As the global population increases rapidly, societies around the world need to come up with more efficient solutions to controlling waste. Excess litter and refuse pose a serious threat to the environment. Illegal dumping and littering are two of the major contributors to pollution in our rivers, oceans, public spaces and countryside. Keeping our environment clean is a collective responsibility that we all share.
Every citizen has a role to play in protecting the environment from pollution. We need to eradicate litter and avoid irresponsible waste disposal practices immediately. There is no excuse for plastic waste in the environment – it should always be recycled and thrown away in a responsible manner. Make a point of finding out more about what can and can’t be recycled, and start separating at home. Plastic is a valuable resource that is too important to simply dump and never use again.
We need to reduce, reuse and recycle our waste wherever possible. This will keep litter out of the environment. The South African Department of Environment, Forestry and Fisheries is concerned about the amount of pollution in our rivers, dams and oceans. Every South African needs to take responsibility for their waste and disposal habits.
Answer:
Normal cellular processes during the S phase of the cell cycle.
Explanation:
Antimetabolites are drugs that affect one or more enzymes which are important for DNA synthesis by acting as a substitute to the main metabolites that would be used in the normal metabolism.
Antimetabolites also act during the S phase of the cell cycle thereby contributing to cell destruction.
While Antineoplastic antibiotic agents interfere with one or more stages of the synthesis of RNA, DNA, or both which prevent normal cell growth and reproduction of the cell.
A famine may occur when there is a food shortage due to a bad crop of a certain food. Or if there is more people needing a certain food than what is available. <span />
Answer:
Explanation:
Um...... ew also that’s a statement
Capillaries are generally arranged in masses known as capillary beds. The number of capillaries in a capillary bed depends on the tissue of organ supplied.
