examples of saprophytes:Rhizopus(bread mould), mucor(pin mould), Yeast, and Agaricus( a mushroom)
Yes. pin mould grow in moist,damp and moisture conditions :)
Mould thrives in damp and humid conditions with temperatures ranging from 77-86°F. It requires a food source, such as organic material like paper, wood, or fabric, to grow and reproduce. Lack of proper ventilation can also contribute to mould growth.
Fungi, ferns, horsetails, liverworts, hornworts, and mosses.
Moulds primarily reproduce through spores, but they can also reproduce asexually through vegetative means, such as fragmentation. In this process, parts of the mycelium can break off and grow into new individuals if conditions are favorable. Additionally, some moulds can engage in sexual reproduction, forming specialized structures that enable genetic recombination, although this is less common. Overall, while spore production is the most prevalent method, vegetative reproduction offers an alternative means for mould propagation.
water is needed for pin mould because water increase humidity and so pin mould grows more quickly.
examples of saprophytes:Rhizopus(bread mould), mucor(pin mould), Yeast, and Agaricus( a mushroom)
examples of saprophytes:Rhizopus(bread mould), mucor(pin mould), Yeast, and Agaricus( a mushroom)
Is it because they both reproduce by spores
Yes. pin mould grow in moist,damp and moisture conditions :)
Yes, mould reproduces by releasing spores into the environment. These spores can travel through the air and land on surfaces where they can grow and form new mould colonies under the right conditions.
Generically it is called "Pin Mould".
Mould thrives in damp and humid conditions with temperatures ranging from 77-86°F. It requires a food source, such as organic material like paper, wood, or fabric, to grow and reproduce. Lack of proper ventilation can also contribute to mould growth.
The process involves the production of a cylindrical mould with a high fracture toughness containing a rigid pin in the centre. This technology is highly advanced and accurate using computer and precision mechanics. A mixture of polymer matrix and solid particles are introduced into the mould surrounding the rigid pin. Once the mould has been filled an ultrasonic energy is applied to the mould and polymer mixture. After a specified time under the influence of the ultrasonic radiation the polymer cures and solidifies. Heat is then applied to further cure and harden the polymer mixture inside the mould.
Fungi, ferns, horsetails, liverworts, hornworts, and mosses.
injection mould blow mould extrusion mould Comprssing mould
mold is homophone for mould.