International Conference on Plant Science and Agriculture ICPSA on July 06-07, 2020 in Amsterdam, Netherlands

Track 01: Plant biology:

       Plant biology is defined as the science of plants. It is the study of plant growth, reproduction, evolution, and adaptation, as well as the use of plants for food, fibre, and ornamental purposes. We will discuss how the plants able to tolerate the heat and drought stress caused by climate change and by developing sustainable cropping practices to produce healthful and nutritious food. Thereby restoring damaged ecosystems to better support for living. Conserving species, through plant collections in gardens and arboretums, for future generations. 

Track 02: Plant Biotechnology:

   Plant biotechnology involves a variety of techniques that are used in plants for specific purposes and to provide sustainable food and good nutritional support. By changing the genome and the specific traits of the plant species are discovered that are disease resistant, drought-resistant plants that will survive in any environmental conditions. Numerous research works have been conducting to find out the specific genes and the genetic engineering principle are gene-editing molecular markers have been involved in creating a specific trait. The researchers will select the specific genes in genetic resources and transfer genes for specific traits into plants which they are needed.

Track 03: Soil Sciences:

 It is the study of soil that includes soil formation, mapping, classification and fertility property of soil is studied. Soil scientists work in preserving soil and protect land for the future generation. The two main branches of soil science that includes pedology and edaphology. Pedology is the study of soil from its natural surface such as earth’s crust. The edaphology is the study of soil for its dependent uses. It includes soil physics, soil chemistry and soil biology. Soil research studies include Climate change, greenhouse gas effect, carbon sequestration.

Track 04: Plant Anatomy and Morphology:

Plant anatomy includes studying the internal structure of the plants such as plant morphology both the physical form and external structure. The sectioning part of the tissues viewed by microscopy and thereby studying the anatomy of plants. The plant activities are organised by nutrient support, flowering, pollination and embryogenesis. It is useful in the identification of plants. It observes both the vegetative(somatic), as well as reproductive structures of plants. A Plant morphologist studies the different species and thereby studying developmental stages of plants. Recent research work on homology and convergence.

Track 05: Plant Physiology and Plant Biochemistry: 

Plant physiology is the study of the functioning of plants. The five main areas to study plant physiology is Phytochemistry, environmental interactions, cellular interactions, plant morphology and molecular and cellular biology. The principle chemical elements that are constructed by plants are carbon, oxygen, hydrogen, phosphorus, nitrogen, sulfur, etc. various pigments are absorbed by plants and some dyes are extracted from plants that are used in manufacturing rubber and biofuel. Medicinal plants have a pharmacological activity such as salicylic acid from which aspirin, morphine, digoxin is made. The different plant pigments are porphyrins, carotenoids, anthocyanins, chlorophyll, betalains. Plant hormone the Plant growth regulators (PGRS) that regulate the chemical for plant growth and development.

Track 06: Agronomy and Agricultural Research:

Agronomy is the science and technology of studying plants for agriculture for food, fibre, fuel, crop production, soil management and land restoration. Agronomists specialise in the areas of crop rotation, irrigation, drainage, plant breeding, soil classification, plant physiology, soil fertility, weed control, insect and pest control.

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Name: Allied Acadamies
Website: https://www.alliedacademies.com/