Question

ПОМОГИТЕ!!! К факторам неживой природы,влияющим на жизнь деревьев,НЕ относят:понижение температуры,симбиоз с грибами,слабое освещение,недостаток минерального питания.///На какой территории в течение ряда лет охраняются лишь отдельные виды животных:национальный парк,заказник,заповедник,зоопарк.///КТО СМОЖЕТ НАПИШИТЕ:НЕОБХОДИМЫ ЛИ ЗНАНИЯ О СТРОЕНИИ И ПРОЦЕССАХ ЖИЗНЕДЕЯТЕЛЬНОСТИ ЖИВЫХ ОРГАНИЗМОВ В ПОВСЕДНЕВНОЙ ЖИЗНИ?

Answer 1

симбиоз

заказник

думаю что нет

Answer 2

1-симбиоз с грибами

2-заказник

Конечно же нужны ,даже если взять элементарные пример-это сельское хозяйство,без определённых знаний того или иного растения невозможно чего-то добиться

 

Answer 3

Factors Affecting the Life of Trees

There are several factors in the non-living environment that can influence the life of trees. However, the factors that are NOT considered to affect the life of trees are:

1. Decrease in temperature - While temperature fluctuations can impact tree growth and development, a decrease in temperature is not considered a factor that does not affect the life of trees.

2. Symbiosis with fungi - Symbiotic relationships between trees and fungi, known as mycorrhizae, are actually beneficial for tree growth. Fungi help trees absorb nutrients from the soil, especially phosphorus, and provide protection against pathogens. Therefore, symbiosis with fungi is not a factor that does not affect the life of trees.

3. Weak illumination - Trees require sunlight for photosynthesis, which is essential for their growth and survival. Therefore, weak illumination can negatively impact tree growth and development, making it a factor that affects the life of trees.

4. Lack of mineral nutrition - Trees require various minerals for their growth and development. A lack of mineral nutrition can lead to nutrient deficiencies and negatively impact tree health. Therefore, the lack of mineral nutrition is considered a factor that affects the life of trees.

Protected Areas for Specific Animal Species

In terms of protecting specific animal species, different types of protected areas are established. These include:

1. National Park - National parks are established to protect and preserve natural ecosystems, including both flora and fauna. While they may have a focus on specific animal species, national parks generally aim to conserve a wide range of biodiversity.

2. Nature Reserve - Nature reserves are areas set aside for the conservation of specific species or habitats. They are often established to protect endangered or threatened species and their habitats.

3. Wildlife Sanctuary - Wildlife sanctuaries are areas designated for the protection and conservation of specific animal species. They provide a safe haven for these species and often have strict regulations to prevent disturbance or harm to the animals.

4. Zoo - Zoos are facilities where animals are kept for public display and education. While some zoos participate in conservation efforts and breed endangered species, they primarily focus on providing educational experiences for visitors.

Therefore, it is in nature reserves that only specific animal species are protected over a period of several years.

Knowledge of Organism Structure and Processes in Everyday Life

Understanding the structure and processes of living organisms is beneficial in everyday life for various reasons. While detailed knowledge of organism structure and processes may not be necessary for everyone, having a basic understanding can help in the following ways:

1. Health and Wellness - Understanding the structure and processes of the human body can help individuals make informed decisions about their health and wellness. It can aid in understanding the importance of a balanced diet, exercise, and proper hygiene practices.

2. Environmental Awareness - Knowledge of organism structure and processes can contribute to environmental awareness. Understanding how ecosystems function and the interdependence of organisms can promote sustainable practices and conservation efforts.

3. Agriculture and Gardening - Understanding the structure and processes of plants and crops can be valuable in agriculture and gardening. It can help optimize growing conditions, identify and address plant diseases, and improve crop yields.

4. Medicine and Biotechnology - Detailed knowledge of organism structure and processes is essential in the fields of medicine and biotechnology. It forms the basis for medical diagnoses, treatment plans, and the development of new drugs and therapies.

While not everyone needs an in-depth understanding of organism structure and processes, having a basic knowledge can enhance everyday life in various ways.

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