검색어: photosynthesis (영어 - 에스토니아어)

photosynthesis
fotosüntees

photosynthesis for biogenic materials;
biomaterjalide fotosüntees;

co2 is the necessary substratum for photosynthesis.
co2 on vajalik alus fotosünteesiks.

primary processes such as photosynthesis and biosynthesis;
esmatähtsatele protsessidele, nagu fotosüntees ja biosüntees;

photosynthesis by plants captures carbon and provides air we can breath
Ökosüsteemid on kogu inimeste elu ja tegevuse alus.

these two photosynthesis mechanisms present a different type of isotope fractionation.
nende kahe fotosünteesitüübiga kaasneb erinev isotoopkoostis.

intensify research on approaches for co2 as resource, including accelerated photosynthesis.
intensiivistada uuringuid, milles co2 käsitletakse ressursina, sh kiirendatud fotosüntees.

the co2 released when biomass is used was captured by it through photosynthesis during growth.
biomassienergia kasutamisel vabanev co2 seotakse fotosünteesi käigus biomassi enda kasvamisel.

in a way, biomass represents a form of solar energy, captured by plants through photosynthesis.
teatud mõttes on biomass päikeseenergia üks vorm, sest taimed on ju selle fotosünteesi teel salvestanud.

biomass is any organic material that captures solar energy directly or indirectly during the process of chlorophyll photosynthesis.
biomass on orgaaniline materjal, mis otseselt või kaudselt kogub päikeseenergiat klorofülli abil toimuva fotosünteesi käigus.

biomass is the product of photosynthesis of carbon dioxide and water by plants using the sun's energy.
biomass tekib taimedes fotosünteesi käigus süsinikdioksiidi ja vee osalusel ning päikeseenergia toimel.

at a global scale, photosynthesis produces about 150 000 000 000 tons of dry cellulose every year, 150 billion tons.
à lemaailmselt toodetakse fotosünteesil umbes 150 000 000 000 tonni (150 miljardit tonni) kuiva tselluloosi aastas.

this area thus embraces all substances created by photosynthesis and subsequent biological processes, i.e. stored solar energy.
kõnealusesse teemaderingi kuulub seega kõik, mis tekib fotosünteesi ja sellele järgnevate bioloogiliste protsesside tagajärjel.

carbon dioxide is absorbed by plants and trees and used in the process of photosynthesis which results in the production of oxygen which humans and animals need to breathe.
süsinikdioksiidi neeldub ka ookeanides, kus seda kasutab skeleti moodustamiseks fütoplankton, mis omakorda asub toiduahela algpunktis.

the stalk always needs to have a certain length to enable photosynthesis, which is why it is better to cut grass little and often rather than all at once.
seepärast on parem niita muru vähem, aga sagedamini.

through their photosynthesis now had the earth been able to be more free oxygen, but it would still take about 3.4 billion years before any animals arose.
läbi nende fotosüntees oli nüüd maa suudab rohkem vaba hapniku, kuid see ikkagi võtta umbes 3,4 miljardit aastat, enne kui loomad tekkisid.

in addition, energy captured by photosynthesis has always been used for heating purposes (e.g. biomass in the form of wood).
fotosünteesi abil seotud energiat on ammusest ajast soojaallikana kasutatud (nt biomass puidu kujul).

1.6 carbon sequestration is not just a question of forest land area but first and foremost that of enhancing forest growth and vigorous photosynthesis by means of active forest management and the increased use of wood biomass for products and energy.
1.6 co2 sidumise küsimus ei käsitle vaid metsamaad, vaid eelkõige metsakasvu ja jõulise fotosünteesi edendamist aktiivse metsamajandamise abil ning puidupõhise biomassi sagedasemat kasutamist toodetes ja energeetikas.

but if a plant has to devote some of the energy it harvests from sunlight and photosynthesis to repairing the cell damage caused by free radicals, it will have less energy to grow. so when crops are exposed to ozone, they are less productive.
ent kui taim peab kasutama osa päikesevalgusest ja fotosünteesist saadud energiast selleks, et kõrvaldada vabade radikaalide poolt rakkudele tekitatud kahju, on tal kasvamiseks vähem jõudu. seega on osooniga kokku puutuvate põllukultuuride saagikus väiksem.

although natural sources of co2 greatly exceed man‑made sources these natural sources were previously balanced by carbon "sinks" such as the photosynthesis of co2 by plants and plankton.
ehkki süsinikdioksiidi looduslikke allikaid on märksa rohkem kui inimtekkelisi allikaid, tasakaalustas looduslikke allikaid varem süsiniku neeldumine nt taimedes ja planktonis toimuva fotosünteesi teel, mille üheks lähteaineks on co2.