Oecologia

Nature Biotechnology

[1] molecular approaches uncover cryptic diversity in intertidal ligia isopods (crustacea, isopoda, ligiidae) across the southern africa coastline

[2] influence of spartina alterniflora and tide level on the structure of polychaete associations in an euryhallne salt marsh in cananéia lagoon estuarine region (se brazil)

[3] hamaticyclops ahni, a new genus and species of the family clausidiidae (crustacea, copepoda, poecilostomatoida) from california, united states

[4] from space to the rocky intertidal: using nasa modis sea surface temperature and noaa water temperature to predict intertidal logger temperature

[5] Enhancement of COD removal in constructed wetlands treating saline wastewater: Intertidal wetland sediment as a novel inoculation.

[6] Heat-wave tolerance in tropical intertidal animals: accounting for thermal and desiccation tolerances

[7] Rothia marina sp. nov., isolated from an intertidal sediment of the South China Sea

[8] asymmetrical dispersal and putative isolation-by-distance of an intertidal blenniid across the atlantic–mediterranean divide

[9] composition, structure and zonation of intertidal macrofauna in relation to physical factors in microtidal sandy beaches at río de janeiro state, brazil

[10] remote sensing intertidal flats with terrasar-x. a sar perspective of the structural elements of a tidal basin for monitoring the wadden sea

[11] ocean acidification increases the sensitivity of and variability in physiological responses of an intertidal limpet to thermal stress

[12] molecular approaches uncover cryptic diversity in intertidal ligia isopods (crustacea, isopoda, ligiidae) across the southern africa coastline

[13] seasonal variation in the abundance and distribution of anomalocardia flexuosa (mollusca, bivalvia, veneridae) in an estuarine intertidal plain

[14] decapod assemblages in subtidal and intertidal zones—importance of scuba diving as a survey technique in tropical reefs, brazil

[15] benthic macrofauna of sandy intertidal zone at santos estuarine system, são paulo, brazil

[16] pyropia plicata sp. nov. (bangiales, rhodophyta): naming a common intertidal alga from new zealand

[17] perbandingan struktur insang dan kulit ikan tipe remainer (bathygobius fuscus) dan skipper (blenniella cyanostigma) zona intertidal pantai gunung kidul

[18] from space to the rocky intertidal: using nasa modis sea surface temperature and noaa water temperature to predict intertidal logger temperature

[19] Fast-growing oysters show reduced capacity to provide a thermal refuge to intertidal biodiversity at high temperatures.

[20] Marine community effects of two colonial zoanthids in intertidal habitats of the Canary Islands

[21] Diversity of marine macro molluscan bivalves and gastropods in the intertidal areas of Barangay Paniman, Caramoan, Camarines Sur, Philippines