي مكسورًا لبابهِ باكيًا خجِلًا فيقبلُك وكأنه يقولُ لك إن جافوكَ فأنا حبيبُك وإن آلموك فأنا طبيبُك#بودكاست #صلوا_على_رسول_الله🤲🕋 #الحمدلله_دائماً_وابداً #السعودية🇸🇦 #مكة_المكرمة

#targetaudience #iqmaxx #stranakrovi #ctpawhobupy6au #monkey ахахаха 1. Emergence of Proto-Primates (66–56 Million Years Ago) The evolutionary history of primates began immediately after the Cretaceous–Paleogene extinction event that eliminated non-avian dinosaurs. Vacated ecological niches were gradually occupied by small, arboreal mammals. • Plesiadapiformes: The earliest proto-primate lineage, inhabiting North America and Eurasia during the Paleocene. Resembling squirrels or tree shrews, they lacked stereoscopic vision and had claws rather than nails, but their dental structure and ankle joints already showed anatomical affinities with true primates. —————————— 2. Emergence of True Primates (56–34 Million Years Ago) At the beginning of the Eocene epoch, around 56 million years ago, global warming fostered the spread of dense tropical forests worldwide. This period saw the rise of Euprimates (true primates), characterized by key evolutionary adaptations: • Forward-facing eyes providing stereoscopic (3D) vision for precise depth perception among tree branches. • Flat nails replacing claws and opposable thumbs/big toes for a firm grasping grip. Euprimates split into two primary lineages: 1. Adapids (Adapidae): An extinct group that gave rise to modern strepsirrhines (lemurs and lorises). 2. Omomyids (Omomyidae): Predominantly nocturnal, small-bodied forms that became ancestors to tarsiers and simians (anthropoids). —————————— 3. Divergence of New World and Old World Monkeys (34–23 Million Years Ago) During the Oligocene, global climate turned cooler and drier, leading to the fragmentation of tropical forests and driving the evolution of higher primates (anthropoids). A major fossil site from this era is the Fayum Depression in Egypt, home to early arboreal primates like Aegyptopithecus. This period marked a major geographical and evolutionary split: • Platyrrhines / New World Monkeys (Platyrrhini): Around 35–40 million years ago, ancestors of modern capuchins, marmosets, and howler monkeys crossed the narrower Atlantic Ocean from Africa to South America on natural vegetation rafts. Evolving in isolation, they developed prehensile tails and broad, side-facing nostrils. • Catarrhines / Old World Monkeys and Apes (Catarrhini): Remained in Africa and Eurasia. They developed narrow, downward-pointing nostrils, lost prehensile tails, and evolved trichromatic vision, allowing them to distinguish ripe fruits and young leaves from dense foliage. —————————— 4. Golden Age of Apes in the Miocene (23–5 Million Years Ago) The Miocene epoch was the golden age of hominoids (apes). During this period, Catarrhines split into two distinct superfamilies: 1. Cercopithecoidea (Old World Monkeys): Macaques, baboons, and langurs, which successfully adapted to digesting fibrous leaf matter and expanded across wide territories. 2. Hominoidea (Apes): Lost their external tails, developed highly flexible shoulder joints for brachiation, and evolved larger brains. Dozens of ape genera thrived across Africa and Eurasia: • Proconsul: An early African hominoid exhibiting a mix of monkey-like and ape-like anatomical traits. • Dryopithecus: Inhabited the forested regions of Europe and Asia. • Sivapithecus: An Asian lineage identified as a direct ancestor of modern orangutans. • Gigantopithecus: The largest known primate in history (standing up to 3 meters tall and weighing 300–500 kg), which inhabited Southeast Asia before going extinct roughly 300,000 years ago. —————————— 5. Environmental Shift and Lineage Divergence (5 Million Years Ago — Present) Toward the end of the Miocene and into the Pliocene, global cooling caused African rainforests to retreat, giving way to open savannas and woodland mosaics. This environmental change drastically reduced ape diversity. • Forest-Dwelling Lineages: Ancestors of orangutans remained in Asian rainforests, while ancestors of gorillas and chimpanzees adapted to the rainforests of Central and West Africa. • Bipedal Lineage: Around

#targetaudience #iqmaxx #stranakrovi #ctpawhobupy6au #monkey ахахаха 1. Emergence of Proto-Primates (66–56 Million Years Ago) The evolutionary history of primates began immediately after the Cretaceous–Paleogene extinction event that eliminated non-avian dinosaurs. Vacated ecological niches were gradually occupied by small, arboreal mammals. • Plesiadapiformes: The earliest proto-primate lineage, inhabiting North America and Eurasia during the Paleocene. Resembling squirrels or tree shrews, they lacked stereoscopic vision and had claws rather than nails, but their dental structure and ankle joints already showed anatomical affinities with true primates. —————————— 2. Emergence of True Primates (56–34 Million Years Ago) At the beginning of the Eocene epoch, around 56 million years ago, global warming fostered the spread of dense tropical forests worldwide. This period saw the rise of Euprimates (true primates), characterized by key evolutionary adaptations: • Forward-facing eyes providing stereoscopic (3D) vision for precise depth perception among tree branches. • Flat nails replacing claws and opposable thumbs/big toes for a firm grasping grip. Euprimates split into two primary lineages: 1. Adapids (Adapidae): An extinct group that gave rise to modern strepsirrhines (lemurs and lorises). 2. Omomyids (Omomyidae): Predominantly nocturnal, small-bodied forms that became ancestors to tarsiers and simians (anthropoids). —————————— 3. Divergence of New World and Old World Monkeys (34–23 Million Years Ago) During the Oligocene, global climate turned cooler and drier, leading to the fragmentation of tropical forests and driving the evolution of higher primates (anthropoids). A major fossil site from this era is the Fayum Depression in Egypt, home to early arboreal primates like Aegyptopithecus. This period marked a major geographical and evolutionary split: • Platyrrhines / New World Monkeys (Platyrrhini): Around 35–40 million years ago, ancestors of modern capuchins, marmosets, and howler monkeys crossed the narrower Atlantic Ocean from Africa to South America on natural vegetation rafts. Evolving in isolation, they developed prehensile tails and broad, side-facing nostrils. • Catarrhines / Old World Monkeys and Apes (Catarrhini): Remained in Africa and Eurasia. They developed narrow, downward-pointing nostrils, lost prehensile tails, and evolved trichromatic vision, allowing them to distinguish ripe fruits and young leaves from dense foliage. —————————— 4. Golden Age of Apes in the Miocene (23–5 Million Years Ago) The Miocene epoch was the golden age of hominoids (apes). During this period, Catarrhines split into two distinct superfamilies: 1. Cercopithecoidea (Old World Monkeys): Macaques, baboons, and langurs, which successfully adapted to digesting fibrous leaf matter and expanded across wide territories. 2. Hominoidea (Apes): Lost their external tails, developed highly flexible shoulder joints for brachiation, and evolved larger brains. Dozens of ape genera thrived across Africa and Eurasia: • Proconsul: An early African hominoid exhibiting a mix of monkey-like and ape-like anatomical traits. • Dryopithecus: Inhabited the forested regions of Europe and Asia. • Sivapithecus: An Asian lineage identified as a direct ancestor of modern orangutans. • Gigantopithecus: The largest known primate in history (standing up to 3 meters tall and weighing 300–500 kg), which inhabited Southeast Asia before going extinct roughly 300,000 years ago. —————————— 5. Environmental Shift and Lineage Divergence (5 Million Years Ago — Present) Toward the end of the Miocene and into the Pliocene, global cooling caused African rainforests to retreat, giving way to open savannas and woodland mosaics. This environmental change drastically reduced ape diversity. • Forest-Dwelling Lineages: Ancestors of orangutans remained in Asian rainforests, while ancestors of gorillas and chimpanzees adapted to the rainforests of Central and West Africa. • Bipedal Lineage: Around

@NONOCOCO🧊🥥

@NONOCOCO🧊🥥

@drissalalaby1🇲🇱

@drissalalaby1🇲🇱

I've been laughing for a straight minute bc how funny them are😭😭😆#whispy#Minecraft#anomations#zyzbca#fyp

I've been laughing for a straight minute bc how funny them are😭😭😆#whispy#Minecraft#anomations#zyzbca#fyp

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