NUTRIENT DEFICIT IN PLANTS🍀🍁🍂 / DÉFICIT DE NUTRIENTES EN PLANTAS🧫🧪🔬

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    oscurity

    Published on Dec 26, 2021
    About :
    Many of us think that a plant like it does not walk, does not speak, does not have any kind of complex behavior, it cannot be considered a living being like us! but do you know that plants share something with our species? the need to nourish itself in order to grow and perform all its physiological functions if a vegetable does not absorb nutrients, it basically dies in a few days, the same happens with us if we do not eat! I ask you if you eat badly what happens with your body? diseases appear, you do not grow well, among other effects! In this post we are going to see what happens to a plant when it does not get the necessary nutrients! we will be observing a leaf of an aquatic species!🤔😮🤯

    Muchos pensamos que una planta como no camina, no habla, no tiene ningun tipo de comportamiento complejo no puede considerarse un ser vivo como nosotros! pero sabes que las plantas comparten algo con nuestra especie? la necesidad de nutrirse para poder crecer y realizar todas sus funciones fisiologicas si un vegetal no absorbe nutrientes basicamente muere en pocos dias, lo mismo sucede con nosotros si no nos alimentamos! te pregunto si te alimentas mal que sucede con tu organismo¿?? aparecen enfermedades, no creces bien, entre otros efectos! en este post vamos a ver que sucede con una planta cuando no obtiene los nutrientes necesarios! estaremos observando una hoja de una especie acuatica!🥀🌷🌼🌺🔬

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    THE PLANTS🧠‍🔬/LAS PLANTAS🌾🌼

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    When I try to find a definition of what a plant is, I feel that I am transported to school, and it is that this subject is very important to know so much that our primary and secondary studies are forced to learn everything that involves one of the living beings most important in the ecology of our planet! A plant is obviously a living being like us, although they do not have the same level of physiological and structural complexity, plants are the only ones to perform photosynthesis and they do not need to look for food since they produce it themselves! for a plant to complete its cycles requires macros and micro elements but they don't need to go out and look for it ... They get it from the environment that surrounds them🌾🌷☘!
    Cuando trato de buscar una definicion de lo que es una planta siento que me transporto a la escuela, y es que este tema es muy importante conocerlo tanto que nuestros estudios primarios y secundarios somos obligados a aprender todo lo que envuelven a uno de los seres vivos mas importantes en la ecologia de nuestro planeta! una planta obviamente es un ser vivo como nosotros, aunque no tienen el mismo nivel de complejidad fisiologica y estructural las plantas son las unicas en realizar fotosintesis y no necesitan buscar alimentos ya que lo producen en ellas mismas! para una planta completar sus ciclos requiere de macros y micros elementos pero no necesitan salir a buscarlo... Lo obtienen del medio que los rodea!🕵️‍♂️👩‍🎓

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    EXPERIMENT🧠‍🔬/EXPERIMENTO🌾🌼

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    This was a small experiment that I carried out in my personal laboratory, what I did was extract a leaf with good conditions of the species (Alternanthera reineckii), it is a freshwater plant widely used in aquariums due to its reddish coloration, but because it has This characteristic turns the species into a plant with a high consumption and demand! To be in good "health" the plant must be planted in a medium with many nutrients and CO2 injection, take 3 leaves of the plant and place them in normal water to see how the nutrient deficiency process was in the leaf!⛔✅💯1️⃣2️⃣3️⃣
    Este fue un pequeño experimento que realice en mi laboratorio personal, lo que hice fue extraer una hoja con buenas condiciones de la especie (Alternanthera reineckii), es una planta de agua dulce muy usada en la acuarofilia debido a su coloracion rojiza, pero por poseer esta caracteristica convierte a la especie en una planta de un consumo y exigencia elevado! para estar con buena "salud" la planta debe ser plantada en un medio con muchos nutrientes e inyeccion de CO2, tome 3 hojas de la planta y las coloque en agua normal para ver como era el proceso de deficit de nutrientes en la hoja!🔬🧫🧬

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    This species of plant, like a common terrestrial plant, needs nutrients to be able to live in the environment where it grows! the nutrients a plant needs are light to be able to boost photosynthesis, but all plants need so-called macronutrients and micronutrients! one in greater quantity than the other! but the demands of the (Alternanthera) are even greater, these species of red plants need CO2 to be able to live and perform their vital functions! As you can see, this would be a leaf of a "healthy" plant in the area (adaxial) or the upper part of the leaf, a very beautiful bright red coloration is noted and under the part (abaxial) or the "lower" part of the leaf a less bright red and we can see shades of green!💖💖💗
    Esta especie de planta al igual que una planta terrestre comun necesita de nutrientes para poder vivir en el medio donde crece! los nutrientes que necesita una planta son la luz para poder impulsar la fotosintesis, pero todas las plantas necesitan los llamados macronutrientes y micronutrientes! uno en mayor cantidad que otro! pero las exigencias de la (Alternanthera) son aun mayores, estas especies de plantas rojas necesitan del CO2 para poder vivir y realizar sus funciones vitales! como puedes ver esta seria una hoja de una planta "sana" por la zona (adaxial) o parte de arriba de la hoja se nota una coloracion roja brillante muy bonita y bajo la parte (abaxial) o parte "abajo" de la hoja un rojo menos brillante y podemos ver tonos verdes!💚💖

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    MACRONUTRIENTS🧠‍🔬/MACRONUTRIENTES🌾🌼

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    Nutrients are called "macros" because the plant needs these elements in greater quantity to be able to live normally in water, we know in chemistry classes that organic compounds have elements such as "carbon", "oxygen" and "hydrogen" All this is needed by the plant but there are other elements that are essential for its growth process, such as phosphorus, nitrogen and potassium! all this is dissolved in the water and the plant can absorb it either through its "stomata" or through its roots! here we can see a leaf that has already consumed its reserves and begins to "die" slowly! the red begins to disappear and we see opaque areas!
    Son llamados "macros" nutrientes porque la planta necesita en mayor cantidad estos elementos para poder vivir de forma normal dentro del agua, sabemos en las clases de quimica que los compuestos organicos presentan elementos como el "carbono", "oxigeno" e "hidrogeno", todo esto lo necesita la planta pero hay otros elementos que son indispensable para su proceso de crecimiento tal es el caso del fosforo, nitrogeno y potacio! todo esto esta disuelto en el agua y la planta la puede absorber tanto por sus "estomas" o por sus raizes! aqui podemos ver una hoja que ya consumio sus reservas y comienza a "morir" lentamente! el rojo comienza a desaparecer y vemos zonas opacas!

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    MICRONUTRIENTS🧠‍🔬/MICRONUTRIENTES🌾🌼

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    The way in which micro and macronutrients are dissolved in water depend on several factors, for example CO2 is the result of the respiration of animals that live in water, for example a fish introduces water into its mouth and absorbs the molecules. of oxygen through the gills then the residue is expelled as CO2, for example ammonia, nitrogenous, and micronutrients, arrive as a result of decomposition, food, urine and excrement! This is how the leaf looks after the medium does not present macro and micro nutrients, and there is a very low level of CO2 dissolved in the water! the red begins to disappear and we see that the sheet loses its tissue!💥💫💔
    La forma en la que estan disueltos los micro y macronutrientes en el agua dependen de varios factores por ejemplo el co2 es el resultado de la respiracion de los animales que viven en el agua, por ejemplo un pez introduce agua en su boca y absorve las moleculas de oxigeno por las agallas luego el residuo es expulsado como CO2, por ejemplo los amonios, nitrogenos, y micronutrientes, llegan como resultado de la descomposicion, el alimento, la orina y el excremento! asi luce la hoja luego de que el medio no presenta macro y micro nutrientes, y hay un nivel de co2 muy bajo disuelto en el agua! el rojo comienza a desaparecer y vemos que la hoja pierde el tejido!💨🤔😨🥶🥵

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    NO NUTRIENTS🧠‍🔬/SIN NUTRIENTES🌾🌼

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    Like every living being without adequate nutrition, the plant can suffer from deficiencies or reach the point as we see in this sheet of dying, since here the environment does not have nutrients to feed on, the CO2 has been absorbed by the stomata and there is no more dissolved In a few days the plant ends up dying, there are plants that are very resistant and inhabit environments with few nutrients and almost no level of CO2 in the water, but this particular species needs a nutritious ecosystem in macro and micro nutrients to grow healthily! In addition to light and CO2, as a terrestrial plant those of us who are experts in aquariums know that it is always essential to fertilize our plants so that their colors remain alive! and the liquid that fertilizes the plants is mixed with the water, nourishing many elements that the plant will absorb little by little!🤯💀
    Como todo ser vivo sin una nutricion adecuada la planta puede sufrir de deficiencias o llegar al punto como vemos en esta hoja de morir, ya aqui el medio no tiene nutrientes para alimentarse, el CO2 ha sido absorvido por los estomas y ya no hay mas disuelto, la planta en pocos dias acaba por morir, hay plantas que son muy resistentes y habitan medios con pocos nutrientes y casi ningun nivel de co2 en el agua, pero esta especie en particular necesita un ecosistema nutritivo en macro y micro nutrientes para crecer sanamente! ademas de luz y CO2, como una planta terrestre los que somos expertemos en acuarofilia sabemos que siempre es indispensable abonar nuestras plantas para que sus colores se mantengan vivos! y el liquido que abona las plantas se mezcla con el agua nutriendo de muchos elementos que la planta ira absorviendo poco a poco!🧫🧪⚗

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    WHERE DOES THE PLANT "BREATHE"?🧠‍🔬/POR DONDE "RESPIRA" LA PLANTA🌾🌼

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    Here we can see the structure of a plant cell they are like "balls" that are swollen because they are hydrated with H2O, inside we see some small dots here they seem yellow that are the plastids are the ones that perform photosynthesis with them, sunlight is absorbed, then We see the stomata in the lower part of the leaf, the stomata are small organelles that the leaf has through which "cellular respiration" takes place. Dissolved CO2 enters, which then the plant expels O2!💨💨
    Aqui podemos ver la estructura de una celula vegetal son como "bolas" que estan inchadas porque estan hidratadas con H2O, dentro vemos unos pequeños puntos aqui parecen amarillo que son los plastos son los que realizan la fotosintesis con ellos se absorve la luz solar, luego vemos en la parte de abajo de la hoja los estomas, los estomas son pequeños organelos que tiene la hoja por donde se realiza la "respiracion celular" basicamente entra CO2 disuelto que luego la planta expulsa O2! 👀🧠🦿🦾
    ![46aP2QbqUqBqpx5c7Zikd2HFMqywJNqDeZVr22vYLLq3mmDMvC912rHcgZVsjPXr3wLjkA8LKLBDRLTxVkouUowGoPo3.gif](https://images.hive.blog/DQmciMT2pJfBoY7qDgsnWBvroJHxJnDwidmmXaH9kKsn8uF/46aP2QbqUqBqpx5c7Zikd2HFMqywJNqDeZVr22vYLLq3mmDMvC912rHcgZVsjPXr3wLjkA8LKLBDRLTxVkouUowGoPo3.gif)
    

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