Matches in SemOpenAlex for { <https://semopenalex.org/work/W2078720802> ?p ?o ?g. }
- W2078720802 endingPage "427" @default.
- W2078720802 startingPage "403" @default.
- W2078720802 abstract "To investigate how inputs of water and nutrients influence the structural and functional characteristics of cypress wetlands, primary productivity, respiration, transpiration, tree growth, biomass, basal area, stem density, standing stocks of phosphorus, and litterfall were measured in several kinds of Florida cypress ecosystems subjected to varying inflows of water and nutrients. A scrub cypress forest, natural and sewage—enriched cypress domes, and a cypress floodplain forest were studied. Floodwaters in these ecosystems ranged from stagnant and phosphorus poor (0.01—0.08 mg P/L) to flowing and phosphorus rich (0.66—5.86 mg P/L). Inputs of total phosphorus transported by water to these forests varied from 0.11 g P°m — 2 °yr — 1 in the scrub cypress forest to 1625 g P°m — 2 °yr — 1 in the floodplain forest. Phosphorus content of aboveground biomass (ranging from 0.25 to 4.78 g P/m 2 ) appeared to be positively related to phosphorus inputs. Biomass and other structural characteristics of the study sites appeared to be related to stand history rather than to phosphorus inputs. For example, there was little difference in aboveground biomass between natural cypress domes (20.6—26.6 kg/m 2 ), a sewage—enriched dome (21.7 kg/m 2 ), and a floodplain forest (28.4 kg/m 2 ). Aboveground biomass for the scrub cypress forest was low (3.6 kg/m 2 ). Net daytime photosynthesis (2.1—13.7 g C°m — 2 ground surface°d — 1 ), plant respiration (0.9—10.9 g C°m — 2 ) ground surface°d — 1 ) and an estimate of gross primary productivity increased with increasing inputs of total phosphorus. Aboveground biomass production (sum of wood production, ranging from 44 to 1080 g°m — 2 °yr — 1 , and litterfall, ranging from 224 to 941 g°m — 2 °yr — 1 ) increased with increasing total phosphorus inputs in the low range, but biomass production leveled in the high input range. Total water loss from cypress forests increased with increasing P inputs. Mean daily transpiration rates from the scrub cypress forest (1.0 mm) and cypress domes (3.1—3.8 mm) were lower while those from the floodplain forest (5.6 mm) were similar to evaporation rates from open water bodies. Ratios of transpiration to net daytime photosynthesis were also low (156—221 g H 2 O/g organic matter), showing that cypress is efficient in its water use. In cypress domes and scrub cypress forest, where water may be limiting, trees appear to adjust t potential water stress through leaf morphology adaptations and minimum canopy development (leaf area index, LAI = 0.53—3.4 m 2 /m 2 ). When water is not potentially limiting, as in the floodplain forest, adaptations to conserve water were lacking (e.g., LAI = 8.5 m 2 /m 2 ). A dome with added sewage effluent had higher leaf biomass, leaf area index, and chlorophyll ° content, and more phosphorus stored in leaves than untreated domes. Net primary productivity, litter production, and wood production increased approximately twofold over pre—effluent rates or untreated cypress domes." @default.
- W2078720802 created "2016-06-24" @default.
- W2078720802 creator A5074925410 @default.
- W2078720802 date "1981-12-01" @default.
- W2078720802 modified "2023-10-07" @default.
- W2078720802 title "A Comparison of the Structure, Primary Productivity, and Transpiration of Cypress Ecosystems in Florida" @default.
- W2078720802 cites W113571784 @default.
- W2078720802 cites W139111599 @default.
- W2078720802 cites W1463644404 @default.
- W2078720802 cites W1974907033 @default.
- W2078720802 cites W1975635638 @default.
- W2078720802 cites W1978987129 @default.
- W2078720802 cites W1981262251 @default.
- W2078720802 cites W1991118396 @default.
- W2078720802 cites W2003903187 @default.
- W2078720802 cites W2010149354 @default.
- W2078720802 cites W2013773192 @default.
- W2078720802 cites W2045882889 @default.
- W2078720802 cites W2047458316 @default.
- W2078720802 cites W2050977735 @default.
- W2078720802 cites W2071319476 @default.
- W2078720802 cites W2071681197 @default.
- W2078720802 cites W2071738546 @default.
- W2078720802 cites W2072843143 @default.
- W2078720802 cites W2074830235 @default.
- W2078720802 cites W2075691738 @default.
- W2078720802 cites W2078249254 @default.
- W2078720802 cites W2088687360 @default.
- W2078720802 cites W2093601760 @default.
- W2078720802 cites W2094174348 @default.
- W2078720802 cites W2117065476 @default.
- W2078720802 cites W2152657825 @default.
- W2078720802 cites W2175230357 @default.
- W2078720802 cites W2223339270 @default.
- W2078720802 cites W2242836357 @default.
- W2078720802 cites W2281373483 @default.
- W2078720802 cites W2301572106 @default.
- W2078720802 cites W2315560116 @default.
- W2078720802 cites W2316688747 @default.
- W2078720802 cites W2322952139 @default.
- W2078720802 cites W2327699398 @default.
- W2078720802 cites W2328700494 @default.
- W2078720802 cites W2500467761 @default.
- W2078720802 cites W2504038332 @default.
- W2078720802 cites W2587608238 @default.
- W2078720802 cites W2797124563 @default.
- W2078720802 cites W658405397 @default.
- W2078720802 cites W2047613613 @default.
- W2078720802 doi "https://doi.org/10.2307/2937322" @default.
- W2078720802 hasPublicationYear "1981" @default.
- W2078720802 type Work @default.
- W2078720802 sameAs 2078720802 @default.
- W2078720802 citedByCount "216" @default.
- W2078720802 countsByYear W20787208022012 @default.
- W2078720802 countsByYear W20787208022013 @default.
- W2078720802 countsByYear W20787208022014 @default.
- W2078720802 countsByYear W20787208022015 @default.
- W2078720802 countsByYear W20787208022016 @default.
- W2078720802 countsByYear W20787208022017 @default.
- W2078720802 countsByYear W20787208022018 @default.
- W2078720802 countsByYear W20787208022019 @default.
- W2078720802 countsByYear W20787208022020 @default.
- W2078720802 countsByYear W20787208022021 @default.
- W2078720802 countsByYear W20787208022022 @default.
- W2078720802 countsByYear W20787208022023 @default.
- W2078720802 crossrefType "journal-article" @default.
- W2078720802 hasAuthorship W2078720802A5074925410 @default.
- W2078720802 hasConcept C110872660 @default.
- W2078720802 hasConcept C115540264 @default.
- W2078720802 hasConcept C139719470 @default.
- W2078720802 hasConcept C142796444 @default.
- W2078720802 hasConcept C155681218 @default.
- W2078720802 hasConcept C157517311 @default.
- W2078720802 hasConcept C162324750 @default.
- W2078720802 hasConcept C178790620 @default.
- W2078720802 hasConcept C183688256 @default.
- W2078720802 hasConcept C185592680 @default.
- W2078720802 hasConcept C18903297 @default.
- W2078720802 hasConcept C204983608 @default.
- W2078720802 hasConcept C2776734051 @default.
- W2078720802 hasConcept C39432304 @default.
- W2078720802 hasConcept C510538283 @default.
- W2078720802 hasConcept C59822182 @default.
- W2078720802 hasConcept C6557445 @default.
- W2078720802 hasConcept C67715294 @default.
- W2078720802 hasConcept C86803240 @default.
- W2078720802 hasConceptScore W2078720802C110872660 @default.
- W2078720802 hasConceptScore W2078720802C115540264 @default.
- W2078720802 hasConceptScore W2078720802C139719470 @default.
- W2078720802 hasConceptScore W2078720802C142796444 @default.
- W2078720802 hasConceptScore W2078720802C155681218 @default.
- W2078720802 hasConceptScore W2078720802C157517311 @default.
- W2078720802 hasConceptScore W2078720802C162324750 @default.
- W2078720802 hasConceptScore W2078720802C178790620 @default.
- W2078720802 hasConceptScore W2078720802C183688256 @default.
- W2078720802 hasConceptScore W2078720802C185592680 @default.
- W2078720802 hasConceptScore W2078720802C18903297 @default.
- W2078720802 hasConceptScore W2078720802C204983608 @default.