During the six months of darkness in polar regions, plants cannot perform photosynthesis. Most plants there are adapted to survive without making food during this time. They store energy in the summer when there is sunlight or remain dormant, using stored nutrients to survive the harsh winter. ❤❤❤❤
قطبی علاقوں میں، جہاں چھ ماہ دن اور چھ ماہ رات ہوتی ہے، پودے روشنی کے بغیر فوٹوسنتھیسز نہیں کر سکتے۔ طویل رات کے دوران، وہ اپنی نشوونما روک کر توانائی محفوظ کرتے ہیں یا ذخیرہ شدہ غذائی اجزاء استعمال کرتے ہیں۔ جب دن واپس آتا ہے، تو وہ دوبارہ فوٹوسنتھیسز شروع کر دیتے ہیں۔
Jahan 6 mahine din aur 6 mahine raat hoti hai, wahan ke plants lambay dinon me photosynthesis karke energy store karte hain aur raat ke dauran us stored energy ko use karte hain. Aise ilaqon mein khaas plants hotay hain jo extreme conditions ke liye specially adapt karte hain, jaise mosses, lichens, aur conifer trees (jese pine). Har plant aise mahaul mein survive nahi kar sakta.
First reason During the day, plants store energy in the form of starch or other carbohydrates. At night, they break down these reserves through cellular respiration to release energy (in the form of ATP) needed for their metabolic activities. Second reason Like all living organisms, plants undergo cellular respiration continuously, even at night, to maintain their physiological functions. This process does not require sunlight and instead uses oxygen to break down glucose, producing energy.
Tariq bhai! You are silmplfying very complex dubjucts for the layman to underdtsnd. You have expertese in this regard. May Allah reward you for this service .
Subhanullah da dh allah qudrat dai no da kho pa hara zmaka ke da allah khpal hekmat dai zaney vetamenona pa ke de aw da harzai pa zmaka ke da khpalo hawawo da motabeqa khpal shayan kegey kom shai che pa yakho molkono ke kegey hagha pa garmo ke nah kegey aw kom shay che pa garmow molkono ke kegey hagha beya pa yakho ke nah kegey
اسلام علیکم طارق پٹان very best teacher of pashto۔ طارق بھائی اپ سے کچھ گزارش ہے۔ کہ اگر ہو سکے تو کچھ ویڈیوز univers system مطلب ہمارے شمسی نظام کے بارے میں بنائے جس میں Mercury, venues اور moon کہ ساتھ اور ستاروں اور سیاروں کے بارے میں معلومات ہو۔ شکریہ۔
While photosynthesis is more challenging during the Polar Night, plants have evolved remarkable adaptations to survive and Some plants, like deciduous trees, enter a state of dormancy during the Polar Night, reducing their metabolic activity and relying on stored energy. And maybe artificial lightning can be successful
You're right that plants typically require sunlight for photosynthesis to grow. However, there are some adaptations and exceptions that allow plants to survive and even thrive in the extreme environments of the North and South Poles: *Arctic and Antarctic plants:* 1. *Low-light adapted plants:* Some plants, like mosses, lichens, and certain types of algae, can survive with minimal sunlight. They have adapted to use low-intensity light or even grow under snow. 2. *Long-day plants:* Some Arctic plants, like the Arctic poppy, have adapted to the 24-hour sunlight during the summer months. They can photosynthesize and grow rapidly during this period. 3. *Dormancy:* Many plants in the Arctic and Antarctic regions go dormant during the winter months, surviving on stored energy reserves. This allows them to conserve energy and protect themselves from harsh conditions. *Alternative sources of energy:* 1. *Chemical energy:* Some microorganisms, like bacteria and archaea, can thrive in the absence of sunlight by using chemical energy from sources like ammonia, sulfur, or iron. 2. *Chemosynthesis:* Certain microorganisms can convert chemical energy into organic compounds, similar to photosynthesis. This process is called chemosynthesis. *Unique ecosystems:* 1. *Snow algae:* Some algae species can grow on the surface of snow and ice, using the limited sunlight available. 2. *Ice-free areas:* Certain regions, like the Antarctic Peninsula, have ice-free areas that receive some sunlight during the winter months. Plants can grow in these areas. While plant growth is limited in the North and South Poles, these adaptations and exceptions allow some hardy plants to survive and even thrive in these extreme environments.
سردا اور سی دی دا خالی لہ لرگو نہ بلیگی لہ گیس حم دیے آؤ داسی نورشیان دی ملایان وایی سی دہ اللّٰہ تعالی ہریوشیی لہ سل حیکمت نہ دی خالی اللّٰہ تعالیٰ دی ٹول مسلمانوں لہ تلیفو لہ پریشانیوں سہ وساتی آمین ثم آمین
In the polar regions, plants prepare food through photosynthesis, just like plants in other regions. However, due to the harsh conditions and extreme climate, their growth and food production adapt to the environment. Key adaptations include: 1. Short growing season: Plants photosynthesize during the brief summer when sunlight is available for 24 hours in some areas. 2. Low metabolic rates: They conserve energy during the long, dark winters. 3. Small and hardy structures: Plants like mosses and lichens are common, as they can survive extreme cold and limited nutrients. 4. Use of stored energy: Perennials store energy in their roots to survive through winter and regrow in summer. These adaptations enable polar plants to survive and carry out photosynthesis effectively during the limited growing season.
Polar regions have unique flora and fauna. They are adapted to the polar regions. Plants like moss become dormant during night months and become active during day months
Sir G you are responsible to us because their some ideas and mindset belongs to you According to follows you in each of your speeches specially on Islamic status. Allah bless you. Waiting for response of comment for the confirmation to reach you.
اگرچہ قطبی علاقوں میں روشنی سنتھیس طویل قطبی راتوں کے دوران محدود ہے، ان علاقوں میں بہت سے جاندار منفرد حالات میں ترقی کی منازل طے کر چکے ہیں۔ وہ گرمیوں کے مہینوں میں سورج کی محدود روشنی کا زیادہ سے زیادہ استعمال کرتے ہیں، اور کچھ ذخیرہ شدہ توانائی پر بھروسہ کرکے مہینوں کی تاریکی سے بھی بچ سکتے ہیں۔ چھوٹے بڑھتے ہوئے موسم قطبی ماحولیاتی نظام کی پیداواری صلاحیت کا ایک اہم عنصر ہے، اور فوٹو سنتھیس کی کسی بھی شکل کو ان خطوں میں انتہائی روشنی کے حالات کے ساتھ بہت زیادہ موافق بنایا جاتا ہے۔
Photosynthesis in the extreme environments of the North and South Poles is a challenge because these regions experience extreme cold, low sunlight during winter, and prolonged darkness during polar night. However, plants and photosynthetic organisms, like algae and mosses, have adapted to survive and perform photosynthesis during favorable conditions. Here's how it works: 1. Polar Daylight and Photosynthesis Summer months: The poles experience continuous daylight (midnight sun) during summer. During this time, photosynthetic organisms take advantage of the abundant sunlight to produce energy. Adaptations: Polar plants, algae, and lichens have adapted to maximize photosynthesis during these brief periods of sunlight. They have efficient photosynthetic mechanisms that work quickly when conditions allow. 2. Winter Dormancy During polar winters, there is little to no sunlight, which halts photosynthesis. During this time, most plants and photosynthetic organisms enter a state of dormancy, conserving energy until sunlight returns. Some species, such as snow algae, can survive the harsh conditions by relying on stored energy or by slowing their metabolism significantly. 3. Specialized Adaptations Antarctic algae: Certain algae and cyanobacteria live beneath the ice or snow and photosynthesize using the filtered sunlight that penetrates the ice. Mosses and lichens: These organisms dominate the terrestrial plant life in polar regions. They can resume photosynthesis quickly after periods of freezing or desiccation when conditions improve. 4. Marine Photosynthesis Phytoplankton: In polar oceans, phytoplankton perform photosynthesis during the summer months when the ice melts and sunlight reaches the water. These microorganisms play a crucial role in the polar food web and the global carbon cycle. So Photosynthesis at the poles is limited to the warmer months when sunlight is available. Plants and microorganisms have evolved remarkable adaptations to make the most of the short growing season and survive the long, dark winters.
Plants need energy of light for photosynthesis,that's why plants adapt themselves having broad surface leaves to capture minimum light energy for photosynthesis
When there is sun in six months the plants obey photosynthesis and also store energy for next six months when there is no sunlight in six months, and in our area plants do photosynthesis when there are leaves specially in summer and there are no leaves in winter,so they have stored energy in summer which then use in winter
Not only this is not a reason for the life of plants, but in winter when all their greenness is gone, like in our winter autumn season, the energy requirement of plants to survive is reduced and they also become weak. Whatever the reason, the plants need less food to survive and they can survive for the next six months. This is my analysis which I think is close to the truth.
While photosynthesis in the polar regions is limited during the long polar nights, many organisms in these areas have evolved to thrive in the unique conditions. They make the most of the limited sunlight available during the summer months, and some can even survive months of darkness by relying on stored energy. The short growing season is a key factor in the productivity of polar ecosystems, and any form of photosynthesis is highly adapted to the extreme light conditions in these regions.
Sir kindly a lecture with detail of prophet (S.A.W)..will be our pleasure
During the six months of darkness in polar regions, plants cannot perform photosynthesis. Most plants there are adapted to survive without making food during this time. They store energy in the summer when there is sunlight or remain dormant, using stored nutrients to survive the harsh winter.
❤❤❤❤
You are right
Perform respiration process
Exactly
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Yes and they are adopted to such environment and all the plant are not capable to service in such environment.
One of the best pashto teacher,, love from Abbottabad
قطبی علاقوں میں، جہاں چھ ماہ دن اور چھ ماہ رات ہوتی ہے، پودے روشنی کے بغیر فوٹوسنتھیسز نہیں کر سکتے۔ طویل رات کے دوران، وہ اپنی نشوونما روک کر توانائی محفوظ کرتے ہیں یا ذخیرہ شدہ غذائی اجزاء استعمال کرتے ہیں۔ جب دن واپس آتا ہے، تو وہ دوبارہ فوٹوسنتھیسز شروع کر دیتے ہیں۔
ماشاءاللہ ۔ڈہر خکلی او گٹور معلومات اللہ تعالیٰ د اجر عظیم درکڑی ۔امین
دنیا کے نقشے پر ایک ویڈیو بنائیں جس میں تمام براعظم شامل ہوں۔
Video should be uploaded on world map.
Allah ke qudrat ko dek kar insan ke demakh Kam chorta hai Mera Rab sab se bara hai
Jahan 6 mahine din aur 6 mahine raat hoti hai, wahan ke plants lambay dinon me photosynthesis karke energy store karte hain aur raat ke dauran us stored energy ko use karte hain.
Aise ilaqon mein khaas plants hotay hain jo extreme conditions ke liye specially adapt karte hain, jaise mosses, lichens, aur conifer trees (jese pine). Har plant aise mahaul mein survive nahi kar sakta.
Was it necessary to write a comment in Urdu? Or are you Punjabi... Hahaha a slave
میرا پسندیدہ استاد محترم اللہ آپ کو لمبی عمر عطا فرمائے
(آمین یا رب العالمین)❤❤❤
Good idea for the two lecturers in one day
اللہ تعالیٰ ہم سب کی مغفرت فرمائے آمین ثم آمین❤❤💙💙🧡🧡
First reason
During the day, plants store energy in the form of starch or other carbohydrates. At night, they break down these reserves through cellular respiration to release energy (in the form of ATP) needed for their metabolic activities.
Second reason
Like all living organisms, plants undergo cellular respiration continuously, even at night, to maintain their physiological functions. This process does not require sunlight and instead uses oxygen to break down glucose, producing energy.
پاک رب العالمین ڈیر لوئ عظیم الشان طاقت دی دے ❤
زبردست جناب معلومات ❤❤❤❤❤
Very important lecture good sir
Let's vote for live classes with Tariq phatan sir.
Che ta ye pa cmntono kha tang ke😅 dghse gora kana Maloomat akhla zaan poha wa
Sir abaad ose G zbr10 n informative vedio....
Allah Dy rata jondy Lara sir g ,, da ho information Dy para ❤❤❤
Tariq bhai! You are silmplfying very complex dubjucts for the layman to underdtsnd. You have expertese in this regard. May Allah reward you for this service .
ډير ښه معلومات پښتنو ته د علم رڼا راوستل ډير لوی خدمت دی. الله تعالی دی تا له په دي ثوابونه درکړي 🤲.
سبحان اللہ 💖.
اسلام علیکم طارق بھائی۔ ماشاء اللہ۔ ماشاء اللہ۔ ڈیر خیستہ معلومات جزاک اللہ ❤❤
Good lecture for general knowledge
Allah ka knoon hai❤
Alaaaaa morning video
ماشاءالله ڈیر ښکلی او ګټور معلومات الله تعالی د اجر درکړي
You are such a great Teacher 💞
وعلیکم السلام رور اللہ پاک دی ستاسو عمر او صحت کی برکت پیدا کی آمین یارب العالمین
🇵🇰💞
سبحان اللہ
Subhanullah da dh allah qudrat dai no da kho pa hara zmaka ke da allah khpal hekmat dai zaney vetamenona pa ke de aw da harzai pa zmaka ke da khpalo hawawo da motabeqa khpal shayan kegey kom shai che pa yakho molkono ke kegey hagha pa garmo ke nah kegey aw kom shay che pa garmow molkono ke kegey hagha beya pa yakho ke nah kegey
اللہ تعالیٰ ہم سب کو مغفرت فرمائے آمین ثم آمین ❤❤😢
Hara rwaz staso da lecture patama nas u dera manana sir kamyab shy❤❤❤
Please continue informative vedios like this, i watching it with great interests, and I'm student of geology and want to learn about astronomy
Zabardast malomat rakolo dera dera shukriya
Mashallah good
VERY WELL EXPLAINED IN MYSELF LIKE GEOGRAPHY
اَللّٰهُُ اَكْبَر
Sir Allah dai rata kamayab lara
I was greatly happied to see ur lecture since morning
اللہ اکبر ❤۔
Good sir Gul zaberdast ❤
These days you are going very well. And you are our bright ⭐.
❤ماشاءاللہ بہت خوب ❤
This is my question from 8 years❤❤❤❤❤❤ sir Tariq athan is best teacher from ❤BANNU ❤🎉🎉🎉🎉🎉🎉🎉🎉🎉
ستا علم تہ سلام دی مشرہ
اسلام علیکم طارق پٹان very best teacher of pashto۔
طارق بھائی اپ سے کچھ گزارش ہے۔ کہ اگر ہو سکے تو کچھ ویڈیوز univers system مطلب ہمارے شمسی نظام کے بارے میں بنائے جس میں Mercury, venues اور moon کہ ساتھ اور ستاروں اور سیاروں کے بارے میں معلومات ہو۔ شکریہ۔
While photosynthesis is more challenging during the Polar Night, plants have evolved remarkable adaptations to survive and Some plants, like deciduous trees, enter a state of dormancy during the Polar Night, reducing their metabolic activity and relying on stored energy. And maybe artificial lightning can be successful
You're right that plants typically require sunlight for photosynthesis to grow. However, there are some adaptations and exceptions that allow plants to survive and even thrive in the extreme environments of the North and South Poles:
*Arctic and Antarctic plants:*
1. *Low-light adapted plants:* Some plants, like mosses, lichens, and certain types of algae, can survive with minimal sunlight. They have adapted to use low-intensity light or even grow under snow.
2. *Long-day plants:* Some Arctic plants, like the Arctic poppy, have adapted to the 24-hour sunlight during the summer months. They can photosynthesize and grow rapidly during this period.
3. *Dormancy:* Many plants in the Arctic and Antarctic regions go dormant during the winter months, surviving on stored energy reserves. This allows them to conserve energy and protect themselves from harsh conditions.
*Alternative sources of energy:*
1. *Chemical energy:* Some microorganisms, like bacteria and archaea, can thrive in the absence of sunlight by using chemical energy from sources like ammonia, sulfur, or iron.
2. *Chemosynthesis:* Certain microorganisms can convert chemical energy into organic compounds, similar to photosynthesis. This process is called chemosynthesis.
*Unique ecosystems:*
1. *Snow algae:* Some algae species can grow on the surface of snow and ice, using the limited sunlight available.
2. *Ice-free areas:* Certain regions, like the Antarctic Peninsula, have ice-free areas that receive some sunlight during the winter months. Plants can grow in these areas.
While plant growth is limited in the North and South Poles, these adaptations and exceptions allow some hardy plants to survive and even thrive in these extreme environments.
very good information we need more
I always wait for your video ❤❤❤
Nice lecture
Great 👍 😊
Surprised for Morning video🎉🎉🎉
Sunday
Best of luck Sir G love you From Afghanistan❤
MashaALLAH dera khwari kawy taso ALLAH mo kamyab lara ❤❤❤❤❤
Two lectures ❤🎉
سردا اور سی دی دا خالی لہ لرگو نہ بلیگی لہ گیس حم دیے آؤ داسی نورشیان دی ملایان وایی سی دہ اللّٰہ تعالی ہریوشیی لہ سل حیکمت نہ دی خالی اللّٰہ تعالیٰ دی ٹول مسلمانوں لہ تلیفو لہ پریشانیوں سہ وساتی آمین ثم آمین
Sir g nan dy kamal lecture post karo
A1 lecture
❤❤❤❤❤❤❤محترمه ډېر خوانداور❤❤❤❤❤ او که په محبت او عشق يو تفصیلی لیکچر وکې چې دا سه لا وجې دا چا سره پيدا کیږي محل يې سه دا مننه به وي❤❤❤
Sir great information.
Mashallah DER khysta❤❤
Amazing Amazing ❤sirrr❤❤❤❤❤❤❤
i posted for its 2 Months Months ago . thanks for hearing my voice...
now Ibn e Sina the father of medicine 😊
❤❤❤🎉🎉🎉 ښکلي موظوع ده
Thank you for your information.
Good ❤
Nice, speech.
Thank you my best and lover techar tariq pataan sab❤❤
Mashallah
سبحان الله وبحمده سبحان الله العظيم
Good sir g
In the polar regions, plants prepare food through photosynthesis, just like plants in other regions. However, due to the harsh conditions and extreme climate, their growth and food production adapt to the environment. Key adaptations include:
1. Short growing season: Plants photosynthesize during the brief summer when sunlight is available for 24 hours in some areas.
2. Low metabolic rates: They conserve energy during the long, dark winters.
3. Small and hardy structures: Plants like mosses and lichens are common, as they can survive extreme cold and limited nutrients.
4. Use of stored energy: Perennials store energy in their roots to survive through winter and regrow in summer.
These adaptations enable polar plants to survive and carry out photosynthesis effectively during the limited growing season.
ﷺ
ماشاءاللہ
Polar regions have unique flora and fauna. They are adapted to the polar regions. Plants like moss become dormant during night months and become active during day months
Mashallah 😮😮😮😮
Very good
Thabi kabab la ba darzo inshallah Tariq seeb
Brilliantly explained
Good information
Nice yaar ❤❤
Sir G you are responsible to us because their some ideas and mindset belongs to you According to follows you in each of your speeches specially on Islamic status. Allah bless you. Waiting for response of comment for the confirmation to reach you.
plant also as a homeostatic they change their situation according to day to day pla and finally get adoptibility...
Sir kindly one vedio on freelancing graphic design earning , explain with Islamic point of view .
Hi
R u graphics designer..?
Good Information Sir❤
په قطبي (polar) سیمو کې نباتات د شپې په اوږدو کې چې ځینې وختونه تر شپږو میاشتو دوام کوي، د فوتوسنتز (photosynthesis) توان نه لري. خو دوی ځانګړې لارې چارې لري:
۱. خوب ته تلل (Dormancy): په ژمي (winter) کې د وده درول.
۲. د انرژي ذخیره کول (Energy Storage): د دوبي (summer) په اوږدو کې انرژي ذخیره کول.
۳. همېشه زرغون نباتات (Evergreen Plants): ځینې نباتات خپل پاڼې نه غورځوي.
۴. ورو میټابولیزم (Slow Metabolism): سوځېدنه کمه وي او انرژي لږه مصرفوي.
۵. د لنډې وده کولو فصل (Short Growing Season): په دوبي (summer) کې په چټکۍ سره فوتوسنتز ترسره کول.
په دې توګه، قطبي (polar) نباتات اوږده ژمي (winter) پرته له فوتوسنتز څخه په بریالیتوب سره تېروي.
ډيره مننه ❤
اگرچہ قطبی علاقوں میں روشنی سنتھیس طویل قطبی راتوں کے دوران محدود ہے، ان علاقوں میں بہت سے جاندار منفرد حالات میں ترقی کی منازل طے کر چکے ہیں۔ وہ گرمیوں کے مہینوں میں سورج کی محدود روشنی کا زیادہ سے زیادہ استعمال کرتے ہیں، اور کچھ ذخیرہ شدہ توانائی پر بھروسہ کرکے مہینوں کی تاریکی سے بھی بچ سکتے ہیں۔ چھوٹے بڑھتے ہوئے موسم قطبی ماحولیاتی نظام کی پیداواری صلاحیت کا ایک اہم عنصر ہے، اور فوٹو سنتھیس کی کسی بھی شکل کو ان خطوں میں انتہائی روشنی کے حالات کے ساتھ بہت زیادہ موافق بنایا جاتا ہے۔
Today Sir sab se pahle video mene daka
Great sir
Superb sir. Sir please upload a more detailed Lectures on this topic. Please
Photosynthesis in the extreme environments of the North and South Poles is a challenge because these regions experience extreme cold, low sunlight during winter, and prolonged darkness during polar night. However, plants and photosynthetic organisms, like algae and mosses, have adapted to survive and perform photosynthesis during favorable conditions. Here's how it works:
1. Polar Daylight and Photosynthesis
Summer months: The poles experience continuous daylight (midnight sun) during summer. During this time, photosynthetic organisms take advantage of the abundant sunlight to produce energy.
Adaptations: Polar plants, algae, and lichens have adapted to maximize photosynthesis during these brief periods of sunlight. They have efficient photosynthetic mechanisms that work quickly when conditions allow.
2. Winter Dormancy
During polar winters, there is little to no sunlight, which halts photosynthesis. During this time, most plants and photosynthetic organisms enter a state of dormancy, conserving energy until sunlight returns.
Some species, such as snow algae, can survive the harsh conditions by relying on stored energy or by slowing their metabolism significantly.
3. Specialized Adaptations
Antarctic algae: Certain algae and cyanobacteria live beneath the ice or snow and photosynthesize using the filtered sunlight that penetrates the ice.
Mosses and lichens: These organisms dominate the terrestrial plant life in polar regions. They can resume photosynthesis quickly after periods of freezing or desiccation when conditions improve.
4. Marine Photosynthesis
Phytoplankton: In polar oceans, phytoplankton perform photosynthesis during the summer months when the ice melts and sunlight reaches the water. These microorganisms play a crucial role in the polar food web and the global carbon cycle.
So
Photosynthesis at the poles is limited to the warmer months when sunlight is available. Plants and microorganisms have evolved remarkable adaptations to make the most of the short growing season and survive the long, dark winters.
lover of sir tariq pathan❤❤
Plants need energy of light for photosynthesis,that's why plants adapt themselves having broad surface leaves to capture minimum light energy for photosynthesis
nice❤❤❤
When there is sun in six months the plants obey photosynthesis and also store energy for next six months when there is no sunlight in six months, and in our area plants do photosynthesis when there are leaves specially in summer and there are no leaves in winter,so they have stored energy in summer which then use in winter
Not only this is not a reason for the life of plants, but in winter when all their greenness is gone, like in our winter autumn season, the energy requirement of plants to survive is reduced and they also become weak. Whatever the reason, the plants need less food to survive and they can survive for the next six months. This is my analysis which I think is close to the truth.
Ma hm da wail de kana
دغه ډول نباتات د ډارمنسۍ حالت غوره کوي پداسې حالاتو کې او خپله وده بندوي او انرژي ذخيره کوي تر هغه چې د لمر وړانګې يو ځل بيا را ښکاره شي بېرته خپله وده پېلوي.
While photosynthesis in the polar regions is limited during the long polar nights, many organisms in these areas have evolved to thrive in the unique conditions. They make the most of the limited sunlight available during the summer months, and some can even survive months of darkness by relying on stored energy. The short growing season is a key factor in the productivity of polar ecosystems, and any form of photosynthesis is highly adapted to the extreme light conditions in these regions.
Nice 👍👍
I proud of you sir G